Contents

Title and Copyright Information

Preface

Audience

Documentation Accessibility

Related Documents

Conventions

Part I Logical and Physical Data Model

1 Introducing Oracle Communications Data Model

What is Oracle Communications Data Model?

What Are the Benefits of Using Oracle Communications Data Model?

What Are the Components of Oracle Communications Data Model?

Oracle Communications Data Model Concepts

Business Areas and Subject Areas in Oracle Communications Data Model

Logical Data Model and Physical Data Model in Oracle Communications Data Model

Entity Relationships in Oracle Communications Data Model

Named and Flexible Hierarchies

Oracle Products That Make Up Oracle Communications Data Model

TM Forum Information Framework (SID) Conformance

2 Logical Data Model Foundation

Major Subject Areas and Related Entities

Subject Area: Account Simple

Subject Area: Customer

Subject Area: Dealer

Subject Area: Geography

Subject Area: Organization Business Unit

Subject Area: Party

Subject Area: Party (Extended)

Subject Area: Product

Subject Area: Product Instance

Subject Area: Service

Subject Area: Subscription

Subject Area: Time Calendar

Subject Area: Vendor

Subject Area: Wireless Network

Logical Entities for Business Areas

Business Area: Cost

Business Area: Customer Management

Business Area: Marketing

Business Area: Network

Business Area: Partner Management

Business Area: Product Management

Business Area: Provisioning and Service

Business Area: Revenue

Logical Data Model Entity Dictionary

3 Logical Data Model Dimensions

Logical Data Model Dimensions

Access Method

Account

Account Payment Method Status Type

Account Refund Reason

Address Location

Age Band

Age On Net Band

ARPU Band

Bank Direct Debit Channel

Ber Fer Type

Billing Cycle

Billing Status Type

Business Time

Calendar Time

Call Category

Call Center Agent

Call Center Case Title

Call Center

Call Direction

Call Other Type

Call Routing Type

Call Service Type

Call Source Destination

Call Success Fail Type

Call Type

Campaign Channel

Campaign

Cell Outage Reason

Change Proposed By Type

Collection Agency

Commission Type

Content Type

Contract Change Initiator Type

Contract Assignment Reason

Contract

Credit Category

Customer Revenue Band

Customer Segment

Dealer

Debt Aging Band

Direct Debit Status Reason

Divert Retrieve Type

Employee

Event Result

Event Type

External Operator

Fraud Profile Class

Geography

Give Away Type

GPRS Services

Handset Model

IN Platform

Initiative Type

Interaction Channel

Internet Service Provider

Invoice Adjustment Reason

Invoice Adjustment Type

Item

Legal Process Status Type

Loyalty Program Channel

Market Area

Network

Network Element

Network Touchpoint Class

Network Touchpoint Status

Network Touchpoint Type

Notification Type

NP Request Type

On Off Net

Organization

Partner Settlement Reason

Party

Payment Channel

Payment Method Type

Payment Transaction Type

PCU Outage Reason

Peak Offpeak Time

PPA Category

Product

Product Market Plan

Promotion

Promotion Result Type

Recharge Revenue Slab

Redemption Type

RF Carrier

Roaming Type

Sales Channel

Sales Channel Representative

Service Coverage Area

Subscription

Subsidy Type

Switch

Technology Type

Time Slot

UMS Access Type

Value Added Services (VAS)

4 Oracle Communications Data Model Physical Data Model

Introduction to Oracle Communications Data Model Physical Data Model

Reference Tables

Lookup Tables

Base Tables

Derived Tables

Aggregate Tables

Temporary and Other Tables

Database Sequences

Compressed Tables

Oracle Communications Data Model OLAP Cube MV, Cube View

5 Oracle Communications Data Model Logical to Physical Mapping

Overview of Mapping and Inheritance in Oracle Communications Data Model

Logical to Physical Mappings for Oracle Communications Data Model

6 Oracle Communications Data Model Partitioning

About Oracle Communications Data Model Partitioning, Compression, and Parallelism

Partitioning Strategy for Oracle Communications Data Model

Part II Intra-ETL, OLAP, Data Mining, and Utility Scripts

7 Oracle Communications Data Model Intra-ETL

Introduction to Oracle Communications Data Model Intra-ETL

Value Lookup Models for ETL Mappings

Intra-ETL Source and Target Tables

DWD_ACCT_DEBT_DAY_PKG Package

DWD_ACCT_PYMT_DAY_PKG Package

DWD_ACCT_PYMT_MTHD_STAT_HIST_PKG Package

DWD_ACCT_RFND_DAY_PKG Package

DWD_ACCT_STAT_PKG Package

DWD_ARPU_BASE_PKG Package

DWD_CALL_CNTR_CALL_DAY_PKG Package

DWD_CALL_CNTR_CASE_DAY_PKG Package

DWD_CANBLZTN_DTL_DAY_PKG Package

DWD_CMISN_DAY_PKG Package

DWD_CNCT_DSCNCT_DAY_PKG Package

DWD_CNRT_PKG Package

DWD_CNRT_CHNG_PKG Package

DWD_COST_CUST_PKG Package

DWD_COST_ORG_PKG Package

DWD_CRDT_CTGRY_PKG Package

DWD_CUST_ACQSTN_SUMM_DAY_PKG Package

DWD_EXTRNL_DEBT_COLLCTN_DAY_PKG Package

DWD_GIVE_AWAY_ITEM_DAY_PKG Package

DWD_INTRNL_DEBT_COLLCTN_DAY_PKG Package

DWD_INVC_PKG Package

DWD_INVC_ADJ_PKG Package

DWD_LYLTY_PROG_DAY_PKG Package

DWD_MKT_OPRTR_PRTNG_PKG Package

DWD_PRPD_ACCT_STTSTC_PKG Package

DWD_PRPD_ALWNCE_DAY_PKG Package

DWD_PYMT_AGNG_DAY_PKG Package

DWD_RDMPTN_DAY_PKG Package

DWD_SHOP_EFFNCY_DAY_PKG Package

DWD_SL_DAY_PKG Package

DWD_SL_RPRSTV_STTSTC_MO_PKG Package

DWD_SPLMNTR_SRVC_USG_MAP Mapping

DWD_VAS_SBRP_QCK_SUMM_PKG Package

Intra-ETL PL/SQL Mapping Packages for Source and Target Tables

DWD_DATA_USG_DAY_PKG Package

DWD_VAS_USG_DAY_PKG Package

DWD_VOI_CALL_DAY_PKG Package

Intra-ETL Process Flows

Details of the DRVD_FLW Intra-ETL Flow

Details of the AGGR_FLW Intra-ETL Flow

Details of the OLAP_MAP Intra-ETL Flow

Details of the MINING_FLW Intra-ETL Flow

8 Oracle Communications Data Model OLAP Model Dimensions

Introduction to OLAP Architecture

General Process to Populate the OLAP Module in Oracle Communications Data Model

Query Rewrite to Cube Organized Materialized Views

Oracle Communications Data Model OLAP Dimensions

Account Refund Reason: ARRSN

Churn Reason: CRNRSN

Collection Agency: CAGNCY

Commission Type: CMTYP

Customer: CUST

Customer Segment: CSGMNT

Customer Type: CUSTYP

Debt Aging Band: DAB

Geography: GEO

Handset Model: HSMDL

Invoice Adjustment Reason: IARSN

Invoice Adjustment Type: IATYP

Mining Churn Type: MNCT

Mining Life Time Survival Band: MNLSB

Mining Life Time Value Band: MNLVB

Mining Sentiment Category: MNSC

Network Element: NELMNT

Organization: ORG

Payment Channel: PCHNL

Payment Method Type: PMTYP

Payment Transaction Type: PTTYP

Peak Offpeak Time: POPT

Product: PROD

Product Market Plan: PMP

Promotion: PRMTN

Sales Channel: SLCHNL

Time: TIME

Time Slot: TSLT

9 Oracle Communications Data Model OLAP Model Cubes

Oracle Communications Data Model OLAP Cubes

Account Debt Cube

Account Payment Cube

Account Refund Cube

Cell Statistic Cube

Commission Cube

Contract Cube

Cost Organizational Cube

Cost Product Market Plan Cube

Customer Acquisition Cube

External Debt Collection Cube

Handset Stock Cube

Invoice Adjustment Cube

Invoice Customer Type Cube

Revenue Cube

Subscriber Churn Statistic Cube

Customer Acquisition Forecast Cube

Customer Acquisition Forecast Statistic Cube

Cell Statistic Forecast Cube

Handset Stock Forecast Cube

Revenue Forecast Cube

10 Oracle Communications Data Model Data Mining Models

About Data Mining in Oracle Communications Data Model

Understanding the Mining Model Schema and Architecture

Using the Mining Model Refresh Procedure

Oracle Communications Data Model Mining Result Tables

Model 1: Churn Prediction

Churn Prediction Churner Definition

Churn Prediction Source

Churn Prediction Output

Churn Prediction Algorithm

Model 2: Customer Profiling

Customer Profiling Source

Customer Profiling Output

Customer Profiling: Algorithm

Model 3: Customer Churn Factor

Customer Churn Factor Source

Customer Churn Factor Output

Customer Churn Factor Algorithm

Model 4: Cross-Sell Opportunity

Cross-Sell Opportunity Source

Cross-Sell Opportunity Output

Cross-Sell Model Algorithm

Model 5: Customer Sentiment Detection

Customer Sentiment Detection Source

Customer Sentiment Detection Output

Customer Sentiment Detection Algorithms

Model 6: Life Time Value (LTV) Prediction

Life Time Value (LTV) Prediction Source

Life Time Value (LTV) Prediction Output

Life Time Value (LTV) Prediction Algorithm

11 Oracle Communications Data Model Utility Scripts

Calendar Population

Calendar Population Scripts

How to Populate Calendar Data

Part III Sample Reports and Adapters

12 Oracle Communications Data Model Sample Reports

Cost and Contribution Sample Reports

Operational Finance Analysis

Profitability Analysis

Customer Management Sample Reports

Customer Acquisition

Customer Growth Rate

Customer Segmentation

Customer Life Time Value

Customer Churn Analysis

Customer Churn Prediction

Marketing Sample Reports

Targeted Promotion Lift and List

Customer Market Share Analysis

Current Customer Base Analysis

Network Sample Reports

Network Analysis

Network Health Analysis

Network Usage

Partner Management Sample Reports

Roaming Partner Settlement

Churn Outliner by Partner

Partner Content Sales

External Debt Collection

Product Management Sample Reports

Product Management

Average Profit Per Customer

Provisioning and Activation Sample Reports

Activations and Services

Customer Order Analysis

Revenue Sample Reports

Revenue Analysis and Forecast

Revenue Assurance

Sales Analysis

Debt Collection

Refund and Adjustment

Customer Contracts

13 Oracle Communications Data Model NCC Application Adapter

Oracle Communication Prepaid Charging and Network Charging and Control Overview

Network Charging and Control Application Adapter Architecture Overview

NCC Adapter to Oracle Communications Data Model ETL Table Mapping

14 Oracle Communications Data Model BRM Application Adapter

BRM Adapter for Oracle Communications Data Model

BRM Adapter Architecture Overview

BRM Adapter to Oracle Communications Data Model Table Mapping

Part IV Appendices

A Control Tables

Intra-ETL Load Parameters Control Table

Intra-ETL OLAP Mapping Control Table

Intra-ETL Monitoring Process Control Tables

B Oracle Communications Data Model Business Use Case

Sample Use Case: Introduction

Sample Use Case 1: Setting Up the Business Unit Organization

Sample Use Case 2: Acquiring a New Customer (with Family Plan)

Sample Use Case 3: Service Implementation

Sample Use Case 4: Storing Customer Call Data

Sample Use Case 5: Customer Billing

Sample Use Case 6: Changing Plan and Billing Address

Sample Use Case 7: Targeted Promotion for Video-on-Demand Services

Sample Use Case 9: Retention of Terminating Contract

Sample Use Case 10: Dealer and Employee Sales Commission

Sample Use Case 11: Handling a Network Fault

Sample Use Case 12: Implementing a Business Area

Index

Oracle® Communications Data Model

Reference

Release 11.3.1

E28440-03

April 2012

Oracle Communications Data Model Reference Release 11.3.1

E28440-03

Copyright © 2010, 2012, Oracle and/or its affiliates. All rights reserved.

Primary Author: Thomas Van Raalte

Contributing Author: Betsy Vanasse

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Preface

The Oracle Communications Data Model Reference describes the data model structures for Oracle Communications Data Model. Since the needs of each Oracle Communications Data Model environment are unique, Oracle Communications Data Model is configurable so it can be modified to address each customer's needs.

Audience

The audience for the Oracle Communications Data Model Reference includes the following:

IT specialists, who maintain and adjust Oracle Communications Data Model. They are assumed to have a strong foundation in Oracle Database and PL/SQL, Oracle Warehouse Builder, which generates the data warehouse, AWM, and Oracle Business Intelligence Suite Enterprise Edition.

Database administrators, who will administer the data warehouse and the database objects that store the data. They are assumed to understand Intra-ETL, which is used to transfer data from one format to another; Oracle Warehouse Builder, which generates the data warehouse, as well as PL/SQL and the Oracle Database.

Business analysts, including information and data analysts, market analysts and sales analysts.

This document is also intended for data modelers, data warehouse administrators, IT staff, and ETL developers.

Documentation Accessibility

For information about Oracle's commitment to accessibility, visit the Oracle Accessibility Program website at http://www.oracle.com/pls/topic/lookup?ctx=acc&id=docacc.

Access to Oracle Support

Oracle customers have access to electronic support through My Oracle Support. For information, visit http://www.oracle.com/pls/topic/lookup?ctx=acc&id=info or visit http://www.oracle.com/pls/topic/lookup?ctx=acc&id=trs if you are hearing impaired.

Related Documents

For more information about Oracle Oracle Communications Data Model, see the following documents in the Oracle Oracle Communications Data Model documentation set:

Oracle Communications Data Model Installation Guide

Oracle Communications Data Model Release Notes

Oracle Communications Data Model Implementation and Operations Guide

Conventions

The following text conventions are used in this document:

Convention | Meaning
boldface | Boldface type indicates graphical user interface elements associated with an action, or terms defined in text or the glossary.
italic | Italic type indicates book titles, emphasis, or placeholder variables for which you supply particular values.
monospace | Monospace type indicates commands within a paragraph, URLs, code in examples, text that appears on the screen, or text that you enter.

Part I

Logical and Physical Data Model

This part provides introductory information and details for the Oracle Communications Data Model Logical and Physical Data model.

Part I contains the following chapters:

Chapter 1, "Introducing Oracle Communications Data Model"

Chapter 2, "Logical Data Model Foundation"

Chapter 3, "Logical Data Model Dimensions"

Chapter 4, "Oracle Communications Data Model Physical Data Model"

Chapter 5, "Oracle Communications Data Model Logical to Physical Mapping"

Chapter 6, "Oracle Communications Data Model Partitioning"

1 Introducing Oracle Communications Data Model

This chapter introduces the Oracle Communications Data Model, which is a standards-based, pre-built approach to communications data warehousing.

This chapter includes the following sections:

What is Oracle Communications Data Model?

What Are the Benefits of Using Oracle Communications Data Model?

What Are the Components of Oracle Communications Data Model?

Oracle Communications Data Model Concepts

Oracle Products That Make Up Oracle Communications Data Model

TM Forum Information Framework (SID) Conformance

What is Oracle Communications Data Model?

Oracle Communications Data Model is a standards-based, pre-built approach to communications data warehousing enabling a communications company to realize the power of insight more quickly. Oracle Communications Data Model reduces costs for both immediate and on-going operations by leveraging out-of-box Oracle based Data Warehouse and Business Intelligence solutions, making world-class database and business intelligence technology solutions available with a communications specific data model.

Oracle Communications Data Model offers a single-vendor solution package that is tightly integrated with the business intelligence platform. With pre-built data mining, Oracle Online Analytical Processing (Oracle OLAP) and dimensional models, Oracle Communications Data Model provides you with industry-specific metrics and insights that you can act on immediately to improve your bottom line. These business intelligence solution offerings take advantage of Oracle's scalability and reliability, using Oracle's familiar optimization, parallelism, and performance engineering within the database.

Oracle Communications Data Model can be used in any application environment and is easily extendable.

Oracle Communications Data Model includes an exhaustive set of embedded advanced analytics, using Oracle's OLAP and data mining technology. You can take advantage of pre-built and pre-tested solution sets designed by industry experts that deliver relevant insights, are actionable, and aimed at improving both top-line and bottom-line results. You can see summarized, aggregated information or quickly navigate to drill-down transaction details to better understand business issues.

For example, with Oracle Communications Data Model's out-of-the-box reports, you can generate reports for network analysis and churn analysis. Network analysis provides air-time, subscription, roaming, load@busy hour, under utilization and patterns reports. With churn analysis you can gain improved insight into churning that provides switching and termination trends, payment and recharging patterns, subscribers life cycle and profiling. You can add your own reports as well. Oracle Communications Data Model, combined with Oracle technology, provides all of the components required for a complete and extendable Communications Data Warehouse and Business Intelligence framework to eliminate complex and costly integration requirements, all designed to reduce your total cost of ownership.

What Are the Benefits of Using Oracle Communications Data Model?

With Oracle Communications Data Model, you can jump-start the design and implementation of a telecommunications data warehouse to quickly achieve a positive ROI for your data warehousing and business intelligence project with a predictable implementation effort.

Oracle Communications Data Model provides the following features:

Query and Reporting for information: provides extraction of detailed and summary data.

OLAP for data analysis: provides summaries, trends, and forecasts.

Data Mining for insight and prediction: provides knowledge discovery of hidden patterns and insights.

Oracle Communications Data Model is conformance certified with TM Forum's Information Framework (SID) version 8.1. For more information, see "TM Forum Information Framework (SID) Conformance".

Oracle Communications Data Model provides an off-the-shelf data warehouse framework that is both adaptable and extendable. Alignment with communications industry standards ensures interoperability with other systems. The pre-built, pretuned data model with intelligent insight into detailed communications and market data, allows you to quickly gain value from your data warehousing effort, supports diverse analytical requirements, and assists in building future analytical applications. Fast, easy and predictable implementation reduces risks and enables you to achieve strategic value more rapidly by eliminating deployment delays and expenses associated with built-from-scratch or proprietary data warehouse solutions.

What Are the Components of Oracle Communications Data Model?

Oracle Communications Data Model includes the following components:

Logical Model Foundation

Chapter 2, "Logical Data Model Foundation" describes the logical data model.

Logical Model Dimensions

Chapter 3, "Logical Data Model Dimensions" describes the dimensions.

Physical Model

Chapter 4, "Oracle Communications Data Model Physical Data Model" describes the physical data model. The logical to physical mapping is detailed in Chapter 5, "Oracle Communications Data Model Logical to Physical Mapping".

Intra-ETL database packages and SQL scripts to extract, transform, and load (ETL) data from one layer of Oracle Communications Data Model to another.

The intra-ETL packages and SQL scripts are described in detail in Chapter 7, "Oracle Communications Data Model Intra-ETL".

OLAP Models for Oracle Communications Data Model

Chapter 8, "Oracle Communications Data Model OLAP Model Dimensions" and Chapter 9, "Oracle Communications Data Model OLAP Model Cubes" describe the OLAP Models.

Pre-defined Data Mining Models

These models are described in detail in Chapter 10, "Oracle Communications Data Model Data Mining Models".

Utility Scripts

The utility scripts are described in Chapter 11, "Oracle Communications Data Model Utility Scripts".

Reports and dashboards

Chapter 12, "Oracle Communications Data Model Sample Reports" shows the reports.

Application Adapters

Chapter 13, "Oracle Communications Data Model NCC Application Adapter" describes the Oracle Communications Network Charging and Control application adapter.

Chapter 14, "Oracle Communications Data Model BRM Application Adapter" describes the Oracle Communications Billing and Revenue Management application adapter.

Installation scripts

For more information on installation, refer to the Oracle Communications Data Model Installation Guide.

Oracle Communications Data Model Concepts

Oracle Communications Data Model leverages several Oracle Database data warehouse and Business Intelligence concepts that need to be clarified to understand the structure and use of Oracle Communications Data Model.

Oracle Communications Data Model provides "One Single True Vision of the Business". This unique architecture provides the Communications Service Provider (CSP) Flexibility, Agility, Scalability and Accuracy to obtain a real competitive advantage.

A typical enterprise data warehouse architecture, as shown in Figure 1-1, is composed of several layers ordered by the growing actionable value of the information in the warehouse:

The Data Source layer (operational systems, Commercial-Off-The_shelf solution, unstructured and syndicated data, with possibly a Master Data Management system).

The Staging layer: Typically used for transformation and data cleansing. It is also sometimes used as Operational Data Store, in particular for real-time operational reporting.

The Foundation layer: It is typically used to store all transactions and reference data at the most atomic level. Best practices require that this level is 3rd normal form, to avoid data redundancy.

The Access and Performance or Analytical layer: this is the layer optimized for the business end-users. It usually contains the star schema to answer business questions, as well as OLAP tools and mining models.

The Information (or Information Access) layer: This is the metadata layer and above, accessed by end-users via their Business Intelligence and/or reporting tools, or even external analytical tools (other OLAP or Mining tools). This layer is usually changeable by normal end-users (within their roles and responsibility). This is where the performance management applications provide their reports, where user roles, alerts, guided analytics, dashboards and reports are defined (usually by a specific BI administrator).

The data movement from one layer to the other is run via ETL / ELT tools. One distinguishes the standard ETL/ELT (from data sources to foundation layer) from the intra-ETLs (from foundation layer up to the reporting).

Figure 1-1 Data Warehouse Reference Architecture with Oracle Communications Data Model (Green)

Description of Figure 1-1 follows
Description of "Figure 1-1 Data Warehouse Reference Architecture with Oracle Communications Data Model (Green)"

Within a standard enterprise data warehouse architecture, as shown in Figure 1-1, if an adapter is used, for example the NCC Adapter or the BRM Adapter, the Staging area is also provided. Oracle Communications Data Model covers Foundation Layer, plus the intra-ETL part, and includes parts of the reporting area if OBIEE is used (Oracle Communications Data Model also includes the pre-built OBIEE repository).

To summarize Oracle Communications Data Model includes the parts shown in Figure 1-2.

Figure 1-2 Oracle Communications Data Model Inner Structure

Description of Figure 1-2 follows
Description of "Figure 1-2 Oracle Communications Data Model Inner Structure"

The Oracle Communications Data Model Foundation Layer (FDL) is composed of the components shown in Table 1-1.

Table 1-1 Oracle Communications Data Model Foundation Layer Components

Component
Usage

Reference entities and tables

Used to store master reference entities required by a service provider's operation

Non-changing infrequently-changing data

These entities translate into dimensions and hierarchies

Physically, table names start with "DWR_".

Base entities and tables

They are used to store transactions from systems of record (CRM, Billing, OSS, etc.)

It contains data at atomic level with the lowest level of granularity possible

Required to perform detailed analysis, and uncovering causal effects and associations

Physically, table names start with "DWB_"

Lookup entities and tables

Hold descriptions for common code lookups (e.g. plan type, reason code, etc.)

Their goal is to save space since one doesn't have to store long descriptions in each transaction record.

Physically, table names start with "DWL_"

Control tables

These are only used and filled by the intra-ETLs.

Physically, tables names start with "DWC_"

The Analytic Layer serves as an abstraction layer to simplify analytical access; this layer is a subject oriented representation of data ("shellfish" model). The analytic layer is easily understood by end-users and is simpler to navigate. This layer consists of aggregates, summaries, hierarchical relationships, and so on. The analytic layer is composed of star schemas, materialized views, OLAP cubes, and so on and is populated using intra-ETL processes from data in the Foundation Data Layer (FDL). The Oracle Communications Data Model Analytic layer is composed of the components shown in Table 1-2.

Table 1-2 Oracle Communications Data Model Analytic Layer Components

Component
Usage

DERIVED entities and tables

Provide a transition level to STARs. This layer is denormalized and is typically used for operational reporting and data mining, to uncover new insights and predict the future and:

Provides information that can only be derived from base data, usually at day level.

Includes information such as churn factors, profiling and prediction, congestion or under utilization, and so on.

Leverages data mining, advanced statistics, and complex queries.

Physically, tables start with "DWD_".

Examples of derived tables include: Account Debt per Day, Account Payments per Day, Call Center Calls per Day, Commissions per Day, Connections/Disconnections Day, Costs - Customer & Organizational, Customer Mining, Market Share per Month, Network Availability per Day, Sales Campaign Summary, Sales Representative Statistics, and so on.

There are also six mining models at this level: Customer profiling/segmentation, Lifetime value prediction, Customer sentiment, Churn prediction, Important churn factors, Cross-sell opportunity.

AGGREGATE entities and tables

Provide information to analyze and summarize, usually at the monthly level and:

Leverages base and derived data models to provide aggregated data such as summaries, averages, and so on.

Enables dimensional analysis on wide variety of subject areas.

Leverages Oracle OLAP cubes (pre-built OLAP cubes are available. For more information, see Chapter 9, "Oracle Communications Data Model OLAP Model Cubes".

Contains tables starting with "DWA_"; usually materialized views.

Represents the information access layer: It covers all the metadata.

Business Areas and Subject Areas in Oracle Communications Data Model

A Business Area is a broad slice through Oracle Communications Data Model grouping where all tables that cover the associated business processes (reports, metadata, Mining, OLAP, 3NF) are all accessible through the same GUI (if OBIEE is used). A business area is a conceptual grouping, used at the default report level. The reports are organized by related subject areas gathered in "business areas".

Figure 1-3 represents a Business Area: a broad slice through Oracle Communications Data Model covering all the entities and mapped business processes associated with the business area.

Figure 1-3 Business Area: A broad Slice through Oracle Communications Data Model

Description of Figure 1-3 follows
Description of "Figure 1-3 Business Area: A broad Slice through Oracle Communications Data Model"

There are eight Business Areas in Oracle Communications Data Model:

Customer Management: covers the complete customer lifecycle, from acquisition to churn, including the customer interaction. This area also contains the notion of account (shared with revenue), contract, subscription, and so on

Revenue: covers all revenue sources (pre-paid/postpaid, equipment rental, or sales), the sales process, the debt, payment and refund/adjustment processes. This area is the accounting view of a customer or the sales process.

Product Management: covers the complete product lifecycle, from creation to drop-off.

Provisioning and activation: covers the complete order management and installation process. This area is also the place for a number portability, trouble ticketing (shared with Customer Management) and SLA management items.

Network: covers all the network related subject areas that are not provisioning. In this area, the complete network of the Service Provider can be described and analyzed. This covers network usage, and network health.

Marketing: overs all the loyalty, campaign, and promotion processes with the notion of prospect and contact list, as well as market share (common with Customer management).

Cost and Contributions: is the financial perspective of the business, with all the costs associated with running a communications service provider business, whether as operator, MVNO, or simple content provider. This area intersects with all other business areas, but limits itself to cost and profitability measurements.

Partner Management: this business area covers all types of partners, whether interconnection or roaming operators, content providers, dealers (sales), suppliers, external debt collection agencies, and so on.

A Subject Area is a thin slice through Oracle Communications Data Model grouping all tables, mainly at the foundation layer, that cover a specific (logical) concept, business process or question. For example, the subject area PARTY defines the notion of a "PARTY". The "Individual" and "Organization" are both a subset of PARTY. The CUSTOMER, OPERATOR, and VENDOR are example of Party types. At the opposite of this abstract subject area, the subject area CALL CENTER, with pre-built aggregates provided in Oracle Communications Data Model on top of the foundation layer covers all the customer interactions that are done through a call center, whether inquiry, complaints, or change requests.

From an implementation perspective, Oracle Communications Data Model can be filled by subject or business area, without taking care of having to feed all tables in order to have tangible and usable results.

After filling all reports of a given business area with data, this does not mean that the whole business area is covered. Feeding all the tables needed to have all reports of a given business area probably also feeds some reports of other business areas. For example, some PRODUCT, COST and COLLECTION AGENCY entities are required in the Business Area Revenue (for the Revenue OLAP cube). This also partly covers the Product Management, Cost and Contribution, as well as the Partner Management business areas.

Logical Data Model and Physical Data Model in Oracle Communications Data Model

A logical data model describes how to store information that defines business processes. The logical data model is an interface between business and technical staff, and allows these groups to provide a common understanding of business data elements and requirements.

The logical data model also provides the foundation for designing an Enterprise Data Warehouse. In Oracle Communications Data Model, the logical data model is designed to avoid data redundancy, as much as possible, without impacting performance, and thus prevent data and business transaction inconsistency. The idea is to facilitate data re-use and sharing, hence reducing development and maintenance cycle and cost.

The logical data model is a single source for the model definition, with its own naming conventions that are valid for both business and IT.

In describing the business processes independently of the data sources and the technology, the logical data model clarifies the functional specifications, while avoiding (unnecessary) assumptions.

This implies that, in principle, the logical data model of Oracle Communications Data Model could work on any platform. However, on top of the fact that it would not be supported by Oracle, such an implementation would not benefit from all the pre-built pre-integrated technologies leveraged with Oracle Communications Data Model, in particular in the analytical layer, such as Partitioning, OLAP, Mining models, and so on.

The Oracle Communications Data Model physical data model is the concrete implementation of the logical data model. It is fully technology dependent. The physical data model transforms business relationships into keys or indexes. It takes into account the infrastructure and technology to optimize the performance for end-users. The physical data model has its own naming convention in parallel to the one of the logical data model. Looking at the physical data model, one should be able to "build-back" the logical data model from the entity relationship, even if one could not have all the key understanding of a business process behind, unless one knows the business.

Entity Relationships in Oracle Communications Data Model

Relationship between two tables

A relationship between two entities should exist in the model only if there is a direct (business) relationship between those entities. You can categorize the relationships as:

Description or added information: (typically for Lookup tables) An entity contains codes that described and/or validates the various values that an attribute of the original entity possesses. Physically, the two entities are related via a Foreign Key.

Direct relationship: Typically, when two entities are related from a business point of view, the model needs to make sure this relationship is explicitly present and described. A direct relationship contains a direct business link between the entities (typically serves, uses, owns, and so on). There must be a distinction between clear 1 to many (1:n) or 0 to many (0:n), and many to many (n:m) relationship.

0:n or 1:n relationships: typically business types like "owns", "has got", "serves", "uses"… It is usually directly linked to an attribute (like description), and may be a foreign key link.

m:n relationships: If the relationship can be "many to many", use an "Assignment" Entity between the entities to transform this m:n relationship in m:1 (or 0) and (0 or) 1:n.

Self-Relationship

Very often, two rows of a given entity (say "ENTITY") have to be related with one another. Most of the time, Oracle Communications Data Model uses a table named "ENTITY ASSIGNMENT".

Example: PARTY and PARTY ASSIGNMENT, as shown in Figure 1-4.

Figure 1-4 PARTY and PARTY ASSIGNMENT Entities

Description of Figure 1-4 follows
Description of "Figure 1-4 PARTY and PARTY ASSIGNMENT Entities"

PARTY ASSIGNMENT represents the relationship between two parties uniquely identified in Oracle Communications Data Model, whatever the role they play within the model: As Customer, Employee, dealer or even all three for the same individual!

In Party, the PARTY TYPE is a "person", an "organization", or an "organization business unit". It is not "Customer". This is a Party role. A given Party can have several roles which are "chosen" depending on the type of business interaction that takes place. However, the type never changes.

The only exception to this rule is with ADDRESS LOCATION. One uses the "ADDRESS RELATED" table, for example to feed the fact that an alternative billing address has been given by customer when the first one fails or because he is in holiday.

Named and Flexible Hierarchies

A named hierarchy is a pre-built hierarchy of general interest, usually used/seen in the market, with fixed levels (with a specific name for each).

A flexible hierarchy is a hierarchical structure that is freely definable: for levels, attributes per level, relationships and numbers of hierarchies (for the same base entity) with various possible versions.

These hierarchies do the following

Follow Slowly Changing dimension Type II rules.

Have the same leaf level (Organization Business Unit for "Organization" and Address Location for "Geography")

Have pre-built tools to feed/change them easily (for implementation team).

Can be associated in parallel (for example, In an Organization, several hierarchies can be defined: Administrative Hierarchy and Sales Hierarchy)

ORGANIZATION BUSINESS UNIT refers to lowest-level internal business unit of the organization that delivers a limited range of specific communications services or merchandise through any sales channel (Web site, store, and so on), as shown in Figure 1-5.

Figure 1-5 Organization Business Unit Entity

Description of Figure 1-5 follows
Description of "Figure 1-5 Organization Business Unit Entity"

ORGANIZATION BUSINESS ENTITY refers to any internal logical entity that is recognized as a part of the enterprise for business analysis and transactions. Classification for a business entity can include company, operation unit, store, or warehouse. This is part of "Flexible Hierarchy" of organization.

Address Related is the only exception in Oracle Communications Data Model to relationship between the same entity.

Calendar and Time in Oracle Communications Data Model

Oracle Communications Data Model includes five pre-defined calendars:

Business: allows to define operator's own Calendar according to its business operation.)

Gregorian: Standard 365-days calendar

Fiscal: Follows Accounting or Legal Requirements

Ad: Follows Ad Cycle

Planning: Planning cycle calendar

In Oracle Communications Data Model, the business calendar is by default the same as the natural calendar (=Gregorian), since most of operators run billing process monthly according to natural calendar. Business calendar can be modified according to different business operations.

A flexible calendar script can populate the calendar based on input parameters.

Time Transformation

A Time Transformation does the following:

Relates the elements of time-based attributes to other elements of the same attribute and specify the relationship between elements for some time-based frame of reference.

Supports both "one-to-one" and "many to many" Transformation …

For every element in the table, there is one corresponding element for the time frame in question (for example, current week to the same week last year).

Supports "many-to-many" transformations for calculating year-to-date, season-to-date and similar totals. These tables specify all of the elements that are to be included in calculating a total from a given reference point.

Time of Day allows granularity to the Quarter-hour level.

Year-to-date transformation specifies all of the days or weeks that are included in the transformation from a given day or week since the beginning of the year.

Product and Product Instance: In Product Management and Provisioning Business Area

PRODUCT: is what customer can get. It composes the offering:

Sub-Types of PRODUCT are PRODUCT PACKAGE, SERVICE, ITEM, EQUIPMENT

PRODUCT may have valid equipment functionality and versions.

PRODUCT may be particularly offered only locally or in a limited region.

PRODUCT INSTANCE: represents the real instance of a given PRODUCT that a customer can purchase or rent. For example:

Specified Song Corresponding to Product MUSIC DOWNLOAD

TV channel Corresponding to Product PAY TV

Product Instance could also be a physical instance of Equipment which customer can leverage to access the service from operator. It could be used for inventory management. For example:

Handset (with IMEI)

Land line phone (with serial number)

Set-top box

Cable modem

Concept: Business Interaction / Events in All business areas

Business Interaction: "an arrangement, contract, or communication between an enterprise and one or more other entities such as individuals and organizations (or parts of organizations). Interactions take on the form of requests, responses, and notifications". (TMF-SID definition)

Event: an interaction of any kind between at least two parties. There are two types of events:

"Network" Event: A Call Data Record or a Traffic event on the network made by a customer, a partner, or someone else calling the customer (but not originated from the CSP itself)

"Non-Network" Event: all other (business) interactions:

Customer interaction with the call center, the web interface…,

SLA with partners

Interaction between Mediation and Order Management System

Scenario 2: Product and Subscription

For a Standard Offer with a two hundred dollar monthly fee that includes three products for customer, as in Figure 1-6.

Figure 1-6 Product and Subscription Offer for Customer A

Description of Figure 1-6 follows
Description of "Figure 1-6 Product and Subscription Offer for Customer A"

Figure 1-7 shows this relationship in Oracle Communications Data Model.

Figure 1-7 Product and Subscription Scenario

Description of Figure 1-7 follows
Description of "Figure 1-7 Product and Subscription Scenario"

Oracle Products That Make Up Oracle Communications Data Model

Several Oracle technologies are involved in building the infrastructure for telecommunications business intelligence.

Oracle Database with OLAP, Data Mining and Partitioning Option

Oracle Communications Data Model utilizes a complete Oracle technical stack. It leverages the following data warehousing features of the Oracle database: SQL model, compression, partitioning, advanced statistical functions, materialized views, data mining, and online analytical processing (OLAP).

Tip:

To achieve cost-effective scalability, availability, and reliability, you can consider using Oracle Real Application Clusters (Oracle RAC) and commodity hardware.

Oracle Development Tools

Use the Oracle tools shown in Table 1-3 to customize the predefined logical and physical models provided with Oracle Communications Data Model, or to populate the target relational tables, materialized views, or OLAP cubes.

Table 1-3 Oracle Development Tools Used with Oracle Communications Data Model

Name
Use

Oracle SQL Data Modeler

To create the logical model

SQL Developer or SQL*Plus

To create or modify database objects

Oracle Warehouse Builder

For the process control of the Intra-ETL process

Analytic Workspace Manager

To populate the target OLAP cubes

Oracle Business Intelligence Suite Enterprise Edition Presentation Tools

Oracle Business Intelligence Suite Enterprise Edition is a comprehensive suite of enterprise Business Intelligence products that delivers a full range of analysis and reporting capabilities. You can use Oracle Business Intelligence Suite Enterprise Edition Answers and Dashboard presentation tools to customize the predefined dashboard reports that are provided with Oracle Communications Data Model.

TM Forum Information Framework (SID) Conformance

Oracle Communications Data Model is conformance certified with TM Forum's Information Framework (SID) version 8.1. The TM Forum is the world's leading industry association focused on enabling best-in-class IT for service providers in the communications, media, and cloud service markets. The TM Forum provides business-critical industry standards and expertise to enable the creation, delivery, and monetization of digital services. For more information on TM Forum, see

http://www.tmforum.org/

The TM Forum's Information Framework (SID) provides a common reference model for enterprise information in the communications industry. The SID model does the following:

Attempts to cover all information required in a Service Provider's operations.

Provides an information reference model and a common vocabulary.

Consists of business entities and their associated attribute definitions. Business entities describe items of interest to the business. For example, customer order, product offering, service specification, and so on. The attributes are facts that describe a business entity.

The Oracle Communications Data Model conformance certification with TM Forum's Information Framework (SID) version 8.1 does the following:

Provides an independent review and audit of the self-assessment conducted by Oracle of Oracle Communications Data Model conformance to TM Forum's Information Framework (SID).

Specifies that a TMF representative has conducted a detailed review of the assessment documents and determined a conformance level: SID provides seven levels of conformance.

The assessment documents provide a detailed attribute by attribute mapping between Oracle Communications Data Model and SID. The assessment documents are available to Oracle Communications Data Model customers by request. These documents facilitate ETL script development between Oracle Communications Data Model and other SID conformant applications.

For more information on conformance certification with TM Forum's Information Framework (SID) and for detailed certification results, see

http://www.tmforum.org/BestPracticesStandards/CertifiedConformant/7629/Home.html#sid

Oracle Communications Data Model achieved level 7 conformance for all Aggregate Business Entities (ABE)s that were certified in Customer, Product, Market_Sales, Service, Resource, and Common Business Entities domains. For more detailed information on the ABEs certified, refer to the TM Forum Web site.

2 Logical Data Model Foundation

The logical data model of the Oracle Communications Data Model defines the business entities and their relationships and provides an understanding of the business and data requirements for the Oracle Communications Data Model data warehouse.

This chapter includes the following sections:

Major Subject Areas and Related Entities

Logical Entities for Business Areas

Logical Data Model Entity Dictionary

Major Subject Areas and Related Entities

The following describes the main entities related to some major or typical subject areas in Oracle Communications Data Model:

Subject Area: Account Simple

Subject Area: Customer

Subject Area: Dealer

Subject Area: Geography

Subject Area: Organization Business Unit

Subject Area: Party

Subject Area: Party (Extended)

Subject Area: Product

Subject Area: Product Instance

Subject Area: Service

Subject Area: Subscription

Subject Area: Time Calendar

Subject Area: Vendor

Subject Area: Wireless Network

Note:

The entity-relationship figures of the major reference entities in those subject areas are available with the Oracle Communications Data Model IP Patch. The IP Patch includes additional documentation. To obtain the IP Patch and for the latest information about Oracle Communications Data Model patch sets, go to My Oracle Support at https://support.oracle.com.

Subject Area: Account Simple

Table 2-1 lists the entities associated with the subject area Account Simple.

Table 2-1 Entities of Subject Area: Account Simple

Account Simple Entity List

ACCOUNT

ACCOUNT ASSIGNMENT

ACCOUNT ASSIGNMENT REASON

ACCOUNT PROFILE

ACCOUNT TYPE

Subject Area: Customer

Table 2-2 lists the entities associated with the subject area Customer.

Table 2-2 Entities of Subject Area: Customer

Customer Entity List

ACCOUNT

ACCOUNT PAYMENT

ADDRESS LOCATION

ARPU BAND

BARING REASON

BLACK LIST HISTORY

CALENDAR MONTH

CONTRACT

CUSTOMER

CUSTOMER CLASS

CUSTOMER INDIVIDUAL

CUSTOMER MINING

CUSTOMER OCCASION

CUSTOMER OCCASION TYPE

CUSTOMER ORGANIZATION

CUSTOMER RESTRICTED INFO

CUSTOMER REVENUE BAND

CUSTOMER REVENUE BAND ASSIGNMENT

CUSTOMER REVENUE TYPE

CUSTOMER SCORE

CUSTOMER SEGMENT

CUSTOMER SEGMENTATION MODEL

CUSTOMER SIC ASSIGNMENT

CUSTOMER SOURCE

CUSTOMER TYPE

DERIVED VALUE

EDUCATION

EVENT PARTY INTERACTION

EXTERNAL ORGANIZATION TYPE

GENDER

HOUSEHOLD

INDIVIDUAL DEMOGRAPHY VALUE

INITIATIVE RESULT TYPE

INITIATIVE TYPE

INVOICE

JOB

LANGUAGE

MEDIA OBJECT

NATIONALITY

PARTY PROMOTION RESPONSE

PARTY STATUS HISTORY

PARTY STATUS HISTORY

PROMOTION

PROSPECT

PROSPECT INDIVIDUAL

PROSPECT ORGANIZATION

SEGMENT CRITERIA

SOC JOB

VALUE MEASURE

VALUE TYPE

Subject Area: Dealer

Table 2-3 lists the entities associated with the subject area Dealer.

Table 2-3 Entities of Subject Area: Dealer

Dealer Entity List

CHANNEL

DEALER

DEALER DISCOUNT GROUP ASSIGNMENT

DISCOUNT GROUP

OTHER INDIVIDUAL

PARTY

SALES CHANNEL

Subject Area: Geography

Table 2-4 lists the entities associated with the subject area Geography.

Table 2-4 Entities of Subject Area: Geography

Geography Entity List

ADDRESS LOCATION

ADDRESS RELATED

ADDRESS RELATED REASON

ADDRESS STATUS

ADDRESS STATUS REASON

ADDRESS TYPE

ACCOUNT TYPE

EMPLOYEE

GEOGRAPHY CITY

GEOGRAPHY COUNTRY

GEOGRAPHY COUNTY

GEOGRAPHY DEMOGRAPHIC GROUP

GEOGRAPHY DEMOGRAPHY ATTRIBUTE

GEOGRAPHY DEMOGRAPHY VALUE

GEOGRAPHY ENTITY

GEOGRAPHY HIERARCHY

GEOGRAPHY HIERARCHY LEVEL

GEOGRAPHY HIERARCHY LEVEL ASSIGNMENT

GEOGRAPHY LEVEL

GEOGRAPHY LEVEL ATTRIBUTE

GEOGRAPHY LEVEL ATTRIBUTE VALUE

GEOGRAPHY REGION

GEOGRAPHY STATE

GEOGRAPHY SUB REGION

GEOGRAPHY WORLD

PARTY ADDRESS LOCATION ASSIGNMENT

POSTCODE

TIME ZONE

Subject Area: Organization Business Unit

Table 2-5 lists the entities associated with the subject area Organization Business Unit.

Table 2-5 Entities of Subject Area: Organization

Organization Entity List

ORGANIZATION AREA

ORGANIZATION BANNER

ORGANIZATION BUSINESS UNIT

ORGANIZATION CHAIN

ORGANIZATION COMPANY

ORGANIZATION CORPORATE

ORGANIZATION DISTRICT

ORGANIZATION DIVISION

ORGANIZATION REGION

Subject Area: Party

Table 2-6 lists the entities associated with the subject area Party.

Table 2-6 Entities of Subject Area: Party

Party Entity List

ACCESS METHOD PARTY ASSIGNMENT

BLACK LIST HISTORY

BUSINESS LEGAL STATUS

CHANNEL

COST

CUSTOMER

CUSTOMER INDIVIDUAL

BUSINESS LEGAL STATUS

EVENT PARTY ASSIGNMENT

INDIVIDUAL DEMOGRAPHY VALUE

LANGUAGE

NATIONALITY

ORGANIZATION BUSINESS UNIT

ORGANIZATIONAL DEMOGRAPHY VALUE

PARTY

PARTY ACCOUNT ASSIGNMENT

PARTY ADDRESS LOCATION ASSIGNMENT

PARTY ASSIGNMENT

PARTY CONTACT INFORMATION

PARTY CONTACT LIST PARTICIPATION

PARTY COST ASSIGNMENT

PARTY GEOGRAPHY ENTITY ASSIGNMENT

PARTY IDENTIFICATION

PARTY INTERACTION THREAD

PARTY ORDER ASSIGNMENT

PARTY ROLE ASSIGNMENT

PARTY SIM CARD ASSIGNMENT

PARTY STATUS HISTORY

PARTY SUBSCRIPTION ASSIGNMENT

PARTY TYPE

SOURCE SYSTEM KEY MAPPING

Subject Area: Party (Extended)

Table 2-7 lists the entities associated with the subject area Party (Extended).

Table 2-7 Entities of Subject Area: Party (Extended)

Party (Extended) Entity List

ACCOUNT

ANZSIC CLASSIFICATION

BANK

BLACK LIST HISTORY

BUSINESS LEGAL STATUS

COLLECTION AGENCY

CONTACT ROLES

CONTENT PROVIDER

COST

COST CENTER

CUSTOMER

CUSTOMER OCCASION

CUSTOMER OCCASION TYPE

CUSTOMER SIC ASSIGNMENT

DEALER

DEMOGRAPHY ATTRIBUTE

DEMOGRAPHY GROUP

EMPLOYEE

EMPLOYEE JOB ROLE ASSIGNMENT

EVENT

EXTERNAL INFORMATION SOURCE

EXTERNAL OPERATOR

EXTERNAL ORGANIZATION TYPE

INDIVIDUAL DEMOGRAPHY VALUE

ISP

JOB ROLE

LANGUAGE

NAICS CLASSIFICATION

ORGANIZATION BUSINESS UNIT

PARTY

PARTY ADDRESS LOCATION ASSIGNMENT

PARTY ASSIGNMENT

PARTY ASSIGNMENT REASON

PARTY ASSIGNMENT TYPE

PARTY CONTACT INFORMATION

PARTY CONTACT INFORMATION TYPE

PARTY COST ASSIGNMENT

PARTY GEOGRAPHY ENTITY ASSIGNMENT

PARTY LOCATION REASON

PARTY LOYALTY PROGRAM PARTICIPATION

PARTY ROLE

PARTY ROLE ASSIGNMENT

PARTY ROLE STATUS

PARTY STATUS CATEGORY

PARTY STATUS CHANGE REASON

PARTY STATUS HISTORY

PARTY STATUS TYPE

PARTY TYPE

PROSPECT

SIC ASSIGNMENT

SIC ASSIGNMENT REASON

SIC CLASSIFICATION

SOURCE SYSTEM

SOURCE SYSTEM KEY MAPPING

VENDOR

Subject Area: Product

Table 2-8 lists the entities associated with the subject area Product.

Table 2-8 Entities of Subject Area: Product

Product Entity List

ACCESSORIES

ADDITIONAL TEXT

ADDRESS LOCATION

BROADBAND

BROADBAND RATING PLAN

CABLE MODEM

CALL FORWARD

CALLER ID

CONTENT

DISCOUNT GROUP

DOCUMENT CONDITION TYPE

DOCUMENT TYPE

DSL MODEM

EQUIPMENT

EQUIPMENT FUNCTIONALITY

EQUIPMENT FUNCTIONALITY ASSIGNMENT

EQUIPMENT INSTANCE

EQUIPMENT INSTANCE STATUS HISTORY

EQUIPMENT INSTANCE STATUS TYPE

FIXED LINE

FIXED LINE RATING PLAN

GPRS SERVICE

HANDSET INSTANCE

HANDSET MODEL

IDD

ITEM

LANGUAGE

MARKET PLAN SUBSTITUTE BY DOC

MARKET PLAN TERM VALUE

MUSIC DOWNLOAD

NETWORK TOUCHPOINT

ORGANIZATION ITEM SELLING PRICE

PARTY

PAY TV

POSTPAID WIRELESS

PREPAID WIRELESS

PRODUCT

PRODUCT ASSIGNMENT

PRODUCT ASSIGNMENT REASON

PRODUCT CAPABILITY

PRODUCT CAPABILITY TYPE

PRODUCT CAPABILITY VALUE

PRODUCT CHARGE TYPE

PRODUCT CHARGE TYPE RELATIONSHIP

PRODUCT CHARGE TYPE RLTN REASON

PRODUCT CHARGING REASON

PRODUCT FEATURE

PRODUCT FEATURE ASSIGNMENT

PRODUCT FUNCTIONALITY DEPENDENCY

PRODUCT GEOGRAPHY ASSIGNMENT

PRODUCT GROUP

PRODUCT GROUP ASSIGNMENT

PRODUCT GROUP TYPE

PRODUCT INSTANCE

PRODUCT MANAGEMENT HISTORY

PRODUCT MANAGEMENT REASON

PRODUCT MANAGEMENT ROLE

PRODUCT MARKET PLAN

PRODUCT MARKET PLAN ASSIGNMENT

PRODUCT MARKET PLAN ASSIGNMENT TYPE

PRODUCT MARKET PLAN GEOGRAPHY ASSIGNMENT

PRODUCT MARKET PLAN GROUP

PRODUCT MARKET PLAN GROUP ASSIGNMENT

PRODUCT MARKET PLAN GROUP TYPE

PRODUCT MARKET PLAN TYPE

PRODUCT NETWORK ASSIGNMENT

PRODUCT PACKAGE

PRODUCT PACKAGE ASSIGNMENT

PRODUCT PACKAGE CHARGE TYPE

PRODUCT RATING PLAN

PRODUCT RATING PLAN DETAIL

PRODUCT RATING PLAN TYPE

PRODUCT STATUS HISTORY

PRODUCT STATUS TYPE

PRODUCT TYPE

PRODUCT VERSION

RATING METHOD TYPE

RINGTONE

SERVICE

SET TOP BOX

SET TOP BOX MODEL

SIM CARD HANDSET ASSIGNMENT

SMS RATING PLAN

SUPPLEMENTARY SERVICE

TV CHANNEL

VALUE ADDED SERVICE

VOICE MESSAGE SERVICE

WIRELESS RATING PLAN

Subject Area: Product Instance

Table 2-9 lists the entities associated with the subject area Product Instance.

Table 2-9 Entities of Subject Area Product Instance

Product Instance Entity List

ACCESS METHOD EQUIPMENT ASSIGNMENT

ADDRESS LOCATION

CABLE MODEM

CONTENT

CONTENT DELIVERY EVENT

CONTENT PRICE

CONTENT PRICING TYPE

CONTENT PROVIDER

CONTENT TYPE

CUSTOMER ORDER LINE ITEM

DSL MODEM

EQUIPMENT INSTANCE

EQUIPMENT INSTANCE RENTING CONTRACT

EQUIPMENT INSTANCE STATUS HISTORY

EVENT EQUIPMENT INSTANCE

HANDSET INSTANCE

NETWORK TOUCHPOINT

PARTY

PRODUCT

PRODUCT INSTANCE

SERVICE

SERVICE EQUIPMENT ASSIGNMENT

SET TOP BOX

SIM CARD HANDSET ASSIGNMENT

SUBSCRIPTION

VALUE ADDED SERVICE

Subject Area: Service

Table 2-10 lists the entities associated with the subject area Service.

Table 2-10 Entities of Subject Area: Service

Service Entity List

BROADBAND

CONTENT

FIXED LINE

GPRS SERVICE

IDD

MUSIC DOWNLOAD

PAY TV

POSTPAID WIRELESS

PREPAID WIRELESS

SERVICE

VALUE ADDED SERVICE

VOICE MESSAGE SERVICE

Subject Area: Subscription

Table 2-11 lists the entities associated with the subject area Subscription.

Table 2-11 Entities of Subject Area: Subscription

Subscription Entity List

ACCESS METHOD SUBSCRIPTION ASSIGNMENT

ACCOUNT

ACCOUNT CREDIT LIMIT

CAMPAIGN CHANNEL

CHANNEL

CONTRACT

CUSTOMER

EQUIPMENT INSTANCE

EQUIPMENT INSTANCE RENTING CONTRACT

EVENT SUBSCRIPTION CHANGE

HANDSET INSTANCE

ORGANIZATION BUSINESS UNIT

PARTY SUBSCRIPTION ASSIGNMENT

PARTY SUBSCRIPTION ROLE

PRODUCT

PRODUCT MARKET PLAN

SALES CHANNEL REPRESENTATIVE

SIM CARD SUBSCRIPTION ASSIGNMENT

SUBSCRIPTION

SUBSCRIPTION ASSIGNMENT

SUBSCRIPTION ASSIGNMENT TYPE

SUBSCRIPTION PMP ASSIGNMENT

SUBSCRIPTION STATUS

SUBSCRIPTION STATUS CATEGORY

SUBSCRIPTION STATUS HISTORY

SUBSCRIPTION STATUS REASON

SUBSCRIPTION TERM TYPE

SUBSCRIPTION TERM VALUE

SUBSCRIPTION TYPE

VAS SUBSCRIPTION

Subject Area: Time Calendar

Table 2-12 lists the entities associated with the subject area Time Calendar.

Table 2-12 Entities of Subject Area: Time Calendar

Time Calendar Entity List

CALENDAR HALF MONTH

CALENDAR HALF YEAR

CALENDAR MONTH

CALENDAR QUARTER

CALENDAR WEEK

CALENDAR YEAR

DAY

TIME SLOT

Subject Area: Vendor

Table 2-13 lists the entities associated with the subject area Vendor.

Table 2-13 Entities of Subject Area: Vendor Entity

Vendor Entity List

APPOINTMENT TYPE

DEAL

DEAL VENDOR ITEM ASSIGNMENT

FACTOR COMPANY

ORGANIZATION BUSINESS UNIT

VENDOR

VENDOR APPOINTMENT

VENDOR CLASS

VENDOR CONTRACT

VENDOR FACTOR COMPANY ASSIGNMENT

VENDOR RATING

VENDOR SITE

VENDOR SITE COURIER ASSIGNMENT

Subject Area: Wireless Network

Table 2-14 lists the entities associated with the subject area Wireless Network.

Note:

Oracle Communications Data Model also covers Wireline (PSTN) and cable type of network. Wireless Network is here taken as an example of the types of supported networks.

Table 2-14 Entities of Subject Area: Wireless Network

Wireless Network Entity List

ADDRESS LOCATION

BASE STATION CONTROLLER

BASE TRANSCEIVER STATION

CELL

CELL SECTOR

CELL SITE

CELL SITE TYPE

CELL TYPE

CIRCUIT CATEGORY

CIRCUIT COMPONENT

CIRCUIT TRAFFIC

CIRCUIT TYPE

EQUIPMENT CENTER

EXTERNAL OPERATOR

IN PLATFORM

MOBILE SWITCHING CENTER

NETWORK

NETWORK SERVICE COVERAGE ASSIGNMENT

NETWORK TOUCHPOINT

NETWORK TOUCHPOINT CLASS

NETWORK TOUCHPOINT TYPE

NETWORK TYPE

PARTY

RF CARRIER

ROUTING DEVICE

SERVICE COVERAGE AREA

SERVICE COVERAGE AREA TYPE

SERVICE COVERAGE GEO DETAIL

SWITCH

SWITCH CAPABILITY

SWITCH CAPABILITY TYPE

SWITCH ROUTING DEVICE ASSIGNMENT

SWITCH TYPE

TECHNOLOGY

TECHNOLOGY TYPE

Logical Entities for Business Areas

These business areas lists contain the logical entities in the data model grouped by business area.

Note:

The notion of a business area is not strict. That is, some business areas are overlapping. Thus, a logical entity can belong to, or be needed in, several business areas. Some logical entities are not explicitly listed because they either only represent a relationship between tables, are not critically important to any business area, or are simply lookup entities. For more information, see Business Areas and Subject Areas in Oracle Communications Data Model.

The following are the business area logical data model entities:

Business Area: Cost

Business Area: Customer Management

Business Area: Marketing

Business Area: Network

Business Area: Partner Management

Business Area: Product Management

Business Area: Provisioning and Service

Business Area: Revenue

Note:

The business area figures showing complete diagrams with attributes and entities are available with the Oracle Communications Data Model IP Patch. The IP Patch includes additional documentation. To obtain the IP Patch and for the latest information about Oracle Communications Data Model patch sets, go to My Oracle Support at https://support.oracle.com.

Business Area: Cost

Table 2-15 lists the logical entities for Cost.

Table 2-15 Cost Business Area Logical Entities

Cost Entity List

ACCOUNT COST

BUSINESS HALF MONTH

BUSINESS HALF YEAR

BUSINESS MONTH

BUSINESS QUARTER

BUSINESS WEEK

BUSINESS YEAR

CALENDAR HALF MONTH

CALENDAR HALF YEAR

CALENDAR MONTH

CALENDAR QUARTER

CALENDAR WEEK

CALENDAR YEAR

CAMPAIGN COST

COURIER COST

CELL SITE COST

CHANNEL COST

CONTACT LIST COST

COST

COST CENTER BUDGET

COST REASON

COST SUBTYPE

COST TYPE

CUSTOMER

CUSTOMER CLASS

CUSTOMER CLASS ASSIGNMENT

CUSTOMER COST

CUSTOMER SCORE

CUSTOMER SEGMENT

CUSTOMER SOURCE

CUSTOMER TYPE

DAY

EMPLOYEE ACTUAL LABOR HOURLY

EMPLOYEE ACTUAL LABOR SALARIED

EMPLOYEE COST

EMPLOYEE TYPE

EQUIPMENT

EQUIPMENT CENTER COST

EVENT COST

EVENT EMPLOYEE PAYROLL

FISCAL HALF MONTH

FISCAL HALF YEAR

FISCAL MONTH

FISCAL QUARTER

FISCAL WEEK

FISCAL YEAR

HANDSET MODEL

INVOICE PAYMENT ASSIGNMENT

MEDIA OBJECT COST

NETWORK ELEMENT COST

ORGANIZATION AREA

ORGANIZATION BANNER

ORGANIZATION BUSINESS UNIT

ORGANIZATION BUSINESS UNIT COST

ORGANIZATION CHAIN

ORGANIZATION COMPANY

ORGANIZATION CORPORATE

ORGANIZATION DISTRICT

ORGANIZATION DIVISION

ORGANIZATION REGION

ORGANIZATION WAREHOUSE

PARTY ORDER ASSIGNMENT

PAY CATEGORY

PAY TYPE

PLANNING PERIOD

PLANNING QUARTER

PLANNING SEASON

PLANNING WEEK

PLANNING YEAR

PRODUCT

PRODUCT COST

PRODUCT MARKET PLAN COST

PRODUCT PACKAGE

PRODUCT TYPE

PROMOTION COST

SALES CHANNEL

SELLING LOCATION TYPE

SUBSIDY TYPE

TIME SLOT

TIME STANDARD BY DAY

TIME STANDARD BY WEEK

Business Area: Customer Management

Table 2-16 lists the logical entities for Customer Management.

Table 2-16 Customer Management Business Area Logical Entities

Customer Management Entity List

ACCESS METHOD ACCOUNT ASSIGNMENT

ACCESS METHOD ASSIGNMENT

ACCESS METHOD ELEMENT

ACCESS METHOD EQUIPMENT ASSIGNMENT

ACCESS METHOD GEOGRAPHY ASSIGNMENT

ACCESS METHOD PARTY ASSIGNMENT

ACCESS METHOD POOL

ACCESS METHOD SEGMENT

ACCESS METHOD STATUS HISTORY

ACCESS METHOD SEGMENT PROD CAPABILITY RL

ACCESS METHOD SUBSCRIPTION ASSIGNMENT

ACCESS METHOD TYPE

ACCOUNT ADJUSTMENT REASON

ACCOUNT ASSIGNMENT

ACCOUNT ASSIGNMENT REASON

ACCOUNT BALANCE ADJUSTMENT

ACCOUNT BALANCE ADJUSTMENT TYPE

ACCOUNT BALANCE HISTORY

ACCOUNT BALANCE TYPE

ACCOUNT BILLING CYCLE HISTORY

ACCOUNT BILLING FREQUENCY HISTORY

ACCOUNT BILLING PERIOD HISTORY

ACCOUNT CONTRACT RELATIONSHIP

ACCOUNT CREDIT LIMIT

ACCOUNT DEBT WRITE OFF

ACCOUNT EVENT TYPE

ACCOUNT MANAGEMENT HISTORY

ACCOUNT PARTY PMP RELATIONSHIP

ACCOUNT PAYMENT METHOD STATUS

ACCOUNT PAYMENT METHOD STATUS REASON

ACCOUNT PAYMENT METHOD STATUS TYPE

ACCOUNT PMP PARTICIPATION HISTORY

ACCOUNT PREFERRED INVOICE DELIVERY

ACCOUNT PROFILE

ACCOUNT REFUND REASON

ACCOUNT SEGMENT

ACCOUNT SEGMENT ASSIGNMENT HISTORY

ACCOUNT SEGMENTATION MODEL

ACCOUNT STATUS HISTORY

ACCOUNT STATUS REASON

ACCOUNT STATUS TYPE

ACCOUNT SUBSCRIPTION ASSIGNMENT

ACCOUNT SUBSCRIPTION ASSIGNMENT REASON

ACCOUNT TYPE

ACCOUNTING CYCLE

ACCOUNTING ITEM CATEGORY

ADDRESS LOCATION

ADDRESS RELATED

ADDRESS STATUS

AGE BAND

AGE ON NET BAND

ARPU BAND

AWARD LEVEL

BANK

BANK DIRECT DEBIT CHANNEL

BARING REASON

BILLING CYCLE

BILLING FREQUENCY

BILLING PERIOD

BILLING STATUS CATEGORY

BILLING STATUS TYPE

BLACK LIST HISTORY

BUSINESS HALF MONTH

BUSINESS HALF YEAR

BUSINESS MONTH

BUSINESS QUARTER

BUSINESS UNIT JOB ROLE

BUSINESS UNIT SHIFT

BUSINESS WEEK

BUSINESS YEAR

CALENDAR HALF MONTH

CALENDAR HALF YEAR

CALENDAR MONTH

CALENDAR QUARTER

CALENDAR WEEK

CALENDAR YEAR

CALL CENTER AGENT

CALL CENTER AGENT TYPE

CALL CENTER CASE SUB TYPE

CALL CENTER CASE TITLE

CALL CENTER CASE TYPE

CALL CENTER SERVICE CAPABILITY

CHANGE PROPOSED BY TYPE

CHURN PREDICT SOURCE DERIVED

CHURN REASON

CONTRACT

CONTRACT APPROVAL

CONTRACT ASSIGNMENT

CONTRACT ASSIGNMENT REASON

CONTRACT ASSIGNMENT TYPE

CONTRACT CHANGE INITIATOR TYPE

CONTRACT CHANGE TYPE

CONTRACT DOCUMENT

CONTRACT PRODUCT ASSIGNMENT

CONTRACT STATUS

CONTRACT STATUS TYPE

CONTRACT TERM TYPE

CREDIT CATEGORY

CURRENCY GEOGRAPHY ENTITY ASSIGNMENT

CUSTOMER

CUSTOMER CLASS

CUSTOMER CLASS ASSIGNMENT

CUSTOMER COST

CUSTOMER FIELD INSTALLATION

CUSTOMER FIELD SERVICE ACTIVITY

CUSTOMER FIELD SERVICE DETAIL

CUSTOMER FIELD SUPPORT

CUSTOMER INDIVIDUAL

CUSTOMER OCCASION

CUSTOMER OCCASION TYPE

CUSTOMER ORDER

CUSTOMER ORDER LINE ITEM

CUSTOMER ORDER LINE ITEM STATE ASSIGN

CUSTOMER ORDER PAYMENT

CUSTOMER ORDER STATE ASSIGNMENT

CUSTOMER ORGANIZATION

CUSTOMER RESTRICTED INFO

CUSTOMER REVENUE BAND

CUSTOMER REVENUE BAND ASSIGNMENT

CUSTOMER REVENUE TYPE

CUSTOMER SCORE

CUSTOMER SEGMENT

CUSTOMER SEGMENTATION MODEL

CUSTOMER SIC ASSIGNMENT

CUSTOMER SOURCE

CUSTOMER TYPE

DATA SERVICE EVENT

DAY

DAY ACTUAL CONDITION

DAY TODATE TRANSFORMATION

DAY TRANSFORMATION

DEBT AGING BAND

DERIVED VALUE

EDUCATION

EMPLOYEE

EMPLOYEE DESIGNATION

EMPLOYEE DISCOUNT GROUP ASSIGNMENT

EMPLOYEE JOB ROLE ASSIGNMENT

EMPLOYEE JOB ROLE TYPE

EMPLOYEE DESIGNATION

EMPLOYEE RESTRICTED INFO

EMPLOYEE SCHEDULE

EMPLOYEE TRAINING RECORD

EMPLOYEE TYPE

EQUIPMENT

EQUIPMENT INSTANCE RENTING CONTRACT

EVENT ACCOUNT

EVENT GEOGRAPHY

EVENT LOCATION

EVENT PARTY INTERACTION

EVENT PARTY INTERACTION CALL

EVENT PARTY INTERACTION EMAIL

EVENT PARTY INTERACTION VISIT

EVENT PARTY PROFILE

EVENT PARTY ROLE

EVENT RESOLUTION

EXTERNAL INFORMATION SOURCE

EXTERNAL ORGANIZATION TYPE

FACTOR COMPANY

FISCAL HALF MONTH

FISCAL HALF YEAR

FISCAL MONTH

FISCAL QUARTER

FISCAL WEEK

FISCAL YEAR

FRAUD PROFILE CLASS

GENDER

GEOGRAPHY CITY

GEOGRAPHY COUNTRY

GEOGRAPHY COUNTY

GEOGRAPHY DEMOGRAPHIC GROUP

GEOGRAPHY DEMOGRAPHY ATTRIBUTE

GEOGRAPHY DEMOGRAPHY VALUE

GEOGRAPHY ENTITY

GEOGRAPHY ENTITY ASSIGNMENT

GEOGRAPHY ENTITY HIER LEVEL ASSIGNMENT

GEOGRAPHY HIERARCHY

GEOGRAPHY HIERARCHY LEVEL

GEOGRAPHY HIERARCHY LEVEL ASSIGNMENT

GEOGRAPHY LEVEL

GEOGRAPHY LEVEL ATTRIBUTE

GEOGRAPHY LEVEL ATTRIBUTE VALUE

GEOGRAPHY REGION

GEOGRAPHY STATE

GEOGRAPHY SUB REGION

GEOGRAPHY WORLD

GPRS SERVICE

HALF HOUR

HALF MONTH TODATE TRANSFORMATION

HALF MONTH TRANSFORMATION

HALF YEAR TODATE TRANSFORMATION

HALF YEAR TRANSFORMATION

HOUR

HOUSEHOLD

INITIATIVE RESULT TYPE

INITIATIVE TYPE

INTERACTION ANSWER CHOICE

INTERACTION CHANNEL

INTERACTION DIRECTION

INTERACTION QUESTION RESPONSE

INTERACTION REASON

INTERACTION RESULT TYPE

INTERACTION STATUS

INTERACTION TYPE

INVOICE

IP ADDRESS POOL

JOB

JOB ROLE

LANGUAGE

LEGAL PROCESS STATUS TYPE

LETTER TYPE

MAILBOX

MANAGE ACTION TYPE

MARITAL STATUS

MEDIA OBJECT

MUSIC DOWNLOAD

NAICS INDUSTRY SUBSECTOR

NATIONALITY

NP MOBILE MSISDN

NP REQUEST HEADER

NP REQUEST LINE ITEM

NP REQUEST LINE ITEM STATE HISTORY

NP REQUEST LINE ITEM STATE TYPE

NP REQUEST STATE HISTORY

NP REQUEST STATE TYPE

NP REQUEST TYPE

NP STEP

NUMBER AREA

NUMBER COUNTRY

ORDER LINE ITEM STATE

ORDER LINE ITEM STATE

ORDER STATUS

ORDER TYPE

ORGANIZATION AREA

ORGANIZATION BANNER

ORGANIZATION BUSINESS UNIT

ORGANIZATION CHAIN

ORGANIZATION COMPANY

ORGANIZATION CORPORATE

ORGANIZATION DISTRICT

ORGANIZATION DIVISION

ORGANIZATION REGION

OTHER INDIVIDUAL

PARTY ACCOUNT ASSIGNMENT

PARTY ACCOUNT ASSIGNMENT TYPE

PARTY ADDRESS LOCATION ASSIGNMENT

PARTY ASSIGNMENT

PARTY CONTACT INFORMATION

PARTY CONTACT LIST ROLE

PARTY CONTRACT ASSIGNMENT

PARTY CONTRACT ASSIGNMENT ROLE

PARTY CONTRACT ASSIGNMENT TYPE

PARTY EVENT TYPE

PARTY GEOGRAPHY ENTITY ASSIGNMENT

PARTY IDENTIFICATION

PARTY IDENTIFICATION TYPE

PARTY ORDER ASSIGNMENT TYPE

PARTY PROMOTION RESPONSE

PARTY ROLE ASSIGNMENT

PARTY ROLE STATUS

PARTY SEGMENTATION METHOD

PARTY SIM CARD ASSIGNMENT

PARTY STATUS CHANGE REASON

PARTY STATUS HISTORY

PARTY SUBSCRIPTION ASSIGNMENT

PAYMENT CHANNEL

PERIOD TO DATE TRANSFORMATION

PERIOD TRANSFORMATION

POSTAL SERVICE TYPE

POSTCODE

POSTPAID WIRELESS

PREPAID WIRELESS

PRICE DERIVATION RULE

PRODUCT

PRODUCT PACKAGE

PRODUCT TYPE

PROMOTION

PROMOTION RESULT TYPE

PROMOTION TERM TYPE

PROSPECT

PROSPECT INDIVIDUAL

PROSPECT ORGANIZATION

PTV FULL CHANNEL ACTIVATION

PUBLICATION TYPE

QUARTER HOUR

QUARTER TO DATE TRANSFORMATION

QUARTER TRANSFORMATION

REDEMPTION TYPE

RINGTONE

ROLES HIERARCHY

SCRIPT

SCRIPT QUESTION

SCRIPT QUESTION TYPE

SEASON

SECOND

SEGMENT CRITERIA

SEGMENT TYPE

SERVICE REQUEST

SIC ASSIGNMENT

SIC DIVISION

SIC INDUSTRY GROUP

SIM CARD SUBSCRIPTION REASON

SOC JOB

SOC JOB CATEGORY

SOC JOB GROUP

SOC JOB MAJOR GROUP

SOURCE SYSTEM

SOURCE SYSTEM KEY MAPPING

SUBSCRIBER ACTIVATION REASON

TAX EXEMPT

TIME SLOT

TIME STANDARD BY DAY

TIME STANDARD BY WEEK

USER

VALUE MEASURE

VALUE TYPE

VENDOR FACTOR COMPANY ASSIGNMENT

VIRTUAL TEAM

WEATHER CONDITION

WEEK TODATE TRANSFORMATION

WEEK TRANSFORMATION

YEAR TRANSFORMATION

Business Area: Marketing

Table 2-17 lists the logical entities for Marketing.

Table 2-17 Marketing Business Area Logical Entity

Marketing Entity List

ACCOUNT PMP PARTICIPATION HISTORY

ADVERTISING PERIOD

ADVERTISING QUARTER

ADVERTISING WEEK

ADVERTISING YEAR

AWARD LEVEL

BUSINESS HALF MONTH

BUSINESS HALF YEAR

BUSINESS MONTH

BUSINESS QUARTER

BUSINESS WEEK

BUSINESS YEAR

CALENDAR HALF MONTH

CALENDAR HALF YEAR

CALENDAR MONTH

CALENDAR QUARTER

CALENDAR WEEK

CALENDAR YEAR

CAMPAIGN

CAMPAIGN CHANNEL

CAMPAIGN CHANNEL TYPE

CAMPAIGN MANAGEMENT HISTORY

CAMPAIGN MESSAGE

CAMPAIGN MESSAGE CREATIVE

CAMPAIGN MESSAGE DEPICTION

CAMPAIGN PURPOSE TYPE

CAMPAIGN STATUS

CAMPAIGN TYPE

CONTACT LIST

CONTACT LIST CHANGE REASON

CONTACT LIST RECURRENCE TYPE

COST

DAY

DEMOGRAPHY ATTRIBUTE

DEMOGRAPHY GROUP

DSL MODEM

EMPLOYEE DESIGNATION

EMPLOYEE JOB ROLE TYPE

EMPLOYEE TYPE

EQUIPMENT

EVENT GIFT REDEMPTION

EVENT LOCATION

EVENT RESPONSE REASON

FISCAL HALF MONTH

FISCAL HALF YEAR

FISCAL MONTH

FISCAL QUARTER

FISCAL WEEK

FISCAL YEAR

GEOGRAPHY LEVEL ATTRIBUTE

INDIVIDUAL DEMOGRAPHY PROFILE

INDIVIDUAL DEMOGRAPHY VALUE

INITIATIVE TYPE

INTERACTION DIRECTION

INTERACTION REASON

INTERACTION RESULT TYPE

INTERACTION STATUS

INTERACTION TYPE

LETTER TYPE

LOYALTY PROGRAM PARTY ROLE

MANAGE ACTION TYPE

MARKET AREA

MARKET AREA LEVEL

MARKET PLAN MANAGEMENT

MARKET PLAN SUBSTITUTE BY DOC

MARKET PLAN TERM VALUE

MEDIA OBJECT

MEDIA OBJECT ASSIGNMENT

MINUTE ALLOWANCE

ORGANIZATION AREA

ORGANIZATION BANNER

ORGANIZATION BUSINESS UNIT

ORGANIZATION CHAIN

ORGANIZATION COMPANY

ORGANIZATION CORPORATE

ORGANIZATION DISTRICT

ORGANIZATION DIVISION

ORGANIZATION REGION

PARTNER PROMOTION PROGRAM

PARTY CONTACT LIST PARTICIPATION

PARTY CONTACT LIST ROLE

PARTY GEOGRAPHY ENTITY ASSIGNMENT

PARTY MANAGEMENT ROLE

PRODUCT

PRODUCT MARKET PLAN

PRODUCT PACKAGE

PRODUCT TYPE

PROMOTION

PROMOTION CLUSTER USAGE

PROMOTION CONTACT LIST UTILIZATION

PROMOTION MANAGEMENT HISTORY

PROMOTION MARKET PLAN ASSIGNMENT

PROMOTION MESSAGE RENDERING

PROMOTION RESULT TYPE

PROMOTION TERM VALUE

PUBLICATION

PUBLICATION TYPE

RETAIL STORE

SCRIPT QUESTION TYPE

SEASON

SELLING LOCATION

SOURCE SYSTEM TYPE

TARGET ACCESS METHOD

TARGET ACCOUNT

TARGET CONTRACT

TARGET GEOGRAPHY AREA

TARGET TYPE

TIME SLOT

TIME STANDARD BY DAY

TIME STANDARD BY WEEK

WEATHER CONDITION

WEEK TODATE TRANSFORMATION

WEEK TRANSFORMATION

WEEKDAY

YEAR TRANSFORMATION

Business Area: Network

Table 2-18 lists the logical entities for Network.

Table 2-18 Network Business Area Logical Entity

Network Entity List

ACCOUNT BALANCE ADJUSTMENT

ADDRESS LOCATION

ANZSIC CLASSIFICATION

BASE STATION CONTROLLER

BASE TRANSCEIVER STATION

BER FER TYPE

BROADBAND

BROADBAND RATING PLAN

BROADBAND USAGE EVENT

BUSINESS HALF MONTH

BUSINESS HALF YEAR

BUSINESS MONTH

BUSINESS QUARTER

BUSINESS WEEK

BUSINESS YEAR

CALENDAR HALF MONTH

CALENDAR HALF YEAR

CALENDAR MONTH

CALENDAR QUARTER

CALENDAR WEEK

CALENDAR YEAR

CALL DIRECTION

CALL FORWARD

CALL OTHER TYPE

CALL RECYCLED REASON

CALL SUCCESS FAILURE TYPE

CALL SURCHARGE

CALL TERMINATION REASON

CELL

CELL OUTAGE REASON

CELL SITE

CELL SITE TYPE

CELL TYPE

CIRCUIT CATEGORY

CIRCUIT COMPONENT

CIRCUIT RENTAL

CIRCUIT RENTAL EVENT TYPE

CIRCUIT TRAFFIC

CIRCUIT TYPE

CONTENT DELIVERY EVENT

DAY

DESTINATION TYPE

DISTANCE BAND

DIVERT RETRIEVE REASON

DIVERT RETRIEVE TYPE

EQUIPMENT CENTER

EVENT

EVENT ACCESS METHOD ACTIVITY

EVENT ASSIGNMENT

EVENT ASSIGNMENT REASON

EVENT ASSIGNMENT TYPE

EVENT CATEGORY

EVENT CIRCUIT RENTAL

EVENT CLASS

EVENT GEOGRAPHY

EVENT PARTY INTERACTION EMAIL

EVENT PARTY INTERACTION LETTER

EVENT PARTY INTERACTION VISIT

EVENT PREPAID MOBILE

EVENT PRODUCT PACKAGE

EVENT STATUS

EVENT SUBSCRIPTION

EVENT SUBSCRIPTION CHANGE

EVENT WEB REGISTRATION

EXTERNAL OPERATOR

FAULT RESOLUTION TYPE

FAULT TYPE

FISCAL HALF MONTH

FISCAL HALF YEAR

FISCAL MONTH

FISCAL QUARTER

FISCAL WEEK

FISCAL YEAR

FIXED LINE CALL EVENT

FIXED LINE PORT

GEOGRAPHY CITY

GEOGRAPHY COUNTRY

GEOGRAPHY REGION

GEOGRAPHY STATE

GEOGRAPHY SUB REGION

GEOGRAPHY WORLD

IDD CALL EVENT

IN PLATFORM

INTERACTION DIRECTION

INTERACTION REASON

INTERACTION RESULT TYPE

INTERACTION STATUS

INTERACTION TYPE

INTERNET ACCESS EVENT

LETTER TYPE

LOYALTY PROGRAM

MEDIATED CALL EVENT

MMS EVENT

MOBILE SWITCHING CENTER

MONTH TODATE TRANSFORMATION

MONTH TRANSFORMATION

NETWORK

NETWORK ELEMENT

NETWORK ELEMENT COST

NETWORK EVENT

NETWORK EVENT STATUS

NETWORK EVENT TYPE

NETWORK FAULT

NETWORK SERVICE COVERAGE ASSIGNMENT

NETWORK TOUCHPOINT

NETWORK TOUCHPOINT CLASS

NETWORK TOUCHPOINT STATUS

NETWORK TOUCHPOINT TYPE

NETWORK TYPE

NOTIFICATION TYPE

NUMBER NETWORK TYPE

ON OFF NET TYPE

PARTY

PARTY INTERACTION THREAD

PCU OUTAGE REASON

PEAK OFFPEAK TIME

PREPAID MOBILE EVENT TYPE

PROMOTION RESULT TYPE

PROMOTION TERM TYPE

PTV QPI SERVICE EVENT

PUBLICATION TYPE

RETAIL STORE

RF CARRIER

ROUTING DEVICE

SCRIPT QUESTION TYPE

SEASON

SERVICE CLASS

SERVICE CLASS TYPE

SERVICE COVERAGE AREA

SERVICE COVERAGE AREA TYPE

SERVICE COVERAGE GEO DETAIL

SERVICE EQUIPMENT ASSIGNMENT

SERVICE REQUEST

SMS EVENT

SWITCH

SWITCH CAPABILITY

SWITCH CAPABILITY TYPE

SWITCH COMMAND

SWITCH ROUTING DEVICE ASSIGNMENT

SWITCH TYPE

TCH TYPE

TECHNOLOGY

TECHNOLOGY TYPE

TELEPHONE NUMBER POOL

TIME BAND

TIME SLOT

TIME STANDARD BY DAY

TIME STANDARD BY WEEK

UMS ACCESS TYPE

UMS EVENT

VAS SUBSCRIPTION

VOIP CALL EVENT

VOLUME BAND

WIRELESS CALL EVENT

WIRELESS CONTENT DOWNLOADING EVENT

WIRELESS NETWORK ELEMENT

YEAR TRANSFORMATION

Business Area: Partner Management

Table 2-19 lists the logical entities for Partner Management.

Table 2-19 Partner Management Business Area Logical Entity

Partner Management Entity List

ACCESS METHOD PORTING HISTORY

APPOINTMENT TYPE

CALENDAR HALF MONTH

CALENDAR HALF YEAR

CALENDAR MONTH

CALENDAR QUARTER

CALENDAR WEEK

CALENDAR YEAR

COLLECTION AGENCY

CONTENT

CONTENT PRICE

CONTENT PRICING TYPE

CONTENT PROVIDER

CONTENT TYPE

DEAL

DEAL VENDOR ITEM ASSIGNMENT

DEALER

DEALER DISCOUNT GROUP ASSIGNMENT

DISCOUNT GROUP

EVENT PARTY ASSIGNMENT

EVENT PARTY PROFILE

FISCAL HALF MONTH

FISCAL HALF YEAR

FISCAL MONTH

FISCAL QUARTER

FISCAL WEEK

FISCAL YEAR

ISP

ISP BUSINESS

ISP BUSINESS ASSIGNMENT

ISP BUSINESS TYPE

ISP TYPE

ISP USER

NP REQUEST LINE ITEM STATE TYPE

NP REQUEST STATE TYPE

NP REQUEST TYPE

NP STEP

OPERATOR GROUP

OPERATOR TYPE

ORGANIZATION BUSINESS UNIT

PARTNER SETTLEMENT REASON

PARTY

PARTY EVENT TYPE

PARTY IDENTIFICATION

PARTY ORDER ASSIGNMENT TYPE

PROMOTION

SIC INDUSTRY GROUP

TIME SLOT

TIME STANDARD BY DAY

TIME STANDARD BY WEEK

VENDOR

VENDOR APPOINTMENT

VENDOR CLASS

VENDOR CONTRACT

VENDOR RATING

VENDOR RATING TYPE

VENDOR SITE

VENDOR SITE COURIER ASSIGNMENT

VENDOR SITE TYPE

Business Area: Product Management

Table 2-20 lists the logical entities for Product Management.

Table 2-20 Product Management Business Area Logical Entity

Product Management Entity List

ACCESSORIES

ADDITIONAL TEXT

BRAND

BROADBAND RATING PLAN

BUSINESS HALF MONTH

BUSINESS HALF YEAR

BUSINESS MONTH

BUSINESS QUARTER

CABLE MODEM

CALENDAR HALF MONTH

CALENDAR HALF YEAR

CALENDAR MONTH

CALENDAR QUARTER

CALENDAR WEEK

CALENDAR YEAR

CALLER ID

CELL

CELL SECTOR

CELL SITE

CHANGE PROPOSED BY TYPE

CHANNEL

CHANNEL TYPE

CONTENT

DISCOUNT GROUP

DOCUMENT CONDITION TYPE

DOCUMENT TYPE

EQUIPMENT

EQUIPMENT FUNCTIONALITY

EQUIPMENT FUNCTIONALITY ASSIGNMENT

EQUIPMENT INSTANCE

EQUIPMENT INSTANCE STATUS HISTORY

EQUIPMENT INSTANCE STATUS TYPE

EVENT PRODUCT PACKAGE

EVENT SIM CARD

FISCAL HALF MONTH

FISCAL HALF YEAR

FISCAL MONTH

FISCAL QUARTER

FISCAL WEEK

FISCAL YEAR

FIXED LINE

FIXED LINE RATING PLAN

GIVE AWAY TYPE

HANDSET INSTANCE

HANDSET MODEL

IDD

ITEM

ITEM TYPE

LANGUAGE

MARKET PLAN SUBSTITUTE BY DOC

MARKET PLAN TERM VALUE

MINUTE

MMS

MODEL TYPE

NAICS CLASSIFICATION

NAICS INDUSTRY

NAICS INDUSTRY GROUP

NAICS INDUSTRY SECTOR

NAICS INDUSTRY SUBSECTOR

NETWORK TOUCHPOINT

ORGANIZATION BUSINESS UNIT

ORGANIZATION ITEM SELLING PRICE

ORGANIZATION WAREHOUSE

PARTY

PAY TV

PPA CATEGORY

PPA DEDUCTION TYPE

PREPAID VOUCHER INSTANCE

PREPAID WIRELESS

PRODUCT

PRODUCT ADDITIONAL TEXT

PRODUCT ASSIGNMENT

PRODUCT ASSIGNMENT REASON

PRODUCT CAPABILITY

PRODUCT CAPABILITY TYPE

PRODUCT CAPABILITY VALUE

PRODUCT CHARGE TYPE

PRODUCT CHARGE TYPE RELATIONSHIP

PRODUCT CHARGE TYPE RLTN REASON

PRODUCT CHARGING REASON

PRODUCT FEATURE

PRODUCT FEATURE ASSIGNMENT

PRODUCT FUNCTIONALITY DEPENDENCY

PRODUCT GEOGRAPHY ASSIGNMENT

PRODUCT GROUP

PRODUCT GROUP ASSIGNMENT

PRODUCT GROUP TYPE

PRODUCT INSTANCE

PRODUCT MANAGEMENT HISTORY

PRODUCT MANAGEMENT REASON

PRODUCT MANAGEMENT ROLE

PRODUCT MARKET PLAN

PRODUCT MARKET PLAN ASSIGNMENT

PRODUCT MARKET PLAN ASSIGNMENT TYPE

PRODUCT MARKET PLAN GEOGRAPHY ASSIGNMENT

PRODUCT MARKET PLAN GROUP

PRODUCT MARKET PLAN GROUP ASSIGNMENT

PRODUCT MARKET PLAN GROUP TYPE

PRODUCT MARKET PLAN TYPE

PRODUCT NETWORK ASSIGNMENT

PRODUCT PACKAGE

PRODUCT PACKAGE ASSIGNMENT

PRODUCT PACKAGE CHARGE TYPE

PRODUCT RATING PLAN DETAIL

PRODUCT RATING PLAN TYPE

PRODUCT STATUS HISTORY

PRODUCT STATUS TYPE

PRODUCT TYPE

PRODUCT VERSION

RATING METHOD TYPE

SECURITY REQUIRED TYPE

SERVICE

SERVICE CLASS

SERVICE CLASS TYPE

SET TOP BOX

SET TOP BOX MODEL

SIM CARD

SIM CARD ACCESS METHOD ASSIGNMENT

SIM CARD HANDSET ASSIGNMENT

SIM CARD SUBSCRIPTION ASSIGNMENT

SMS

SMS RATING PLAN

SUPPLEMENTARY SERVICE

TIME BAND

TIME SLOT

TIME STANDARD BY WEEK

TV CHANNEL

VALUE ADDED SERVICE

WIRELESS RATING PLAN

YEAR TRANSFORMATION

Business Area: Provisioning and Service

Table 2-21 lists the logical entities for Provisioning and Service.

Table 2-21 Provisioning and Service Business Area Logical Entity

Provisioning and Service Entity List

ACCESS METHOD

ACCESS METHOD ASSIGNMENT TYPE

ACCESS METHOD ELEMENT TYPE

ACCESS METHOD PARTY ASSIGNMENT

ACCESS METHOD STATUS REASON

ACCESS METHOD STATUS TYPE

ACCESS METHOD TYPE

ACCOUNT

ADDRESS LOCATION

APPOINTMENT CALENDAR

BLACK LIST HISTORY

BUSINESS HALF MONTH

BUSINESS HALF YEAR

BUSINESS MONTH

BUSINESS QUARTER

BUSINESS WEEK

BUSINESS YEAR

CALENDAR HALF MONTH

CALENDAR HALF MONTH

CALENDAR HALF YEAR

CALENDAR QUARTER

CALENDAR WEEK

CALENDAR YEAR

CALL CATEGORY

CALL CENTER

CALL CENTER AGENT TYPE

CALL CENTER CASE SUB TYPE

CALL CENTER CASE TITLE

CALL CENTER CASE TYPE

CALL FORWARD

CALL ROUTING TYPE

CALL SOURCE DESTINATION

CALL TYPE

CHANGE PROPOSED BY TYPE

CONTRACT

CONTRACT TERM VALUE

COURIER

COURIER COST

CUSTOMER

CUSTOMER CLASS

CUSTOMER CLASS ASSIGNMENT

CUSTOMER ORDER

CUSTOMER SCORE

CUSTOMER SEGMENT

CUSTOMER SOURCE

CUSTOMER TYPE

DAY

EQUIPMENT

EVENT ASSIGNMENT REASON

EVENT ASSIGNMENT TYPE

EVENT CATEGORY

EVENT GEOGRAPHY

EVENT RESPONSE REASON

FIELD ACTIVITY RESULT TYPE

FIELD ACTIVITY TYPE

FISCAL HALF MONTH

FISCAL HALF YEAR

FISCAL MONTH

FISCAL QUARTER

FISCAL WEEK

FISCAL YEAR

GEOGRAPHY CITY

GEOGRAPHY COUNTY

GEOGRAPHY REGION

GEOGRAPHY STATE

GEOGRAPHY SUB REGION

GEOGRAPHY WORLD

INTERACTION DIRECTION

INTERACTION REASON

INTERACTION RESULT TYPE

INTERACTION STATUS

INTERACTION TYPE

ISP USAGE EVENT

ITEM

LETTER TYPE

MANAGE ACTION TYPE

MARKET PLAN MANAGEMENT

MARKET PLAN SUBSTITUTE BY DOC

MARKET PLAN TERM VALUE

NETWORK EVENT

NP REQUEST LINE ITEM STATE HISTORY

NP REQUEST STATE TYPE

NP REQUEST TYPE

NP STEP

ORDER STATUS

ORDER TYPE

ORGANIZATION AREA

ORGANIZATION BANNER

ORGANIZATION BUSINESS UNIT

ORGANIZATION CHAIN

ORGANIZATION COMPANY

ORGANIZATION CORPORATE

ORGANIZATION DISTRICT

ORGANIZATION DIVISION

ORGANIZATION REGION

OTHER INDIVIDUAL

PARTY AM PMP ASSIGNMENT HISTORY

PARTY AM PMP ASSIGNMENT STATUS

PARTY CONTACT LIST ROLE

PARTY SIM CARD ROLE

PMP ORGANIZATION AVAILABILITY

PREPAID VOUCHER

PREPAID WIRELESS

PRODUCT

PRODUCT MARKET PLAN

PRODUCT MARKET PLAN ASSIGNMENT

PRODUCT MARKET PLAN GEOGRAPHY ASSIGNMENT

PRODUCT PACKAGE

PRODUCT RATING PLAN

PRODUCT RATING PLAN DETAIL

PRODUCT TYPE

PROMOTION RESULT TYPE

PROMOTION TERM TYPE

PTV USAGE EVENT

PUBLICATION TYPE

SCRIPT QUESTION TYPE

SEASON

SERVICE

SERVICE CLASS

SERVICE CLASS TYPE

SERVICE REQUEST

SIM CARD ACCESS METHOD REASON

SIM CARD ACTIVATION REASON

SIM CARD ACTIVATION TYPE

SIM CARD SUBSCRIPTION REASON

SIM CARD TYPE

SUBSCRIBER ACTIVATION REASON

SUBSCRIPTION

TIME SLOT

TIME STANDARD BY DAY

TIME STANDARD BY WEEK

UMS ACCESS TYPE

VOICE MESSAGE SERVICE

WIRELESS NETWORK ELEMENT

YEAR TRANSFORMATION

Business Area: Revenue

Table 2-22 lists the logical entities for Revenue.

Table 2-22 Revenue Business Area Logical Entities

Revenue Entity List

ACCESS METHOD

ACCESS METHOD TYPE

ACCOUNT ACCOUNTING CYCLE HISTORY

ACCOUNT PAYMENT

ACCOUNT PREFERRED PAYMENT METHOD

ACCOUNT REFUND

ADDRESS LOCATION

BUSINESS HALF MONTH

BUSINESS HALF YEAR

BUSINESS MONTH

BUSINESS QUARTER

BUSINESS WEEK

BUSINESS YEAR

CALENDAR HALF MONTH

CALENDAR HALF YEAR

CALENDAR MONTH

CALENDAR QUARTER

CALENDAR WEEK

CALENDAR YEAR

CAMPAIGN

CAMPAIGN TYPE

CELL

CELL SITE

COLLECTION AGENCY

COMMISSION TYPE

CONTRACT

CURRENCY EXCHANGE RATE

CUSTOMER

CUSTOMER CLASS

CUSTOMER CLASS ASSIGNMENT

CUSTOMER SCORE

CUSTOMER SEGMENT

CUSTOMER SOURCE

CUSTOMER TYPE

DAY

DEBT AGING BAND

DEBT COLLECTION

DEBT COLLECTION ASSIGNMENT

DEBT COLLECTION ASSIGNMENT BATCH

DIRECT DEBIT STATUS REASON

EQUIPMENT

EVENT FINANCIAL

EVENT INVOICE DELIVERY

EVENT LOYALTY PROGRAM

EVENT LOYALTY PROGRAM ACCUMULATION

EVENT LOYALTY PROGRAM REDEMPTION

FACTOR COMPANY

FISCAL HALF MONTH

FISCAL HALF YEAR

FISCAL MONTH

FISCAL QUARTER

FISCAL WEEK

FISCAL YEAR

FRAUD PROFILE CLASS

GEOGRAPHY CITY

GEOGRAPHY COUNTRY

GEOGRAPHY COUNTY

GEOGRAPHY REGION

GEOGRAPHY STATE

GEOGRAPHY SUB REGION

GEOGRAPHY WORLD

GL REFERENCE

INVOICE

INVOICE ADJUSTMENT

INVOICE ADJUSTMENT QUOTA

INVOICE ADJUSTMENT REASON

INVOICE ADJUSTMENT TYPE

INVOICE DELIVERY TYPE

INVOICE DISCOUNT

INVOICE DISCOUNT REASON

INVOICE DISCOUNT TYPE

INVOICE ITEM

INVOICE ITEM DETAIL

INVOICE ITEM DETAIL TYPE

INVOICE ITEM TYPE

INVOICE PAYMENT TERM

INVOICE PAYMENT TERM TYPE

INVOICE TYPE

IP ADDRESS POOL

LANGUAGE

LOYALTY PROGRAM CHANNEL

LOYALTY PROGRAM EVENT CATEGORY

LOYALTY PROGRAM EVENT TYPE

LOYALTY PROGRAM PARTY ROLE

LOYALTY PROGRAM POINTS BALANCE

NETWORK

NETWORK ELEMENT

NETWORK TYPE

ORGANIZATION AREA

ORGANIZATION BANNER

ORGANIZATION BUSINESS ENTITY

ORGANIZATION BUSINESS UNIT

ORGANIZATION BUSINESS UNIT TYPE

ORGANIZATION CHAIN

ORGANIZATION COMPANY

ORGANIZATION CORPORATE

ORGANIZATION DISTRICT

ORGANIZATION DIVISION

ORGANIZATION HIERARCHY

ORGANIZATION HIERARCHY LEVEL

ORGANIZATION HIERARCHY LEVEL ASSIGNMENT

ORGANIZATION HIERARCHY VERSION

ORGANIZATION ITEM SELLING PRICE

ORGANIZATION LEVEL

ORGANIZATION LEVEL ATTRIBUTE VALUE

ORGANIZATION LEVEL ATTRIBUTES

ORGANIZATION MARKET DATA

ORGANIZATION REGION

ORGANIZATION SERVICE WEBSITE

ORGANIZATIONAL DEMOGRAPHY VALUE

PARTY LOYALTY PROGRAM PARTICIPATION

PAYMENT METHOD TYPE

PAYMENT TRANSACTION TYPE

PREPAID RECHARGE

PRODUCT

PRODUCT CHARGE TYPE

PRODUCT PACKAGE

PRODUCT RATING PLAN

PRODUCT TYPE

PROMOTION

PROMOTION TYPE

RECHARGE REVENUE SLAB

SALES CHANNEL

SALES CHANNEL REPRESENTATIVE

SALES COMMISSION DETAIL

SALES COMMISSION PAYROLL

SALES COMMISSION PLAN

SALES COMMISSION PLAN DETAIL

SUBSCRIPTION

SUBSCRIPTION ASSIGNMENT

SUBSCRIPTION ASSIGNMENT TYPE

SUBSCRIPTION EVENT TYPE

SUBSCRIPTION PMP ASSIGNMENT

SUBSCRIPTION SERVICE CLASS ASSIGNMENT

SUBSCRIPTION STATUS

SUBSCRIPTION STATUS CATEGORY

SUBSCRIPTION STATUS HISTORY

SUBSCRIPTION STATUS REASON

SUBSCRIPTION TERM TYPE

SUBSCRIPTION TERM VALUE

SUBSCRIPTION TYPE

TAX EXEMPT

TIME SLOT

TIME STANDARD BY DAY

TIME STANDARD BY WEEK

YEAR TRANSFORMATION

Logical Data Model Entity Dictionary

Table 2-23 through Table 2-29 list the logical data model entities, in alphabetical order.

Table 2-23 A to C Entity Descriptions

Entity Name
Type
Description

ACCESS METHOD

Reference

Methods that a customer accesses or utilizes a service. For example:

Fixed Line telephone numbers

Wireless telephone numbers

xDSL account

IDD Calling card number

ACCESS METHOD ACCOUNT ASSIGNMENT

Reference

Assigns ACCESS METHODs to an account.

ACCESS METHOD ASSIGNMENT TYPE

Lookup

Type of relationship between two ACCESS METHODs. For example:

Replace

Bind together

ACCESS METHOD ASSIGNMENT

Reference

Assignment of an ACCESS METHOD to a related ACCESS METHOD.

ACCESS METHOD ELEMENT

Reference

The ACCESS METHOD may be split into multiple elements for better management. Each element is a segment in the ACCESS METHOD, which represents a group of access methods. For example, for the access method for a phone number, where access method elements are:

Country code

Area code

Local number

ACCESS METHOD ELEMENT TYPE

Lookup

Lookup for type of ACCESS METHOD ELEMENT. For example:

Country code of phone number

Area code of phone number

ACCESS METHOD EQUIPMENT ASSIGNMENT

Reference

How the access method binds to an equipment instance. For example:

Cell phone number binds onto a cell phone

Login code binds to a modem

ACCESS METHOD GEOGRAPHY ASSIGNMENT

Reference

Assigns the access method to a geographic region.

ACCESS METHOD PARTY ASSIGNMENT

Reference

Assigns access method to a party.

ACCESS METHOD PARTY ASSIGNMENT TYPE

Lookup

Lookup for type of relationship between ACCESS METHOD and PARTY. For example:

Management

Owned by

The management type of access method party relationship specifies that an employee may be responsible for the maintenance of a group of access methods.

ACCESS METHOD POOL

Reference

The logical network resources. For example:

Telephone number

IP address

ACCESS METHOD PORTING HISTORY

Base

The history of access methods that the customer brought to the operator from another telecom operator, according to the number porting scheme.

ACCESS METHOD SEGMENT

Reference

Segments of ACCESS METHODs defined for usage tracking. For example:

Phone number may have the segments: Country_Code + Area_Code + Local_Number

IP address may have the segments: Type A, B, C, D, E subnetwork

ACCESS METHOD SEGMENT PROD CAPABILITY RL

Reference

The relationship between ACCESS METHOD SEGMENT and PRODUCT CAPABILITY to define which product capabilities require which access method segment.

ACCESS METHOD SERVICE ASSIGNMENT

Reference

Defines the relationship between a SERVICE and an ACCESS METHOD. For example, which service (gsm voice) is using which mobile number.

ACCESS METHOD STATUS HISTORY

Base

The status of an ACCESS METHOD. Defines both current status and historical status. For example:

Active

Suspended

Deactivated

ACCESS METHOD STATUS REASON

Lookup

Lookup for available reasons an ACCESS METHOD may have a change in status.

For example:

Customer relocation

Suspension due to late-payment

ACCESS METHOD STATUS TYPE

Lookup

Lookup for available ACCESS METHOD status types and descriptions. For example:

Active

Inactive

Suspended

Future Activated

ACCESS METHOD SUBSCRIPTION ASSIGNMENT

Reference

Assigns ACCESS METHOD(s) to a SUBSCRIPTION.

ACCESS METHOD TYPE

Lookup

Lookup for ACCESS METHOD type: Defines the types of methods by which a customer may use or access services or products. For example:

Fixed Line telephone numbers

Wireless telephone numbers

xDSL account

IDD Calling card number

ACCESSORIES

Reference

The accessories that may be purchased from the service provider in addition to the item, product, or service. For example:

Handset chains

Starter kit

Headset (earphones)

USB Cable

ACCOUNT

Reference

The account is generated by a contract between service provider and customer. For the service provider hosting different network, including CDMA, GSM, broadband, and others, one customer may have a different account for a different network or can be unified.

Once set up, a customer can use account for self service from the Web site or from a Service Provider terminal. In this case the account is normally protected by a password.

ACCOUNT ASSIGNMENT TYPE

Reference

The type of relationship between two ACCOUNTs. For example, a corporate account has several affiliated accounts.

ACCOUNT ACCOUNTING CYCLE HISTORY

Base

Billing cycle status history for ACCOUNTs.

ACCOUNT ADJUSTMENT REASON

Lookup

Lookup of all the reasons for adjustments. For example:

Goodwill

Agreement after complaint

ACCOUNT ASSIGNMENT

Reference

Relationship assignments between ACCOUNTs. For example, parent and child accounts.

ACCOUNT ASSIGNMENT REASON

Lookup

Lookup for available reasons ACCOUNTs may be related.

ACCOUNT BALANCE ADJUSTMENT

Base

Contains the list of all adjustments to any account balance. These are pure adjustments and not just additional payments or costs. An account balance adjustment is usually related to the party interaction thread.

ACCOUNT BALANCE ADJUSTMENT TYPE

Lookup

Lookup of all the types of adjustments. For example:

Free Monthly Fee

Free Service

Direct credit amount

ACCOUNT BALANCE BUCKET

Base

Tracks the expire date and recharge date for each “Bucket” of the prepaid balance.

ACCOUNT BALANCE GROUP

Reference

The balance group concept allows one account to have multiple balance groups, which applies to different groups of services. For example, some special discounts, or monetary balance, can be given for wireless calls, but not for fixed line service.

ACCOUNT BALANCE HISTORY

Base

Balance history of ACCOUNT subjected to the primary currency. The balance value was classified by the balance type. For example:

Monetary value deposit

Free allowance minutes balance over wireless call

ACCOUNT BALANCE IMPACT

Base

The account balance change details, because of a specific event. For example:

Account payment

Rated network event

ACCOUNT BALANCE MONTH DRVD

Derived

Daily aggregate of free minutes allowance (PPA) for ACCOUNT and PRODUCT MARKET PLAN.

ACCOUNT BALANCE TRANSFER

Base

The Peer to Peer balance transfer between two ACCOUNTs. One ACCOUNT can transfer credit, including free minutes, into another ACCOUNT.

ACCOUNT BALANCE TYPE

Lookup

Type of account balance. For example:

Broadband

PTV

Wireless free call allowance

ACCOUNT BILLING CYCLE HISTORY

Reference

Billing cycle status history for ACCOUNTs.

ACCOUNT BILLING FREQUENCY HISTORY

Reference

Billing frequency history for ACCOUNTs.

ACCOUNT BILLING OCCURRENCE

Reference

Specifies each billing occurrence for an ACCOUNT. A billing occurrence may be triggered by a predefined billing cycle or some other event such as account termination. In a single account billing occurrence there may be multiple invoices generated.

ACCOUNT BILLING PERIOD HISTORY

Reference

Billing period history for ACCOUNTs.

ACCOUNT BUSINESS INTERACTION ROLE

Reference

The business interaction role which can be assigned by a Customer Account.

ACCOUNT CONTRACT RELATIONSHIP

Reference

Assignment of ACCOUNT to a CONTRACT.

ACCOUNT COST

Base

Subtype of COST, which associates a specific incurred cost to an ACCOUNT (through an EMPLOYEE).

ACCOUNT CREDIT LIMIT

Base

Credit limit assigned to an account, subscription, or contract.

ACCOUNT DEBT DAY DRVD

Derived

The summarized daily debt status for each account.

ACCOUNT DEBT MONTH AGGR

Aggregate

Derived from ACCOUNT DEBT DAY DRVD. The summarized monthly debt status for each CUSTOMER TYPE.

ACCOUNT DEBT WRITE OFF

Base

The transaction to write off debt, and clear it out from accounts receivable.

ACCOUNT EVENT TYPE

Lookup

Lookup for account event types.

ACCOUNT MANAGEMENT HISTORY

Base

Subtype of PARTY ACCOUNT ASSIGNMENT. The account management history tracks the management relationship from employee to the accounts, including account creation, through sales channel, and accounts update or termination.

ACCOUNT PARTY PMP RELATIONSHIP

Reference

Assigns accounts and parties to PRODUCT MARKET PLAN.

ACCOUNT PAYMENT

Base

Allocations of funds from a receipt made by a party to an account. The receipt of a single sum from a party as a credit against an outstanding balance for the provision and supply of products or services.

ACCOUNT PAYMENT BALANCE IMPACT

Base

The ACCOUNT BALANCE IMPACT originated from ACCOUNT PAYMENTs.

ACCOUNT PAYMENT DAY DRVD

Derived

Daily aggregation of payments made by all customers.

ACCOUNT PAYMENT METHOD STATUS

Base

Status history of each account preferred payment method. For example:

Active

Inactive

Invalid

ACCOUNT PAYMENT METHOD STATUS HIST AGGR

Aggregate

Collects all changes to the payment method status and the reason of the changes over time.

ACCOUNT PAYMENT METHOD STATUS HIST DRVD

Derived

Collects the changes on payment method status.

ACCOUNT PAYMENT METHOD STATUS REASON

Lookup

Lookup for specific status of the account payment method. For example:

Activated

Deactivated

Disabled

ACCOUNT PAYMENT METHOD STATUS TYPE

Lookup

Lookup for types of ACCOUNT PAYMENT METHOD STATUS. For example:

Active

Inactive

Payment Rejected

ACCOUNT PAYMENT MONTH AGGR

Aggregate

Monthly summary of payments made by all customers.

ACCOUNT PMP PARTICIPATION HISTORY

Base

Defines the history of how account uses the PRODUCT MARKET PLAN.

ACCOUNT PREFERRED INVOICE DELIVERY

Reference

The preferred invoice delivery type history for account.

ACCOUNT PREFERRED PAYMENT METHOD

Reference

Contains preferred payment methods for the account.

ACCOUNT PROFILE

Reference

Records more details about the account.

ACCOUNT RECHARGE

Base

The recharge (refill) made into the customer account.

ACCOUNT REFUND

Base

The customer refund is the money transferred back to customer account, which is normally based on an invoice adjustment.

ACCOUNT REFUND DAY DRVD

Derived

The daily summary of refund to customers and the impacts to revenue.

ACCOUNT REFUND MONTH AGGR

Aggregate

The monthly summary of refunds to customers and the impacts to revenue.

ACCOUNT REFUND REASON

Lookup

Lookup for the reasons why a refund may occur. For example:

Invoice Adjustment

Tax Refund

ACCOUNT ROLE TYPE

Lookup

The type of ACCOUNT ROLEs, for example, primary account, secondary account, and so on.

ACCOUNT SEGMENT

Reference

The segments identifying distinct groupings of accounts with similar characteristics. The account segments are typically generated from the data mining analysis.

ACCOUNT SEGMENT ASSIGNMENT HISTORY

Reference

Assign account segment to each account.

ACCOUNT SEGMENTATION MODEL

Reference

Used to cluster the account.

ACCOUNT STATISTIC DRVD

Derived

Account statistics for each account. One account normally has multiple SUBSCRIPTIONs, and CONTRACTs, all values on which are summed into the account level. Any deleted or blocked accounts are also included and are deemed as Churned, regardless of whether the deletion or block was voluntary.

ACCOUNT STATISTIC TYPE AGGR

Aggregate

Account statistical information at higher level by CUSTOMER TYPE.

ACCOUNT STATUS DRVD

Derived

The status change information about all accounts at every month.

ACCOUNT STATUS HISTORY

Base

The history of account status change, including activation, suspension, and so on.

ACCOUNT STATUS REASON

Lookup

Lookup for account status reasons, or possible reasons a given account status has been changed.

ACCOUNT STATUS TYPE

Lookup

Lookup for account status types.

ACCOUNT STATUS TYPE AGGR

Aggregate

Account statistical information at a higher level by customer type.

ACCOUNT SUBSCRIPTION ASSIGNMENT

Reference

History of subscriptions by an account.

ACCOUNT SUBSCRIPTION ASSIGNMENT REASON

Lookup

Each account to subscription relationship may have a reason associated with it. For example:

Warrant account

Payment account

ACCOUNT TYPE

Lookup

Lookup for account type. For example:

Prepaid

Postpaid

ACCOUNTING CYCLE

Lookup

Internal Billing cycle which is used to calculate the usage amount and update the account balance for accounting GL purpose.

ACCOUNTING ITEM CATEGORY

Lookup

Lookup for categories that can be associated with incurred costs. For example:

Operations

Staffing

Supplies

ADDITIONAL TEXT

Reference

Additional text can save multiple lingual notes or comments for products, parties, and other information.

ADDRESS LOCATION

Reference

Address details for physical or mailing address.

ADDRESS LOCATION NAME

Reference

Tracks other names used by the same ADDRESS LOCATION.

ADDRESS RELATED

Reference

Entity associates addresses with other addresses. Addresses can be associated in many ways. For example, one address is an alternate for another address for those locations with multiple addresses.

ADDRESS RELATED REASON

Lookup

Lookup for reasons addresses may be related.

ADDRESS RELATED TYPE

Lookup

Lookup for the type of relationship between two addresses.

ADDRESS STATUS

Base

Current status of an address location. For example:

Active

Current

Changed

Old address

ADDRESS STATUS REASON

Lookup

Lookup for the reason for a change to the current ADDRESS STATUS.

ADDRESS TYPE

Lookup

Lookup for address types. For example:

Home

Office

Warehouse

Billing

ADVERTISING PERIOD

Reference

Defines an advertising period.

ADVERTISING QUARTER

Reference

Defines a quarter in an advertising calendar.

ADVERTISING WEEK

Reference

Defines a week in an advertising calendar.

ADVERTISING YEAR

Reference

Defines a year in an advertising calendar.

AGE BAND

Lookup

Lookup to bin the customer into different groups according age. For example:

0~20 years

20~30 year

40-50 years

50-60 years

AGE ON NET BAND

Lookup

Defines subscriber life cycle ranges. For example:

0-1 month

1-2 months

AGGREGATION INTERFACE

Reference

Defines a DEVICE INTERFACE that functions as an Aggregation Interface; that is, an interface on the aggregation portion of the network. The objective of this role is to enable the definition of POLICYs such that all Aggregation Interfaces in a particular Domain can receive the same common configuration commands.

ALLOWANCE SBRP PRICE ALTERNATION

Reference

An allowance, a number of something allowed before charging begins, for a SUBSCRIPTION.

AMERICAN PROPERTY ADDRESS

Reference

The Property Address format used in USA.

ANZSIC CLASSIFICATION

Reference

The SIC code used in Australia and New Zealand.

APPOINTMENT

Base

The appointment between two parties to define a future time for conducting businesses. For example:

A customer visit appointment, between a sales representative and a customer.

A technical support appointment between a customer and an engineer.

APPOINTMENT CALENDAR

Base

Appointments assigning times for vendor or provider to deliver or provide a service.

APPOINTMENT TYPE

Lookup

Lookup for appointment types. For example:

Recurring

Scheduled

ARPU BASE CUSTOMER TYPE AGGR

Aggregate

The monthly summary of revenue values for ARPU calculation on CUSTOMER TYPE level.

ARPU BASE DRVD

Derived

The monthly summary of revenue values and revenue value components along with the subscriber base count; used to calculate the ARPU values.

ARPU BAND

Lookup

Average Revenue per Unit Band definitions. For example:

$0-100

$101-200

ASSET

Reference

Any tangible or intangible economic resource, owned by the operator, which may be of interest to the financial status of the operator. For example, an asset may be a network element, for example routers, switches, or a business asset like land, building, or patent, and so on.

ASSET APPRAISAL HISTORY

Base

The valuation history of the ASSET.

ASSET CONDITION HISTORY

Base

The condition history of an ASSET, as inspected by an internal employee or a contractor. This is important for vehicles or buildings.

ASSET DEPRECIATION HISTORY

Base

The financial depreciation history of a given ASSET.

ASSET PARTY ASSOCIATION

Reference

The relationship between a PARTY and an ASSET.

ASSET SITE ASSIGNMENT

Reference

The history of locations of each ASSET. An ASSET may be moved among different SITEs in its life cycle.

ASSET TYPE

Lookup

The Type of ASSET. For example:

Land

Building

Computer

ATM INTERFACE

Reference

Asynchronous Transfer Mode (ATM), is a network technology based on transferring data in cells of a fixed size. The cell used with ATM is relatively small compared to that used with older technologies. In principle, the small, constant cell size allows ATM equipment to transmit video, audio, and computer data over the same network, and assure that no single type of data can dominate network traffic. ATM creates a fixed route between two points whenever data transfer begins. This differs from TCP/IP, in which messages are divided into packets and each packet can take a different route from source to destination. This difference makes it easier to track and bill data usage across an ATM network, but it makes it less adaptable to sudden surges in network traffic.

AUTONOMOUS SYSTEM

Reference

An Autonomous System (AS) provides a structured view of routing by segregating the system that is using routing. For example:

The Internet

A corporate intranet

Company extranet

This segregates the system into a set of separately administered domains and each has its own independent routing policies. This is defined in RFC1771.

AUXILIARY COMPONENT

Reference

This entity represents managed entities, such as power supplies, fans, and cables, which are required for the proper operation of the Device but have a primary function that is different than the primary end-user function(s) of the Device.

The difference between Auxiliary Components and other subclasses of EQUIPMENT are whether the physical object performs a function intrinsic to the main function of the Device. For example, consider a ROUTER. The routers main function is to route and forward packets. A Power Supply is an Auxiliary Component, because even though it is needed for the proper operation of the ROUTER, it does not directly help in routing and forwarding packets. A Line Card, that provides routing functionality, is a subclass of EQUIPMENT because its purpose is to route and forward packets. Similar examples exist for different types of equipment, where their criteria may be different. For example, instead of whether it routes or forwards packets, the criterion "does it carry signal" may be useful to appropriately classify components.

AWARD LEVEL

Lookup

The level of customer's loyalty, based on the LOYALTY PROGRAM and ability to contribute to the revenue of the carrier. For example:

Platinum

Gold

Silver

Bronze

BANK

Reference

Bank information that may be used in transactions.

BANK DIRECT DEBIT CHANNEL

Reference

Subtype of the PAYMENT CHANNEL, which tracks various bank channels where customers can pay by direct debt method.

BARING REASON

Lookup

Lookup defining reasons a customer may be banned from using a service.

BASE DAY

Reference

The abstracted information about a day, which serves as a base for DAY.

BASE STATION CONTROLLER

Reference

Subtype of NETWORK ELEMENT, which lists the Base Station Controller (BSC) of the network. The Base Station Controller provides, classically, the intelligence behind the BASE TRANSCEIVER STATION (BTS)s. Typically a BSC has tens or hundreds of BTSs under its control. The BSC handles allocation of radio channels, receives measurements from the mobile phones, and controls handovers from BTS to BTS.

BASE TRANSCEIVER STATION

Reference

Base Transceiver Station (BTS) is the equipment which facilitates the wireless communication between User Equipment (UE) and the network.

BER FER ERROR RATIO DAY DRVD

Derived

Daily BER (Bit Error Rate) and FER (Frame Error Rate) statistics about the network elements.

BER FER ERROR RATIO MONTH AGGR

Aggregate

Monthly BER (Bit Error Rate) and FER (Frame Error Rate) statistics about the network elements.

Derived from BER FER ERROR RATIO DAY DRVD.

BER FER TYPE

Lookup

Lookup to indicate the statistics value for BER (Bit Error Rate) or FER (Frame Error Rate).

BILLING CYCLE

Lookup

Documents each billing run/cycle. Typically the billing cycle is per month. Sometimes a customer may be billed at a different date inside the billing cycle. For example:

The first day of month

10th day of month

BILLING FREQUENCY

Lookup

The billing frequency specifies the number of billing periods that comprise the billing cycle.

BILLING OCCURRENCE TYPE

Lookup

Type of billing occurrence which could be classified by the trigger type. For example:

Triggered by customer inquiry.

Triggered by automatic billing cycle.

BILLING PERIOD

Lookup

The billing period specifies the unit to be used to calculate the billing cycle (such as days or months).

BILLING STATUS CATEGORY

Lookup

Lookup for category of billing status. For example:

Successfully Billed

Failure to Bill

BILLING STATUS REASON

Lookup

Lookup for reasons why the NETWORK EVENT is at certain billing status. For example:

Wrong format

Missing account information

BILLING STATUS TYPE

Lookup

Lookup for the status type of billing result, including the reasons. For example:

Incorrect_data_failed

Incorrect_user_not_found

Successful

BLACK LIST HISTORY

Base

History of all black-listed customers.

BRAND

Reference

The brands associated with hardware (usually this applies for handsets, but also for ITEMs).

BRIDGING PROTOCOL

Reference

Bridging Protocols operate at the data link layer of the OSI model, and are used to define communications over different types of homogeneous and heterogeneous local area networks.

BROADBAND

Reference

Broadband is subtype of PRODUCT service. Describes the characteristics specific to the broadband product.

BROADBAND RATING PLAN

Reference

Subtype of PRODUCT RATING PLAN applied to BROADBAND product.

BROADBAND SERVICE

Reference

Broadband service is subtype of SERVICE, to track the broadband services used by the user.

BROADBAND USAGE EVENT

Base

The broadband network usage event, normally implemented as a period while customer is connected to the network. This is charged based on time usage.

Some internet connection product might charge by data volume.

BROWSER TYPE

Lookup

Lookup for brand of client browser. For example:

Internet Explorer

Firefox

BROWSER VERSION

Reference

Version of customer browser, such as Internet Explorer 6.0, Firefox 3.6, and so on.

BUNDLED NETWORK EVENT

Base

A detailed product bundle usage event. A bundled network event is comprised of other Product Usage event(s), that may be either Product Bundle Usage or Product Component Usage.

BUSINESS ASSET

Reference

Any business asset that may be of financial interest to the operator. For example:

Land

Buildings

Equipment, such as office computers

Note: the equipment which is part of the network is in the entity: NETWORK ELEMENT

BUSINESS HALF MONTH

Reference

Defines month-in-half in a business calendar.

BUSINESS HALF YEAR

Reference

Defines half year in a business calendar.

BUSINESS INTERACTION

Reference

Describes an arrangement, contract, communication, or joint activity between one or more PARTY ROLEs, Element Roles, or Customer Accounts. A Business Interaction may consist of one or more BUSINESS INTERACTION ITEMs. A BUSINESS INTERACTION ITEM may refer to a Product, Service, Element, or one of their specifications. A Business Interaction is further defined by one or more Places. One Business Interaction may reference another Business Interaction and one BUSINESS INTERACTION ITEM may reference another BUSINESS INTERACTION ITEM on the same or different Business Interaction.

There are five types of Business Interactions:

Requests

Responses

Notifications

Agreements

Instructions

BUSINESS INTERACTION ASSIGNMENT

Reference

Defines the relationship between two BUSINESS INTERACTIONs.

BUSINESS INTERACTION ASSIGNMENT TYPE

Lookup

Interaction type such as subordinate business interaction.

BUSINESS INTERACTION CHARACTERISTIC

Reference

A characteristic quality or distinctive feature of a BUSINESS INTERACTION.

BUSINESS INTERACTION CHARACTERISTIC TYPE

Lookup

Type of BUSINESS INTERACTION CHARACTERISTIC.

BUSINESS INTERACTION CHARACTERISTIC VALUE

Reference

A value of a BUSINESS INTERACTION CHARACTERISTIC.

BUSINESS INTERACTION ITEM

Base

The purpose for the Business Interaction expressed in terms of a Product Type, PRODUCT MARKET PLAN, Service Type, or NETWORK ELEMENT TYPE or may refer to a Product, Service, or NETWORK ELEMENT. The detail items included in the BUSINESS INTERACTION.

BUSINESS INTERACTION ITEM PRICE

Base

This is the actual price charged to the BUSINESS INTERACTION ITEM, despite the original list and discount price from product setting.

An amount associated with a BUSINESS INTERACTION ITEM that is valued by the associated PMP Price

BUSINESS INTERACTION LOCATION ASSIGNMENT

Reference

The BUSINESS INTERACTION ROLE which can be assigned to an address. For example:

Billing address

Shipment address

BUSINESS INTERACTION PAYMENT ASSIGNMENT

Base

The association between a payment and BUSINESS INTERACTION. For example, a payment for a contract or a customer order.

BUSINESS INTERACTION ROLE

Reference

The roles which can be played by PARTY or other business interaction elements like Resource, and so on.

BUSINESS INTERACTION STATUS HISTORY

Base

The status history of a BUSINESS INTERACTION. For example:

Submitted

Closed

Cancelled

BUSINESS INTERACTION STATUS REASON

Lookup

The reason to explain why a BUSINESS INTERACTION has had a change in status.

BUSINESS INTERACTION STATUS TYPE

Lookup

Lookup for available BUSINESS INTERACTION status types and descriptions. For example:

Active

Closed

BUSINESS INTERACTION TYPE

Lookup

Type of BUSINESS INTERACTION. For example:

Customer Order

Contract

BUSINESS INTERACTION VERSION

Reference

Represents the ability to distinguish between different instances of ElementSpecifications. It represents a particular form or variety of a ElementSpecification that is different from others or from the original. The form represents differences in attributes, methods, relationships, or constraints that characterize this particular ElementSpecification, but which are not enough to warrant creating a new ElementSpecification.

BUSINESS LEGAL STATUS

Lookup

The legal status of the company. For example, a Public Company, Private, and so on.

BUSINESS MONTH

Reference

Defines month in a business calendar.

BUSINESS QUARTER

Reference

Defines quarter in a business calendar.

BUSINESS UNIT JOB ROLE

Reference

Assigns job roles to a business unit within the organization.

BUSINESS UNIT SHIFT

Reference

Work shift associated with the Business Unit, mapped to the Employee job roles for the allocation for these shifts.

BUSINESS WEEK

Reference

Defines week in a business calendar.

BUSINESS YEAR

Reference

Defines year in a business calendar.

CABLE

Reference

A container of conductors or fibres. At least two connectors are attached to a cable.

CABLE MODEM

Reference

Subtype of EQUIPMENT INSTANCE, which collects all cable modem instances installed at customer's site connecting to the network of the Communications Service Provider.

CALENDAR HALF MONTH

Reference

Defines month-in-half in a Gregorian or Normal Calendar.

CALENDAR HALF YEAR

Reference

Defines half year in a Gregorian or Normal Calendar.

CALENDAR MONTH

Reference

Defines month in a Gregorian or Normal Calendar.

CALENDAR QUARTER

Reference

Defines quarter in a Gregorian or Normal Calendar.

CALENDAR WEEK

Reference

Defines weeks in a Gregorian or Normal Calendar.

CALENDAR YEAR

Reference

Defines years in a Gregorian or Normal Calendar.

CALL CATEGORY

Lookup

Lookup for call categories. For example: Data, Fax, or Voice.

CALL CENTER

Reference

Defines call centers for a carrier or provider.

CALL CENTER AGENT

Reference

Agents of a call center.

CALL CENTER AGENT TYPE

Lookup

Lookup for call center agent types. For example: Employee or IVR.

CALL CENTER CALL DAY DRVD

Derived

The daily aggregate of customer call statistics from the call center. The customer calls are analyzed for the time of the call, duration of the call, subscriber or non-subscriber calling, and the call direction.

CALL CENTER CALL MONTH AGGR

Aggregate

Monthly summary of customer call statistics for the call center.

CALL CENTER CASE DAY DRVD

Derived

Statistics for all the cases initiated or resolved by the call center. For example:

Customer Compliant

Customer Inquiry

CALL CENTER CASE MONTH AGGR

Aggregate

Monthly summary of statistics for all the cases initiated or resolved by the call center.

CALL CENTER CASE SUB TYPE

Lookup

Lookup to further characterizes the type of cases from the call center. The case subtype helps to split a given case type into various subtypes. For example, for the case type, "Srv: Service Request", the subtype could be classified as "Package Upgrade", "Package Downgrade", "Simple Contract Renewal", or "Onsite Support".

CALL CENTER CASE TITLE

Lookup

Further classifies the CALL CENTER CASE SUB TYPE. For example, for call center case type "Service Request", and call center case subtype "Technical Support", the call center case title could be:

Handset Technical Support

Product Usage Technical Support

Network Fault Technical Support

CALL CENTER CASE TYPE

Lookup

Lookup for type of call center cases. For example:

Cmpl: Complaint

Inqry: Inquiry

Srv: Service Request

CALL CENTER SERVICE CAPABILITY

Reference

Assigns to the CALL CENTER, the languages, products, or geographical areas which the call center can serve.

CALL DIRECTION

Lookup

To indicate incoming call or outgoing call.

CALL FORWARD

Reference

A type of phone service. The calling party can be on hold if receiving party is in a call.

CALL OTHER TYPE

Lookup

This is to record any other characteristics of the call, such as, 3-party call, or any user defined special type of call.

CALL RECYCLED REASON

Lookup

Lookup for reasons why the voice carrying channel is being recycled during the call.

CALL ROUTING TYPE

Lookup

Lookup to define how the call was routed. For example:

Calling from external carrier

From Wireless to Land Phone

CALL SERVICE TYPE

Lookup

Lookup for service types that could be used in a call. For example:

Toll-Free number such as 800/400

Emergency Call such as 911, 112, 110

CALL SOURCE DESTINATION

Reference

Entity represents all the possible zones associated with a combination of any sources and destinations. Those call sources or destinations classify the calls into different groups, such as local call, long distance domestic call, or internal call.

Note: it is not the purpose of this entity to reproduce the A-B number mapping (this is a billing operation). This entity only represents the result of such a mapping.

CALL SUCCESS FAILURE TYPE

Lookup

Lookup to classify calls into successful calls or unsuccessful due to various reasons or causes. Call success failure, along with the call direction helps in facilitating the required analysis for roaming calls.

CALL SURCHARGE

Lookup

Any extra charge on the call in addition to the normal rating.

CALL TERMINATION REASON

Lookup

Lookup for the reasons a call may be terminated. For example:

Dropped

Successful End

CALL TYPE

Lookup

Lookup to further classify call category into call types. For example:

Voice Voice

SMS and MMS

Data and FAX

Information services

GPRS services for Data and Fax

CALLER ID

Reference

Subtype of PRODUCT, with specific information about CALLER ID service.

CAMPAIGN

Reference

Campaigns are the entire communication strategy for a specific marketing communications program. The marketing communications program is frequently in support of promotional events and individual promotions but can be standalone. A campaign is always associated with a MEDIA OBJECT, such as a television campaign.

CAMPAIGN CHANNEL

Reference

Channel by which a CAMPAIGN is exposed to a customer. For example: News group or media company which issues newspaper, television affiliate, and so on.

A piece of newspaper of a block/slot on the paper is a publication/media object.

The campaign channel can be categorized by CAMPAIGN CHANNEL TYPE.

CAMPAIGN CHANNEL ASSIGNMENT

Reference

The assignment to define which CAMPAIGN is lunched at which CAMPAIGN CHANNEL.

CAMPAIGN CHANNEL TYPE

Lookup

Lookup for campaign channel type. For example: newspaper, Television, Magazine.

CAMPAIGN CHARACTERISTIC

Reference

A characteristic quality or distinctive feature of a CAMPAIGN. The characteristic can take on a discrete value, such as the number of press releases, can take on a range of values, for example the number of prospects reached is 50,000 - 100,000, or can be derived from a formula, for example, the number of brokerage house pickups = the sum of all brokerage house instance characteristics.

CAMPAIGN CHARACTERISTIC VALUE

Reference

A number or text that can be assigned to a CAMPAIGN CHARACTERISTIC.

CAMPAIGN COST

Base

Subtype of COST which can apply to a CAMPAIGN.

CAMPAIGN DOCUMENT

Reference

The customer documents provided during campaign activities.

CAMPAIGN MANAGEMENT HISTORY

Reference

The history of campaign party role about management of a CAMPAIGN. The party here can be not only the sales or marketing employee at TELCO operator, it can also be campaign partner.

CAMPAIGN MESSAGE

Reference

Details regarding message broadcast or sent during a CAMPAIGN.

CAMPAIGN MESSAGE CREATIVE

Base

Information about the creative content of the message.

CAMPAIGN MESSAGE DEPICTION

Reference

Details about how the execution message is depicted for a CAMPAIGN.

CAMPAIGN PURPOSE TYPE

Lookup

Lookup for types of campaign purposes. For example:

Acquire new customers

Consolidate existing customers

Retention existing customers

CAMPAIGN RELATIONSHIP

Reference

Defines the relationship between two CAMPAIGNs. For example:

Replace/upgrade

Enhance

CAMPAIGN STATUS

Lookup

Status of CAMPAIGN.

CAMPAIGN TERM VALUE

Reference

The term value for a given campaign.

CAMPAIGN TYPE

Lookup

Lookup for type of campaign. For example:

A targeted promotion (to specific individuals, account or group of accounts)

A mass market promotion (to a massive audience usually through radio, Television and newspaper)

CANNIBALIZATION DETAIL DAY DRVD

Derived

The calculated detail information related to the tariff/package change of customers.

For prepaid customers, usually it is impossible to track customer movement between products due to lack of customer identification. For some customers, they may change at the next "beginning of the month".

CANNIBALIZATION DETAIL MONTH AGGR

Aggregate

The calculated tariff or package change summary of all customers at the month level.

For prepaid customers, usually it is impossible to track customer movement between products due to lack of customer identification.

CAPACITY

Reference

This is an abstract base entity that is the parent for both the PHYSICAL CAPACITY and the LOGICAL CAPACITY. These entities define the minimum and maximum requirements, limits, or other variable features of another entity.

CARD

Reference

Represents a type of physical container that can be plugged into a SLOT. A card may represent a primary function, for example, a networking card, or an auxiliary function, for example, a memory card, that supports another card. All objects of this type are capable of carrying electrical and optical signals. A card also provides a mounting point for other types of Managed Physical Elements, such as Chips or Cards.

CARD RELATIONSHIP

Reference

This association entity represents the semantics of the Card On Card aggregation. The Card Relationship defines an attribute that describes how the CARD is mounted on or plugged into another CARD.

CELL

Reference

The cell in a wireless network such as GSM, which is an area serviced by the BASE TRANSCEIVER STATION (BTS).

CELL OUTAGE REASON

Lookup

Lookup for reasons a cell outage could occur. For example:

Power failure

Natural disaster

Theft

CELL SECTOR

Reference

Most cells are split into sectors or individual areas to make them more efficient and to let them to carry more calls. The cell site equipment provides each sector with its own set of channels.

CELL SITE

Reference

This is where the base station radio equipment and their antennas are located. A cell site gives radio coverage to a cell.

CELL SITE COST

Base

Subtype of COST which could apply to a CELL SITE. For example:

Expenses for the cell site building

Rent

Maintenance

CELL SITE TYPE

Lookup

Lookup for type of CELL SITE. For example: the cell site type can be classified by GSM/CDMA/PHS/broadband/Pay TV.

CELL STATISTIC DAY DRVD

Derived

The network parameters and runtime statistics captured at the cell level.

CELL STATISTIC MONTH AGGR

Aggregate

The network parameters and runtime statistics for all CELL SITEs aggregated at the month and certain geography level.

CELL TYPE

Lookup

Lookup for all possible cell types. For example, Macro, Micro, and Pico:

Macro cells are large geographical area where subscriber base is less dense.

Micro cells are small cells in side the macro cells to cover high subscriber density and uneven distribution.

Pico cells are used in large buildings, where signals from ground towers are poor.

CFS SPEC VERSION DETAIL

Reference

Defines the relationship of the CFS Type aggregation. Specifically, it enables an application to define which set of versions of this CUSTOMER FACING SERVICE Type are appropriate for a given task.

CHANGE PROPOSED BY TYPE

Lookup

Lookup for who proposed the changes for a customer tariff change. For example:

By customer

By operator

CHANNEL

Reference

Identifies all the channels through which customers interact with the telco provider for sales or services purposes.

CHANNEL COST

Base

Subtype of COST, which collects all costs specifically related to a given sales channel.

CHANNEL TYPE

Lookup

Lookup for types of channels as defined by their functions. For example:

Sales channel

Payment channel

Debt collection channel

Loyalty program channel (where to join/change/redeem loyalty program)

CHASSIS

Reference

A Chassis is a type of Secure Holder that encloses other Managed Physical Entities and provides a definable functionality in its own right, such as a desktop or a network device. For example, a router or a switch.

CHASSIS POSITION

Reference

Represents the semantics of the Chassis In Rack aggregation. Defines two attributes: Position and Location, to define where the CHASSIS is located in the RACK.

CHURN PREDICT SOURCE DERIVED

Derived

Monthly statistics regarding each account, which acts as source material for training the Churn Predict Mining Model.

CHURN REASON

Lookup

Lookup for reasons an account may churn.

CIRCUIT CATEGORY

Lookup

Lookup for categories to classify the type of circuit. For example:

Analogue Voice

Digital Data Services (DDS)

ATM

CIRCUIT COMPONENT

Reference

Describes each component of each circuit. Typically a circuit will include several components. For example, a Digital Data Services circuit linking two customer sites may include three components:

From the customer site to the exchange/switch

From the switch to another switch

From the second switch to the second customer site

There are two scenarios:

The circuit component links two switches.

The circuit component links a switch with a customer site

For the first scenario, where two switches are linked, the switch_id and secondary_switch_id attributes will identify the two switches. The site_id attribute will be null.

If the circuit component links a switch with a customer site, then the switch_id attribute will identify the switch and the site_id attribute will identify the customer site. The secondary_switch_id attribute will be null.

CIRCUIT RENTAL

Base

Business activities of renting some circuits to other operators, in return for a monthly, or fixed, revenue.

CIRCUIT RENTAL EVENT TYPE

Lookup

Lookup for types of rental events. For example:

Rental Initial

Monthly Charge

Maintenance Charge

Termination

CIRCUIT TRAFFIC

Base

The traffic volume statistics over certain periods, where periods are implementation dependent but generally hourly, for each CIRCUIT COMPONENT.

CIRCUIT TYPE

Lookup

Lookup for type of detailed circuit types. For example:

For interconnect:

T1 or E1, carry 1.5mbps

T2 6.312 Mbit/s

T3 44Mbit/s

For customer connection ADSL:

ADSL 1: Normally 1Mbit/s

ADSL 2x

COLLECTION

Reference

This entity represents collections of Managed Entity objects. A Collection enables common attributes, methods, relationships, and other semantics to be applied to different types of Collections of Managed Entity objects. These can then be refined in the subclasses of Collection.

COLLECTION AGENCY

Reference

Subtype of a PARTY, who collects the customer debt on behalf of the operator under a financial agreement. For example:

Debt collection

Roaming settlement collection

COMMISSION DAY DRVD

Derived

Statistics of all commissions granted to the sales agents because of the sales of products and services in the given period.

COMMISSION MONTH AGGR

Aggregate

Monthly aggregation of all commissions granted to the sales agents because of the sales of products and services in the given period.

COMMISSION TYPE

Lookup

Lookup for commission types that may be paid to sales representatives. For example:

FLAT: flat rate

PERCENTAGE: percent of transaction amount

COMMUNICATION SERVICE

Reference

The service type of product, including fixed line phone call, wireless phone call, and so on.

COMP INTEL CHARACTERISTIC

Reference

A characteristic quality or distinctive feature of a COMPETITOR INTELLIGENCE. The characteristic can take on a discrete value, such as number of press releases, can take on a range of values, for example, number customers within a MARKET SEGMENT (50,000 - 100,000), or can be derived from a formula, for example, number of products offered in a MARKET SEGMENT = the number of the COMPETITOR's Product instances associated to the MARKET SEGMENT.

COMP INTEL CHARACTERISTIC VALUE

Reference

A number or text that can be assigned to a COMP INTEL CHARACTERISTIC.

COMP INTEL MARKET SEGMENT

Reference

A MARKET SEGMENT in which a COMPETITOR makes Product available.

COMP PROD CRRL CHARACTERISTIC

Reference

A characteristic quality or distinctive feature of a COMPETITOR PRODUCT CORRELATION. The characteristic can be take on a discrete value, such as geographic disbursement (central, national, cascading). The characteristic can take on a range of values, (for example, Competitor Product Offering revenue of $500,000 - $1,000,000), or can be derived from a formula (for example, number of MARKET SEGMENTs in correlation = number of MARKET SEGMENTs related to this correlation).

COMP PROD CRRL CHARACTERISTIC ASSIGNMENT

Reference

Assign the COMP PROD CRRL CHARACTERISTIC to the related COMPETITOR INTELLIGENCE characteristic.

COMP PROD CRRL CHARACTERISTIC RELATIONSHIP

Reference

Defines the relationship between two COMP PROD CRRL CHARACTERISTICs.

COMP PROD CRRL CHARACTERISTIC VALUE

Reference

A number or text that can be assigned to a COMP PROD CRRL CHARACTERISTIC.

COMPETITIVE TIER

Reference

A classification of a COMPETITOR, such as by size, product lines offered, and so on.

COMPETITOR

Reference

A PARTY that offers PRODUCT similar to the enterprise's PRODUCT in a MARKET SEGMENT.

COMPETITOR INTELLIGENCE

Reference

Facts gathered about a COMPETITOR's plans and activities. These facts perform COMPETITOR SWOT analysis to better understand a COMPETITOR.

COMPETITOR INTELLIGENCE PARTY ROLE

Reference

The PARTY who developed the COMPETITOR INTELLIGENCE.

COMPETITOR MARKET SEGMENT ASSIGNMENT

Reference

A MARKET SEGMENT served by a COMPETITOR.

COMPETITOR MARKET SEGMENT SWOT

Reference

Specifies a Strength, Weakness, Opportunity, or Threat in a MARKET SEGMENT served by a COMPETITOR.

COMPETITOR PRODUCT CORRELATION

Reference

A comparison or relationship between an enterprise-s PRODUCT with a COMPETITORs' Product. Information about the correlation may include MARKET SEGMENTs, Product Offering life cycle stage, Jurisdiction, or definable COMP PROD CRRL CHARACTERISTICs.

COMPETITOR SWOT

Reference

General (non-MARKET SEGMENT specific) Strength, Weakness, Opportunity, or Threat when compared to a COMPETITOR.

COMPETITOR TIER ASSIGNMENT

Reference

A classification of a COMPETITOR, such as by size, product lines offered, and so forth.

COMPLEX ADDRESS

Reference

Complex Address describes the internal address for a complex (for GEOGRAPHY COMPLEX). For example, the internal road, building number, and so on.

COMPONENT SUBSCRIPTION PRICE

Reference

Part of a Product Price representing a single element of the price.

COMPOSITE COMP PROD CRRL CHARACTERISTIC

Reference

A type of COMP INTEL CHARACTERISTIC that is formed by aggregating other COMP INTEL CHARACTERISTIC, which may be Composite or Atomic COMP INTEL CHARACTERISTIC.

COMPOSITE PRODUCT RATING PLAN

Reference

A special type of PRODUCT RATING PLAN to represent a group of rating plans together forming another new rating plan.

COMPOSITE PRODUCT RATING PLAN ASSIGNMENT

Reference

Defines the relationship of which PRODUCT RATING PLAN each COMPOSITE PRODUCT RATING PLAN contains.

COMPOSITE SERVICE

Reference

A group of services together forming a new service.

COMPOSITE SERVICE INCLUSION

Reference

Defines the relationship between COMPOSITE SERVICE and atomic service. Composite service inclusion defines how the COMPOSITE SERVICE is formed.

COMPOSITE SERVICE TYPE INCLUSION

Reference

Tracks the relationship of which atomic service type each composite service type includes.

COMPOSITE SUBSCRIPTION PRICE

Reference

A Product Price that is made up of parts. The parts may be other Composite Prod Prices or Component Prod Prices.

COMPOUND ELEMENT

Reference

This is the abstract base entity for all composite entities that are inherently manageable and form a PRODUCT.

The key difference between network element and COMPOUND ELEMENT is that network element describes either a Physical or a Logical entity. In contrast, COMPOUND ELEMENT describes managed entities that are collections of other managed entities. A key point is that each managed entity that is part of a COMPOUND ELEMENT can be individually managed as either a PHYSICAL ELEMENT or a LOGICAL ELEMENT.

COMPOUND ELEMENT COLLECTION

Reference

An entity that is individually manageable.

A Compound Element Collection is an aggregate entity consisting of NETWORK ELEMENT and optionally Compound Element Collection entities. As such, a Compound Element Collection represents a set of PHYSICAL ELEMENTs and LOGICAL ELEMENTs that collectively represent a managed entity. For example, a Network is a subclass of Compound Element Collection. A Network can be made up of other Networks and SubNetworks. Each Network or SubNetwork can be made up of physical and logical components, gathered and represented by an Element Collection. Each node in the network can be represented by a NETWORK ELEMENT.

COMPOUND ELEMENT COMPOUND DETAIL

Reference

Defines the semantics of aggregating COMPOUND ELEMENT into a COMPOUND ELEMENT.

COMPOUND ELEMENT DETAIL

Reference

Defines the semantics of the COMPOUND ELEMENT aggregation. Compound Element Detail is abstract, because only its subclasses should be instantiated. There are three concrete subclasses of this class, which are used to represent the aggregation of PHYSICAL ELEMENT, LOGICAL ELEMENT, and COMPOUND ELEMENT into this particular COMPOUND ELEMENT.

COMPOUND ELEMENT LOGICAL DETAIL

Reference

This is a concrete entity that defines the semantics of aggregating LOGICAL ELEMENT into a COMPOUND ELEMENT.

COMPOUND ELEMENT PHYSICAL DETAIL

Reference

This is a concrete entity that defines the semantics of aggregating PHYSICAL ELEMENT into a COMPOUND ELEMENT.

COMPOUND ELEMENT ROLE

Reference

This entity is a role that is defined by the interaction between PHYSICAL ELEMENT ROLEs and LOGICAL ELEMENT ROLE. There must be at least one or more PHYSICAL ELEMENT ROLEs and one or more LOGICAL ELEMENT ROLE to form a Compound Element Role. However, neither a PHYSICAL ELEMENT ROLE nor a Logical Element Role has to belong to a Compound Element Role.

COMPOUND ELEMENT ROLE ASSIGNMENT

Reference

Implements the relationship between COMPOUND ELEMENT and network element role.

COMPOUND ELEMENT ROLE SPEC

Reference

Implements the relationship between COMPOUND ELEMENT and network element role.

COMPOUND ELEMENT SPEC

Reference

This is the abstract base entity that defines the invariant characteristics and behavior, attributes, methods, constraints, and relationships, of a COMPOUND ELEMENT. The key difference between a Compound Element Spec and either a PHYSICAL ELEMENT SPEC and a LOGICAL ELEMENT SPEC is that a PHYSICAL ELEMENT SPEC and LOGICAL ELEMENT SPEC define templates for specifying the invariant characteristics and behavior of PHYSICAL ELEMENTs and LOGICAL ELEMENTs, respectively. In contrast, a Compound Element Spec describes templates that contain at least one PHYSICAL ELEMENT SPEC and at least one LOGICAL ELEMENT SPEC. Optionally, one or more Compound Element Specs may also be specified. Thus, a Compound Element Spec is in effect a "shorthand notation" for specifying complementary PHYSICAL ELEMENT SPECs and LOGICAL ELEMENT SPECs.

COMPOUND ELEMENT SPEC ATOMIC

Reference

This entity describes specific attributes, behavior, relationships, constraints, and semantics for building COMPOUND ELEMENT objects. The purpose of this entity is to track specifications of COMPOUND ELEMENTs separately from other types of Element Specifications. This entity inherits the Modifies Element Spec aggregation, and therefore can be used with the corresponding COMPOUND ELEMENT entity. The key difference between a COMPOUND ELEMENT SPEC and either a PHYSICAL ELEMENT SPEC and a Logical Element Type is that a PHYSICAL ELEMENT SPEC and Logical Element Type define templates for specifying the invariant characteristics and behavior of PHYSICAL ELEMENTs and LOGICAL ELEMENTs, respectively. In contrast, a COMPOUND ELEMENT SPEC describes templates that contain at least one PHYSICAL ELEMENT SPEC and at least one Logical Element Type. Optionally, one or more COMPOUND ELEMENT SPECs may also be specified. The difference between a Compound Element Spec Atomic entity and a COMPOUND ELEMENT SPEC COMPOSITE entity is that a Compound Element Spec Atomic entity is designed to be a standalone entity.

Note that it still aggregates at least one PHYSICAL ELEMENT SPEC and at least one Logical Element Type; however, the result is that this Compound Element Spec Atomic entity can be used by itself.) In contrast, a COMPOUND ELEMENT SPEC COMPOSITE entity is made up of one or more COMPOUND ELEMENT SPECs, one of which must be a Compound Element Spec Atomic entity.

COMPOUND ELEMENT SPEC COMPOSITE

Reference

This entity describes specific attributes, behavior, relationships, constraints, and semantics for building composite COMPOUND ELEMENT objects. The purpose of this entity is to track specifications of COMPOUND ELEMENTs separately from other types of Element Specifications.

This entity inherits the modifies Element Spec aggregation, and therefore can be used with the corresponding COMPOUND ELEMENT entity. The key difference between a COMPOUND ELEMENT SPEC and either a PHYSICAL ELEMENT SPEC and a Logical Element Type is that a PHYSICAL ELEMENT SPEC and Logical Element Type define templates for specifying the invariant characteristics and behavior of PHYSICAL ELEMENTs and LOGICAL ELEMENTs, respectively. In contrast, a COMPOUND ELEMENT SPEC describes templates that contain at least one PHYSICAL ELEMENT SPEC and at least one Logical Element Type. Optionally, one or more COMPOUND ELEMENT SPECs may also be specified. The difference between a COMPOUND ELEMENT SPEC ATOMIC entity and a Compound Element Spec Composite entity is that a COMPOUND ELEMENT SPEC COMPOSITE entity is designed to be a standalone entity. (Note that it still aggregates at least one PHYSICAL ELEMENT SPEC and at least one Logical Element Type; however, the result is that this COMPOUND ELEMENT SPEC ATOMIC entity can be used by itself.) In contrast, a Compound Element Spec Composite entity is made up of one or more COMPOUND ELEMENT SPECs, one of which must be a COMPOUND ELEMENT SPEC COMPOSITE entity.

COMPOUND ELEMENT TP DETAIL

Reference

Concrete entity that links TERMINATION POINT to COMPOUND ELEMENT. For example, it will describe characteristics and behavior of the TERMINATION POINTs that comprise this particular Element Port in terms of dependencies and how a TERMINATION POINT interacts with other TERMINATION POINTs.

COMPOUND ELEMENT UNIT

Reference

A Element Unit is an entity that is individually manageable. The Compound Element Unit is an aggregate entity consisting of both physical and logical aspects of a managed Element. For example, a ROUTER is a Element Unit. Different PHYSICAL ELEMENT objects can model the physical aspects of the ROUTER in detail. For example, its CARDs, the number and type of PHYSICAL PORTs that are on each CARD, and so forth), and different LOGICAL ELEMENT objects can model the logical aspects of the ROUTER in detail (For example, what Software it is running, how many DEVICE INTERFACEs of what type are currently enabled, if there are any outstanding Faults or Alarms, and so forth). Resource Element aggregates all PHYSICAL ELEMENT and LOGICAL ELEMENT objects, enabling a high-level view of the physical and logical aspects of the Element to be provided.

CONNECT DISCONNECT DAY DRVD

Derived

Statistics about all connections and disconnections from each ACCESS METHOD on the network per day. This is related to the network usage or traffic. This entity is not related to counting "subscriptions" to a given service.

CONNECT DISCONNECT MONTH AGGR

Aggregate

Monthly aggregation of all connections and disconnections on the network per day, for network usage or traffic analysis.

CONNECTION

Reference

This is a class of managed objects responsible for the transparent transfer of information between CONNECTION TERMINATION POINTs. A Connection is a component of a Trail. Several connections can be bundled into a higher rate trail. A sequence of one or more Connections are linked to form a Trail. A Connection may be either uni- or bi-directional.

CONNECTION TERMINATION POINT

Reference

This is an actual or potential end point of a Network connection. For example, this can represent a logical channel or a timeslot on a physical link. All PHYSICAL PORTs connect to at least one type of CTP.

CONSEQUENCE PERFORMANCE NOTIFICATION

Reference

A communication that occurs as part of a PERFORMANCE CONSEQUENCE. A Notification is typically one-sided, in that no Response is expected. For example, an alert be raised as the result of a PERFORMANCE OBJECTIVE being violated.

CONSEQUENCE PERFORMANCE NOTIFICATION SPEC

Reference

The invariant characteristics that define a communication (notification) that occurs as part of a PERFORMANCE CONSEQUENCE. A Notification is typically one-sided, in that no Response is expected. For example, an alarm may be raised as the result of a PERFORMANCE OBJECTIVE being violated.

CONTACT LIST

Reference

Lists of potential and existing CUSTOMERs for CAMPAIGNs. Contact lists can be created by the TELCO from marketing activity, running certain models, or obtained from another organization.

CONTACT LIST CHANGE REASON

Lookup

Lookup for possible reasons for changing the CONTACT LIST.

CONTACT LIST COST

Base

Subtype of COST, which applies to a specified CONTACT LIST (usually this is a cost associated with the purchase and maintenance of a contact list).

CONTACT LIST RECURRENCE TYPE

Lookup

A categorization of the recurrence of a CONTACT LIST. For example:

W = Once a Week

M = Once a Month

Y = Once a Year

MI = Once a Month with Invoice.

CONTACT ROLES

Lookup

Describes the various roles a contact individual may play in the relationship with the operator.

CONTENT

Reference

Keeps all downloadable content provided to the customer through the operator's network. For example:

Weather reports

Constellation

Jokes

CONTENT DELIVERY EVENT

Base

EVENT in which content was downloaded.

CONTENT PRICE

Reference

Price for downloading/ordering the content. This price is for individual content clip. There might be other contents priced as a flat rate rather than different price for each content. In this case, the pricing information should be in PRODUCT RATING PLAN.

CONTENT PRICING TYPE

Lookup

Lookup for types of content pricing. For example:

Charge per download

Monthly fixed rate

CONTENT PROVIDER

Reference

Provider for content that would be consumed by end user. The contents could be video, audio clips, or text content.

CONTENT TYPE

Lookup

Lookup for content types. For example:

Constellation

Jokes

Weather report

CONTRACT

Reference

Legal agreement between a Communications Service Provider and an account.

CONTRACT APPROVAL

Base

Approval for the CONTRACT from the operator's authorized employee, if the contract requires higher level approval or review.

CONTRACT ASSIGNMENT

Reference

Defines relationship(s) between contracts.

CONTRACT ASSIGNMENT REASON

Lookup

Lookup for reasons of why two contracts are related. For example:

The reason for one contract to be replaced by another:

CNRT-END: The first contract was naturally terminated

DLT-Delete:

CUST-CHNG: Voluntary change by customer

OP-INIT: Service Provider, operator, solicited the contract change, normally to increase the ARPU value

The reason for one contract to depend on another:

Equipment dependency

Network dependency

CONTRACT ASSIGNMENT TYPE

Lookup

Lookup for types of assignment between two contracts. For example:

RPLC: a new contract replaces the original contract

UPGRADE: a new contract replace original one with upgraded product

DEPEND: a contract depends on existence of another contract

CONTRACT CHANGE INITIATOR TYPE

Lookup

Lookup to classify the initiator of the contract change.

CONTRACT CHANGE TYPE

Lookup

Lookup of all the type of contract changes. For example:

Contract Renew

Contract Terminate

CONTRACT CHANGED DRVD

Derived

Derived information about a customer's current/future contract for analytical purpose. This entity captures only changed, current or future, contracts.

CONTRACT DOCUMENT

Reference

The document(s) provided by the customer when a contract was signed. For example:

Photocopy image of customer ID

The contract itself

Any other documents attached to the contract

CONTRACT DRVD

Derived

Derived information about a customer's current/future contract for analytical purpose. The entity only contains changed contract (current or future).

CONTRACT ITEM

Reference

Detail items for the CONTRACT. Each item may use a different PRODUCT.

CONTRACT MONTH AGGR

Aggregate

Derived information about a customer's current/future contract for analytical purpose. The entity only contains changed contract (current or future).

CONTRACT PRODUCT ASSIGNMENT

Reference

To accommodate special link or additional usage of product in contract.

CONTRACT STATUS

Base

The status history of the CONTRACT.

CONTRACT STATUS REASON

Lookup

Lookup for description of the contract status change. For example:

Customer originated product change

Customer originated churn

Provider originated: Bad payment (leading to suspension)

Customer originated: Debt paid (leading to reactivation)

Customer originated: Banqueroute

CONTRACT STATUS TYPE

Lookup

Lookup for all possible types of CONTRACT STATUS. For example:

Newly created for new account

Renewed automatically

Naturally expired or terminated

CONTRACT TERM TYPE

Lookup

Lookup for all possible terms which may be attached to a CONTRACT. For example:

Monetary amount

Period

Premium

Initial points

Cancellation policy

Subsidy

CONTRACT TERM VALUE

Base

The value of terms attached to the CONTRACT. For example:

Monetary amount

Period

Premium

Initial points

The value can vary at different time period of contract. For example, the monthly fee might be 100 for the first six months and 80 for the last six months. A penalty calculation can also be based on the months left in contract.

CONTRACT TYPE

Lookup

Lookup for contract types.

CORE INTERFACE

Reference

Defines a DEVICE INTERFACE role that functions as a Core Interface, that is, an interface in the core of the network. The objective of this role is to enable the definition of POLICYs such that all Core Interfaces in a particular Domain can receive the same common configuration commands.

COST

Base

Costs that have been incurred from operations and events at trackable levels. For example:

Gift offer expense

Employee salary

Commission

Promotion delivery cost

Carrier billing charge (for roaming/LAC/and so on)

COST CENTER

Reference

Cost Center of a COURIER or provider to which costs can be charged.

COST CENTER BUDGET

Base

The budget of each COST CENTER at a specific financial period.

COST CUSTOMER MONTH AGGR

Aggregate

Statistics of various costs incurred to the customer. These details are important for analysis such as:

Subscriber retention cost

Subscriber acquisition cost

COST CUSTOMER DRVD

Derived

Monthly aggregation of various cost incurred to the customer. These details are important for analysis such as:

Subscriber retention cost

Subscriber acquisition cost

COST ORGANIZATIONAL MONTH AGGR

Aggregate

Monthly aggregation of all expenses by each business unit inside the carrier.

COST ORGANIZATIONAL DRVD

Derived

Statistics of all expenses by each business unit inside the carrier. These values can be useful for auditing and budgeting purposes.

COST REASON

Lookup

Lookup of all possible reasons why the cost occurred. For example:

Natural disaster

Operator error

COST SUBTYPE

Lookup

Lookup to further classify COST TYPEs. For example:

Acquisition cost

Retention cost

Salary

Damaged

New machine

Repair fee

COST TYPE

Lookup

Lookup for types of costs. For example, the cost is to the CUSTOMER, CHANNEL, COURIER, or to the EMPLOYEE (Mobile Monthly Claim or Purchase).

COURIER

Reference

The party who provides the Courier service for the Telecom Operator.

COURIER COST

Base

Subtype of COST which applies to a COURIER for delivering products or invoices to the customer.

CPE LOGICAL DEVICE ROLE

Reference

Defines required logical features to implement the specific role of a CPE (Customer Premise Edge) device, as used in a PRODUCT or SERVICE.

CREDIT CATEGORY

Reference

List of credit categories available that may be assigned to customers. For example:

Excellent

Good

High risk

CREDIT CATEGORY MONTH AGGR

Aggregate

Credit category aggregation over all customers at each month.

CREDIT CATEGORY DRVD

Derived

Credit category assigned to each customer at each month. The credit categories are defined in the credit category dimension.

CREDIT SCORE PROVIDER

Reference

Provides reference financial rating scores for each customers to the service provider. This information is also called the "Credit Rating Agency".

CURRENCY

Lookup

Lookup for currencies that may be used in a transaction.

CURRENCY EXCHANGE RATE

Base

Exchange rate against the primary currency, as determined by exchange rate type and value date.

CURRENCY GEOGRAPHY ENTITY ASSIGNMENT

Reference

Assigns currency usage to a geographic area.

CUSTOMER

Reference

Information pertaining to customers.

CUSTOMER ACQUISITION SUMMARY DAY DRVD

Derived

Aggregate daily new customer count by PRODUCT.

CUSTOMER ACQUISITION SUMMARY MONTH AGGR

Aggregate

Monthly summary of newly acquired customers by PRODUCT.

CUSTOMER CALL SOCIAL NETWORK

Derived

Defines which CUSTOMER belongs to which CUSTOMER COMMUNITY.

CUSTOMER CLASS

Lookup

Lookup for Customer Classification codes. For example:

HLCU-High Local Call Usage Customers

HNCU-High National Call Usage Customers

HINCU-High InterNational Call Usage Customers

CUSTOMER CLASS ASSIGNMENT

Reference

Assign customer to a customer class. A customer may belong to different customer classes because of their usage behavior at different times, therefore customer to customer class is a many to many relationship.

CUSTOMER COMMUNITY

Reference

The Customer Communities identified by mining algorithm.

CUSTOMER COMMUNITY ASSIGNMENT

Base

Defines which CUSTOMER belongs to which CUSTOMER COMMUNITY.

CUSTOMER COST

Base

Subtype of COST which applies to a customer. For example, the cost of a gift that is sent to a customer.

CUSTOMER DEBT COLLECTION MONTH AGGR

Aggregate

Statistics on Customer fraud and debt collection.

CUSTOMER DEBT COLLECTION DRVD

Derived

Monthly summary of customer fraud and debt collection.

CUSTOMER DOCUMENT

Reference

Various types of customer proof documents provided for a CUSTOMER ORDER, contract, and so on.

CUSTOMER EQUIPMENT INSTALLATION DAY DRVD

Derived

Statistics related to customer equipment installation activities for each customer. These statistics typically include: modems, routers, or DSL boxes for internet and Television equipment

CUSTOMER EQUIPMENT INSTALLATION MO AGGR

Aggregate

Monthly summary of customer equipment installation activities. These statistics typically include: modems, routers, or DSL boxes for internet and Television equipment.

CUSTOMER FACING SERVICE

Reference

This is the base entity for defining CUSTOMER FACING SERVICEs. A CUSTOMER FACING SERVICE is an abstraction that defines the characteristics and behavior of a particular SERVICE as seen by the Customer or other appropriate PARTY ROLE. Thus, this PARTY ROLE purchases, leases, uses, and/or is otherwise directly aware of this type of SERVICE. This is in direct contrast to RESOURCE FACING SERVICEs which support CUSTOMER FACING SERVICEs but are not seen or purchased directly by the Customer. For example, a VPN is an example of a CUSTOMER FACING SERVICE, while the sub-services that perform different types of routing between network devices making up the VPN are examples of RESOURCE FACING SERVICEs.

CUSTOMER FACING SERVICE ROLE

Reference

Defines a SERVICE in terms of a set of SERVICE ROLEs for a CUSTOMER FACING SERVICE. This entity defines SERVICE ROLEs that represent the variable characteristics of a CUSTOMER FACING SERVICE in terms of the roles that this SERVICE plays. This entity enables the CUSTOMER FACING SERVICE to be managed abstractly using SERVICE ROLEs. The Customer Facing Service Role also helps define the SERVICE in terms of the functions that it has or provides.

CUSTOMER FACING SERVICE SPEC

Lookup

This is the base entity for defining Customer Facing Service Specifications. A Customer Facing Service Specification is an abstraction that defines the invariant characteristics and behavior of a particular CUSTOMER FACING SERVICE as seen by the Customer. The invariant portion serves as a single common basis to build a set of variable CUSTOMER FACING SERVICEs that all use this common Customer Facing Service Specification.

CUSTOMER FACING SERVICE SPEC ATOMIC

Lookup

This entity defines CUSTOMER FACING SERVICE SPECs that do not have any subordinate CUSTOMER FACING SERVICE SPECs. In other words, a Customer Facing Service Spec Atomic is a standalone CUSTOMER FACING SERVICE SPEC, and does not require any supporting CUSTOMER FACING SERVICE SPECs to define the invariant characteristics (that is, non-changing attributes, methods, relationships, and constraints) of any CUSTOMER FACING SERVICEs that it serves as a template for.

CUSTOMER FACING SERVICE SPEC COMPOSITE

Lookup

This entity defines an integrated set of CUSTOMER FACING SERVICEs that collectively meets the needs of a SERVICE requested by a Customer. For example, the Customer may have requested GoldService, which is a SERVICE PACKAGE that defines a set of SERVICE BUNDLEs, each of which has its own QoS. Each individual CUSTOMER FACING SERVICE that is part of the SERVICE PACKAGE can be derived from a CUSTOMER FACING SERVICE SPEC. In this case, a Customer Facing Service Spec Composite will aggregate all of the individual CUSTOMER FACING SERVICE SPECs into a single named object. This object is a standalone object. However, it consists of other Customer Facing Service Spec Composite and/or the CUSTOMER FACING SERVICE SPEC ATOMIC entities. That is the primary difference between this entity and the Customer Facing Service Spec Atomic entity.

CUSTOMER FACING SERVICE SPEC ROLE

Reference

Defines a Service Specification, in terms of a set of Service Specification Roles, for a CUSTOMER FACING SERVICE. This is the base entity for defining Service Specification Roles that are used to represent the invariant characteristics of a CUSTOMER FACING SERVICE. This entity enables the CUSTOMER FACING SERVICE to be managed abstractly using Service Specification Roles. The Customer Facing Service Spec Role also helps define the Service Specification in terms of the functions that it has or provides.

CUSTOMER FACING SERVICE SPEC VERSION

Reference

Keeps the historical versions of CUSTOMER FACING SERVICE SPEC.

CUSTOMER FIELD INSTALLATION

Base

The activities to install services at the customer site. For example:

Broadband model installation (xDSL modem, cable modem)

Pay TV (Digital) installation with set-top box

CUSTOMER FIELD SERVICE ACTIVITY

Base

On site installation for the customer with particular equipment instance.

CUSTOMER FIELD SERVICE DETAIL

Base

Details regarding customer service.

CUSTOMER FIELD SUPPORT

Base

The activities of providing on site support to a customer.

CUSTOMER GROUP

Lookup

The lookup code for grouping the customers based on criteria defined by the service operator.

CUSTOMER GROUP ASSIGNMENT

Reference

A grouping of the customers based on criteria defined by the service operator.

CUSTOMER INDIVIDUAL

Reference

Subtype of CUSTOMER (and PARTY), which contains details of individuals as opposed to organizations.

CUSTOMER LTV BAND

Lookup

The band of customer life time value that is predicted from the data mining model. For example, 0~100 USD, 100~200 USD, and so on.

CUSTOMER MINING

Derived

The result measures from mining analysis, including churn probabilities, Life Time Value (LTV) mining, and other result measures.

CUSTOMER OCCASION

Reference

Event celebrated or observed by a customer. For example:

Birthday

Anniversary

Company establishment day

CUSTOMER OCCASION TYPE

Lookup

Lookup for occasion type. For example: Wedding Anniversary, Birthday, Company founding anniversary, and so on.

CUSTOMER ORDER

Base

Orders placed by customers. This customer order is currently for service providers shop service, where a customer can place an order for a handset, a broadband installation request, or make some other order.

CUSTOMER ORDER DOCUMENT

Reference

The document provided while submitted CUSTOMER ORDER.

CUSTOMER ORDER LINE ITEM

Base

Details regarding items in the CUSTOMER ORDER.

CUSTOMER ORDER LINE ITEM STATE ASSIGN

Base

Current state of an order line item.

CUSTOMER ORDER PAYMENT

Base

Payments applied to a CUSTOMER ORDER.

CUSTOMER ORDER PRIORITY TYPE

Lookup

Lookup for possible priorities which can be assigned to a CUSTOMER ORDER.

CUSTOMER ORDER STATE ASSIGNMENT

Base

Current state of a CUSTOMER ORDER.

CUSTOMER ORDER STATE CHANGE REASON

Lookup

All type of reason for customer order state and customer order line item state changes.

CUSTOMER ORGANIZATION

Reference

Subtype of CUSTOMER (and PARTY), which contains details of organizations as opposed to individuals. An organization can also consist of one individual only (for example: independent).

CUSTOMER RESTRICTED INFO

Reference

Detail information about a customer that may be deemed private.

CUSTOMER REVENUE BAND

Lookup

Entity contains a customer classification in revenue terms. For example: Customer with charges between $100 to $200.

CUSTOMER REVENUE BAND ASSIGNMENT

Reference

Assigns a revenue band to a customer.

CUSTOMER REVENUE TYPE

Lookup

Lookup for types of revenue a customer may bring to the operator. For example:

Recharging

Rent fee

One time equipment purchase

CUSTOMER SCORE

Reference

Scores or Score ranges that may be assigned to a customer based on credit, behavior, or other criteria. For example:

1, 2, 3, 4, 5

1-10, 11-20

CUSTOMER SEGMENT

Reference

Market or customer segments to which customer may be assigned.

CUSTOMER SEGMENTATION MODEL

Reference

The segmentation model used to profile the customers. For example:

KMeans by Revenue from Market Department

O-Clustering by IT department

CUSTOMER SENTIMENT

Lookup

Lookup for the various customer feelings as reported during a party interaction (on the phone, as email, or from simple mail). The value can be used for text mining. For example:

Angry

Happy

Neutral

CUSTOMER SIC ASSIGNMENT

Reference

Assigns SIC/NASIC code to customers.

CUSTOMER SOURCE

Reference

Initial source or contact with customer. For example:

Sales campaign

Advertisement

Call center

Dealer

CUSTOMER TYPE

Lookup

Lookup for type of customer. For example: Individual or Corporate.

Table 2-24 D to F Entity Descriptions

Entity Name
Type
Description

DATA SERVICE EVENT

Base

Data Service Events. For example

Fixed Line modem dial

Broadband access

GPRS service

DATA USAGE DAY DRVD

Derived

Daily aggregate of data usage.

DATA USAGE MONTH AGGR

Aggregate

Monthly aggregate of data usage.

DAY

Reference

Defines day, the lowest level of all calendars.

DAY ACTUAL CONDITION

Reference

Weather, external and internal conditions that may have impacted performance on a given day at a given location.

DAY TODATE TRANSFORMATION

Reference

Documents how todate transformation can be implemented at day level.

DAY TRANSFORMATION

Reference

Transformation for a day. For example, maps a day last year to a corresponding day this year, or a day last year, to a day last month, and so on.

DEAL

Reference

A deal refers to a special offer from a supplier to the telecom provider. The deal generally provides allowances, discounts, special favorable terms of payment or other incentives to motivate the service provider to buy more products or services from a supplier.

DEAL LINE ITEM

Reference

Identifies a specific product or service that is offered as part of a deal to the service provider and defines how the deal cost is to be handled.

DEAL VENDOR ITEM ASSIGNMENT

Reference

Identifies a specific product or service that is offered as part of a deal to the service provider and defines how the deal cost is to be handled.

DEALER

Reference

The PARTY who resells products from the operator.

DEALER DISCOUNT GROUP ASSIGNMENT

Reference

Assigns DEALER to a discount group(s).

DEBT AGING BAND

Lookup

Ranges of time used to group debt based on the age of the debt. For example:

0-90 days

91-180 days

DEBT COLLECTION

Base

A special type of interaction to collect defaulted payment from a customer by the in-house debt collector.

DEBT COLLECTION ASSIGNMENT

Base

The assignment of a debt collection case to an external debt collection agency.

DEBT COLLECTION ASSIGNMENT BATCH

Base

Grouping of collection assignments sent to collector.

DEMOGRAPHIC CHARACTERISTIC

Reference

A feature or quality used to make recognizable or to define somebody or something, such as age, income, education, revenue, and so forth.

DEMOGRAPHIC CHARACTERISTIC VALUE

Reference

A single value or range of values that defines a DEMOGRAPHIC CHARACTERISTIC.

DEMOGRAPHY ATTRIBUTE

Reference

User defined demographic attributes that can be assigned values.

DEMOGRAPHY GROUP

Reference

The domain of classifications used to group profile information about a PARTY. For example:

CH - Credit History

ED- Education

EM - Employment

EQ- Equipment

HB - Hobbies

HH - Household

OR - Organization

And other relevant demographics and psychographics.

DERIVED VALUE

Reference

Derived value of the customer based on predetermined criteria.

DESTINATION TYPE

Lookup

Lookup for the types of destination associated with CALL SOURCE DESTINATION. For example:

National Fixed

National Mobile

International Fixed

International Mobile

DEVICE INTERFACE

Reference

This is a concrete entity that represents the (logical) interface or sub-interface of a device. This entity is not a transmission entity; rather, DEVICE INTERFACEs are used to program SERVICEs and LOGICAL ELEMENTs on a Device. For example, use a Device Interface to program a logical connection from a device to a network medium. Different types of Device Interfaces exist for the different types of network media. For example IP compared with ATM, that are used in a network to enable such media to be programmed. The combination of a LOGICAL DEVICE and a Device Interface is what a developer programs to define SERVICEs that run on the device.

DEVICE INTERFACE DETAIL

Reference

In general, there are multiple ways to manage a DEVICE INTERFACE. The first distinction lies in what is being managed. the model defines two types of management commands categories: configuration and operational. Configuration commands are used to configure the DEVICE INTERFACE (and also the LOGICAL DEVICE for commands that affect multiple specific DEVICE INTERFACEs). Operational commands are used to monitor and troubleshoot the software, network connectivity, and the Device itself.

DEVICE INTERFACE PHYSICAL PORT ASSIGNMENT

Lookup

Defines which PHYSICAL PORT can support which DEVICE INTERFACE.

DEVICE INTERFACE ROLE

Reference

Represents different types of roles that can be associated with a particular DEVICE INTERFACE.

DEVICE INTERFACE TP ASSIGNMENT

Reference

Defines the relationship between DEVICE INTERFACE and TERMINATION POINT.

DIRECT DEBIT STATUS REASON

Lookup

Lookup for the various reasons the current status is direct debit payment. For example:

Customer preferred choice: when the customer does not want to use a credit card.

Customer imposed: which means the CSP imposes this status after problems with credit card or cash payments.

DISCOUNT GROUP

Reference

Discount groups that employees or partners may be a part of.

DISCOUNT SBRP PRICE ALTERATION

Reference

A discount, a reduction of price, for a SUBSCRIPTION.

DISTANCE BAND

Lookup

Distance ranges to characterize network events by geographical distance.

DIVERT RETRIEVE REASON

Lookup

Lookup for all reasons for diverting a call or retrieving a call from a Mailbox. For example:

Line busy (divert)

Line off (divert)

No answer (divert)

Customer originated (divert / retrieve)

Mailbox originated (retrieve only)

DIVERT RETRIEVE TYPE

Lookup

Lookup for types for diverting a call or retrieving a call. For example:

Divert

Retrieve

Subscriber's calls are diverted to voice mail or to a Unified Messaging Service (UMS) mailbox as specified by the subscriber instructions or settings. For example, calls can be diverted when a subscriber is busy on another call, or when the subscriber has switched off the handset, or when a subscriber is not reachable. The subscriber can later retrieve all calls that are stored on the mailbox by accessing the mailbox through specified numbers or using the Internet, in case of UMS. All this traffic generated by diverted calls and retrieved calls is to be analyzed based on the type of call such as diverted or retrieved. The Divert Retrieve type helps in achieving this analysis by organizing calls as diverted or retrieved calls.

DOCUMENT CONDITION TYPE

Lookup

Lookup for possible document condition types. For example:

Complete

Incomplete

Unavailable

DOCUMENT TYPE

Lookup

Lookup for document types. For example:

Driver license photocopy

Address certification

Bank card photocopy

DOCUMENT TYPE GROUP

Lookup

The group of DOCUMENT TYPEs of which customer may provide to service provider for identification. For example:

Mandatory Document

Legal Requirement

Income Proof Document

DOCUMENT TYPE GROUP ASSIGNMENT

Reference

Assigns different DOCUMENT TYPEs into different DOCUMENT TYPE GROUPs.

DSL MODEM

Reference

The xDSL modem to implement Broadband on copper wire (router).

EDGE INTERFACE

Reference

Defines a DEVICE INTERFACE role that functions as an Edge Interface; that is, an interface on the edge of the network. The objective of this role is to enable the definition of POLICYs such that all Edge Interfaces in a particular Domain can receive the same common configuration commands.

EDUCATION

Lookup

Demographic education levels that may be assigned to customers.

ELEMENT CHARACTERISTIC

Reference

A characteristic quality or distinctive feature of an Element Specification. The characteristic can take on a discrete value, such as color, can take on a range of values, for example, sensitivity of 100-240 mV, or can be derived from a formula for example, usage time (hrs) = 30 - talk time *3. Certain characteristics, such as color, may be configured during the ordering or some other process.

ELEMENT CHARACTERISTIC ASSIGNMENT

Reference

A use of the Element Spec Characteristic by an Service Specification to which additional properties (attributes) apply or override the properties of similar properties contained in Element Spec Characteristic.

ELEMENT CHARACTERISTIC RELATIONSHIP

Reference

A aggregation, migration, substitution, dependency, or exclusivity relationship between or among Element Spec Characteristics.

ELEMENT CHARACTERISTIC VALUE

Reference

A number or text that can be assigned to an Element Spec Characteristic.

ELEMENT CHARACTERISTIC VALUE ASSIGNMENT

Reference

A use of the Element Spec Characteristic Value by an Entity Specification to which additional properties (attributes) apply or override the properties of similar properties contained in Element Spec Characteristic Value.

ELEMENT CHARACTERISTIC VALUE RELATIONSHIP

Reference

A aggregation, migration, substitution, dependency, or exclusivity relationship between or among Element Spec Characteristic Values.

EMAIL SERVICE

Reference

Specifies all the Email mail boxes allocated to CUSTOMER.

EMPLOYEE

Reference

Subtype of individual indicating an employee of the provider.

EMPLOYEE ACTUAL LABOR HOURLY

Base

Worked shifts by hourly employees.

EMPLOYEE ACTUAL LABOR SALARIED

Base

Worked shifts by salaried employees.

EMPLOYEE COST

Base

Subtype of COST, which applies to employee. For example, salary and bonus for employee.

EMPLOYEE DESIGNATION

Lookup

The various designations present in an organization for the employees. For example:

Call Center Agent

Manager Customer Care

Consultant

Principal Consultant

EMPLOYEE DISCOUNT GROUP ASSIGNMENT

Reference

Assigns EMPLOYEE to DISCOUNT GROUP(s).

EMPLOYEE EXPENSE REPORT

Base

The expense reports submitted by employees, including contractors, to claim their business expenses. The EMPLOYEE (Party) and PAYMENT CHANNEL (channel) are captured by its super entity EVENT. The expense submit date is the event begin date.

EMPLOYEE EXPENSE REPORT ITEM

Base

The detail line item of each EMPLOYEE EXPENSE REPORT.

EMPLOYEE EXPENSE REPORT STATE

Base

The different state of a given EMPLOYEE EXPENSE REPORT. For example:

Submitted

Pending Approval

Approved

Paid

EMPLOYEE JOB ROLE ASSIGNMENT

Reference

Assigns EMPLOYEE to JOB ROLE(s).

EMPLOYEE JOB ROLE TYPE

Lookup

Relevance of job role assignment to employee. For example: Primary, Secondary, and so on.

EMPLOYEE LANGUAGE CAPABILITY

Reference

Specifies the languages the employee can use to serve customers, especially for call center agents and sales representatives.

EMPLOYEE RESTRICTED INFO

Reference

Detail information about the EMPLOYEE that may be deemed private.

EMPLOYEE SCHEDULE

Reference

Planned staffing schedule of location, role, shift, and employees.

EMPLOYEE TRAINING RECORD

Base

List the trainings an employee has received. The employee training record is normally meant to apply to the call center agent, who is trained on specific products and or services.

EMPLOYEE TYPE

Lookup

Lookup of employee type. For example:

Part-Time

Contractual

Full-Time

ENTITY

Reference

This entity represents entities that cannot be directly managed. For example, a hub.

ENTITY ROLE

Reference

This is an abstract base entity that defines the concept of various types of roles for entities that describe the function of the entities.

ENTITY SPECIFICATION

Reference

This is an abstract base entity that defines the invariant characteristics, attributes, methods, constraints, and relationships, of another entity.

EQUIPMENT

Reference

The devices, delivered by COURIER or collected at the DEALER shop, that a CUSTOMER can use to access services. The device might be Cell Phone, Fixed Line Phone, Fax Machine, and so on. The devices might be lent or sold to the customer. The equipment entity is a subtype of PRODUCT.

EQUIPMENT CENTER

Reference

Facility housing devices.

EQUIPMENT CENTER COST

Base

Subtype of COST, which collects all costs that are specifically related to a given EQUIPMENT CENTER (facility rent, taxes, and so on).

EQUIPMENT FUNCTIONALITY

Reference

The function of the EQUIPMENT. For example:

Make wireless calls

Send SMS

Send MMS

EQUIPMENT FUNCTIONALITY ASSIGNMENT

Reference

Assigns functionality to EQUIPMENT.

EQUIPMENT HOLDER

Reference

Represents physical objects that are both manageable and able to host, hold, or contain other physical objects. Examples of physical objects that can be represented by instances of this object class are RACKs, CHASSISs, Shelves, and SLOTs. The difference between subclasses of Equipment Holder, such as a SLOT or a CHASSIS, and subclasses of EQUIPMENT that have a Holder role, such as a CARD, is that the subclasses of Equipment Holder are dedicated to holding other Hardware. The subclasses of EQUIPMENT that have a holder role have a holding capability as a secondary capability, usually for expansion. Their primary function, however, is not to hold other objects.

EQUIPMENT INSTANCE

Reference

Implement communications. For example:

Handset (with IMEI)

Land line phone (with serial number)

Set-top box

Cable modem

EQUIPMENT INSTANCE RENTING CONTRACT

Reference

Subtype of CONTRACT in which customers lease some EQUIPMENT. This equipment still belongs to the service provider. When a contract terminates the device should be returned to the service provider. For example:

ADSL modem lease

Handset short term renting

EQUIPMENT INSTANCE STATUS HISTORY

Base

A history of the status for an EQUIPMENT INSTANCE. For example:

New

Broken

Returned

Lost

Reserved (for VIP loyalty program customer)

EQUIPMENT INSTANCE STATUS TYPE

Lookup

Lookup for type of specific equipment instance status type. For example:

Purchased from vendor

In inventory

In customer

Broken

Reserved

EQUIPMENT SUBSCRIPTION

Reference

A subtype of SUBSCRIPTION to track tangible device usage by the customer.

EQUIPMENT TYPE

Lookup

The lookup code for type of (customer side) equipment. For example:

ADSL Modem

3G data card

ERRORED MEDIATED CALL EVENT

Base

The errored/recycled mediated event record from billing engine.

ERRORED RATED WIRELESS CALL EVENT

Base

The errored/recycled rated event record from billing engine.

ERRORED RAW WIRELESS CALL EVENT

Base

The errored/recycled/rejected raw event record from the mediation process.

EVENT

Base

Describes the interactions with the Communications Service Provider. Event contains only "non-network" events (anything other than a call data record).

An event can occur related to a provider. For example, for equipment down or a service disruption. An event can occur related to a CUSTOMER. For example, for a service order or a bill payment.

Events store customer behavior to make special campaigns or to analyze the cost of customers. Normally an event incurs some cost and may generate revenue for the operator.

The information specific to the type of event, or event interaction, is stored in corresponding event subtypes.

EVENT ACCESS METHOD ACTIVITY

Base

Occurrence of Access Method Usage.

EVENT ACCOUNT

Base

Events occurring on an account. For example:

Account create

Account suspension/resume

Line (account) termination attempted (convinced back by representatives)

Line termination

EVENT ASSIGNMENT

Base

Describes relationship between unique events.

EVENT ASSIGNMENT REASON

Lookup

Lookup for all possible reasons why a relationship exists between two EVENTs. For example:

Premise

Result in

EVENT ASSIGNMENT TYPE

Lookup

Lookup for all types of relationships between two EVENTs.

EVENT CATEGORY

Lookup

Lookup for EVENT CATEGORY which is further grouped into EVENT TYPE. For example:

Loyalty Program Event

Access Method Event

EVENT CHAT

Base

The chat history between the service representative and the CUSTOMER.

EVENT CHAT DETAIL

Base

The chat history details between the service representative and the CUSTOMER. Each chat message is saved as one record.

EVENT CIRCUIT RENTAL

Base

Subtype of "Non Network Events", corresponding to the rental of a fixed line (broadband or phone line). The rental normally incurs charges for various type of activities. For example:

Initial Installation

Maintenance Check

Termination

EVENT CLASS

Lookup

Lookup for the classification for the types of EVENTs that can occur. For example:

IN: involves only Communications Service Provider

OUT: involves customer

EVENT CONTRACT

Base

EVENT that happened in a CONTRACT. For example, an agreement breach event.

EVENT COST

Base

Subtype of COST, which is specifically related to a given EVENT. This cost is usually for a non-network event such as an interaction with a customer. For example, for on-site maintenance after a service issue or a break-down.

EVENT EMIT DETAIL

Reference

The expressions that determine what, if any, constraints are to be applied to this Policy Event Set. This entity also defines additional semantics to help identify the type of this event.

EVENT EMPLOYEE PAYROLL

Base

Event in which payroll payment was made to an employee (excludes sales commission). Subtype of EVENT.

EVENT EQUIPMENT INSTANCE

Base

Events per instance of EQUIPMENT. Subtype of EVENT.

EVENT FINANCIAL

Base

Financial event involving an account or billing statement. Subtype of EVENT.

EVENT GEOGRAPHY

Base

Events affecting a Geographic Area that may have an impact on a provider's business. Subtype of EVENT. For example:

Earthquake

Power Outage

Labor Strike

EVENT GIFT REDEMPTION

Base

A gift redemption event occurred for a contract or subscription; normally because of a product market plan promotion. Operators may also give away gift items because of events such as a wrong billing. The redemption does not involve a LOYALTY PROGRAM.

EVENT INVOICE DELIVERY

Base

The delivery of invoice to customer. For example:

Printed letter

Email

Duplicate printed letter on request

EVENT LOCATION

Reference

Assigns an address location to the EVENT.

EVENT LOYALTY PROGRAM

Base

Events associated with each event or transaction on a customer loyalty program. For example:

Loyalty points earned by the customer

Bonus points awarded to the customer

Points redeemed by the customer

EVENT LOYALTY PROGRAM ACCUMULATION

Base

Subtype of EVENT LOYALTY PROGRAM, where a customer receives loyalty program points, a credit, based on network usage, a payment, or some other event.

EVENT LOYALTY PROGRAM REDEMPTION

Base

Subtype of EVENT LOYALTY PROGRAM, where a customer uses loyalty program points, a credit, to redeem gift items including cash placed in their account balance or some other redemption gift item such as a toy.

EVENT PARTY ASSIGNMENT

Base

Many to many relationship assigning a party or multiple parties to event(s).

EVENT PARTY INTERACTION

Base

Interactions or communications with the customer. For example:

Faults

Inbound and outbound telemarketing

Direct mail

SMS

Email

Service calls

Complaints

Debt collection

EVENT PARTY INTERACTION CALL

Base

Subtype of EVENT PARTY INTERACTION which represents all phone call interactions from the customer with detailed information including:

Hold time

Queue time

Interaction time

Run by the Automated Voice Response (AVR)

EVENT PARTY INTERACTION EMAIL

Base

Subtype of EVENT PARTY INTERACTION which represents email interaction from customers.

EVENT PARTY INTERACTION ITEM

Base

When multiple threads are discussed in a single EVENT PARTY INTERACTION, this line item lists the involved threads and other information including accounts, subscriptions, and so on. This is also the M:M relationship between the PARTY INTERACTION THREAD and the event.

EVENT PARTY INTERACTION LETTER

Base

Subtype of EVENT PARTY INTERACTION which represents the interaction with customers through letters.

EVENT PARTY INTERACTION PARTICIPATION

Base

Tracks multiple employees who participate in a same interaction with a customer

EVENT PARTY INTERACTION VISIT

Base

Visits to a store by a customer. Subtype of EVENT.

EVENT PARTY PROFILE

Base

Event in which party profile information was modified or updated.

EVENT PARTY ROLE

Reference

Role played by a PARTY in an EVENT. For example:

Customer who reported the event

Customer affected by event

Party who caused the event

EVENT PREPAID MOBILE

Base

Actions involving PREPAID MOBILE EVENT TYPE account. Subtype of EVENT ACCOUNT. For example:

Initial activation

Recharges

Adjustments

Deactivation

EVENT PRODUCT PACKAGE

Base

Events associated with an offer or PRODUCT PACKAGE. Subtype of EVENT.

EVENT REASON

Lookup

Lookup for event reasons. For example: arrearage.

EVENT REASON CATEGORY

Lookup

Lookup for event reason categories. Categories are further grouped into event reasons.

EVENT RESOLUTION

Reference

The domain of results that may occur in the resolution of an EVENT.

EVENT RESPONSE REASON

Lookup

Lookup for possible response reasons that may be used in an EVENT.

EVENT RESULT

Lookup

Lookup for the description of a result or any events. For example:

Successfully processed

Escalated

Refused by CSP

Refused by customer

Failed – Impossible

Failed – process error

EVENT SIM CARD

Base

Events associated with a SIM CARD. Subtype of EVENT.

EVENT STATUS

Base

Lookup for event status. For example:

Completed

Pending

In-Progress

Suspended

Cancelled

Abandoned

EVENT STATUS REASON

Lookup

Lookup for event status reasons. For example:

Insufficient funds

Stolen card

EVENT STATUS TYPE

Lookup

Lookup for EVENT STATUS. For example:

Complete

Pending

In-Progress

Suspended

Cancelled

Abandoned

EVENT SUBSCRIPTION

Base

Events associated with a subscription. Subtype of EVENT. For example:

Subscription activation

Reimbursement on prepaid account

Termination

Suspension because of insufficient deposit

EVENT SUBSCRIPTION CHANGE

Base

Events involving temporal provisioning and relinquishment of products and services to current subscription base.

EVENT TRIGGER DETAIL

Reference

Tracks the execution, evaluation of POLICY RULE on each POLICY EVENT.

EVENT TYPE

Lookup

Lookup for event type. For example:

In Loyalty Program Event

1.1 Points Accumulation

1.2 Redemption

Access Method Event

2.1 Access Method Login (connect)

2.2 Access Method Logout (disconnect)

2.3 Access Method Suspension (because of late payment or other reason)

EVENT WEB REGISTRATION

Base

The event of a customer registering at Web site to apply for service.

EVENT WEB VISIT

Base

Subtype of Customer Interaction event, to track the customer visit on a service provider Web site.

EXCLUDE PORT DETAIL

Reference

The attribute exclusionFunction is designed to be populated from an external management system, and represents the criteria for excluding one or more Element Ports. A predefined exclusion function is to limit the role that a Element Port plays to an edge role. However, this entity enables additional functions to be used to exclude Element Ports.

EXPENSE REPORT PARTY ASSIGNMENT

Base

The involvement of different PARTYs in a given EMPLOYEE EXPENSE REPORT. For example:

The employee who claims the expense

The employee who approves the expense

The customer involved in the expense adjustification

EXPENSE REPORT STATE TYPE

Lookup

Lookup for the types of STATE which an EMPLOYEE EXPENSE REPORT may be in. For example:

Submitted

Pending approval

Approved

Paid

EXPENSE TYPE

Lookup

Lookup for type of expense being claimed. For example:

P = expense was pre-paid by the company

C = Cash advance

E = Actual expense incurred by requestor

EXTERNAL CREDIT PROFILE

Reference

A source of information that helps define the credit worthiness of the customer.

EXTERNAL CREDIT PROFILE ASSIGNMENT

Reference

Indicate which external agency or institute provided the credit profile for the given customer.

EXTERNAL DEBT COLLECTION DAY DRVD

Derived

Daily collections by external collector.

EXTERNAL DEBT COLLECTION MONTH AGGR

Aggregate

Monthly collections by external collector.

EXTERNAL INFORMATION SOURCE

Reference

Source from which the demographic information or customer information is obtained.

EXTERNAL OPERATOR

Reference

All operators the Service Provider does business with, including inland competitors or roaming partners.

EXTERNAL ORGANIZATION TYPE

Lookup

Lookup for types of external organizations.

FACTOR COMPANY

Reference

Stores the information about the factor company, which is the financial instrument holding the receivables.

FAULT RESOLUTION TYPE

Lookup

Lookup for available types of network fault resolution.

FAULT TYPE

Lookup

Lookup for available types of faults.

FDA

Reference

The FDA is the Fibre Distribution Area. The FDA is an aggregated fiber broadband geographical area served. Each area served is one "Network Site".

FIELD ACTIVITY RESULT TYPE

Lookup

Lookup for available result types for customer field activities that are performed by support engineers. For example:

S - Successful

F - Failed

FIELD ACTIVITY TYPE

Lookup

Lookup for types of customer field activities that may be performed by support engineers. For example:

Installation

Troubleshooting

Upgrade

FISCAL HALF MONTH

Reference

Defines half-month in a fiscal calendar.

FISCAL HALF YEAR

Reference

Defines half-year in a fiscal calendar.

FISCAL MONTH

Reference

Defines month in a fiscal calendar.

FISCAL QUARTER

Reference

Defines quarter in a fiscal calendar.

FISCAL WEEK

Reference

Defines week in a fiscal calendar.

FISCAL YEAR

Reference

Defines year in a fiscal calendar.

FIREWALL ROLE

Reference

Abstracts the different routing capabilities necessary for a LOGICAL DEVICE to have. This helps simplify the modeling of (especially) network devices, which have many different sets of capabilities. For example, most routers can do routing, forwarding, and firewalling of traffic. By modeling these capabilities as three roles, router functionality is both abstracted and categorized, so that the differences between firewalling done by a router and firewalling done by a dedicated firewall device can be differentiated.

FIXED LINE

Reference

Subtype of PRODUCT that provides detailed information on the fixed line service.

FIXED LINE CALL EVENT

Base

Event involving a call made on a Fixed Line telephone.

FIXED LINE PORT

Reference

The port ID associated with the telephone plug that provides a customer with fixed line service. The Fixed Line Port connects a customer's phone to a SWITCH.

FIXED LINE RATING PLAN

Reference

Subtype of PRODUCT RATING PLAN associated only with Fixed Lines.

FIXED LINE SERVICE

Reference

Subtype of SERVICE for detail information on the fixed line service.

FLEXIBLE CHARACTERISTIC

Reference

An abstracted entity to provide common structure for all types of characteristics. All of the various types of characteristics may be applicable to the subject, including product, service, network element, and so on. This entity provides a flexible way to define additional attributes for those entities with complex features.

FLEXIBLE CHARACTERISTIC ASSIGNMENT

Reference

Assigns the characteristic to the subject.

FLEXIBLE CHARACTERISTIC ASSIGNMENT TYPE

Reference

Lookup of ASSIGNMENT TYPE. For example:

Depending on

Having feature of

Conflict with

FLEXIBLE CHARACTERISTIC RELATIONSHIP

Reference

Relationship between characteristics, for example, one characteristic may conflict with another.

FLEXIBLE CHARACTERISTIC TYPE

Reference

Lookup of FLEXIBLE CHARACTERISTIC types.

FLEXIBLE CHARACTERISTIC VALUE

Reference

Possible values that a characteristic may take, including predefined choices or free numeric values.

FLEXIBLE CHARACTERISTIC VALUE ASSIGNMENT

Reference

Assigns the characteristic value to the applicable subject.

FLEXIBLE CHARACTERISTIC VALUE RELATIONSHIP

Reference

Relationship between two flexible characteristic values. For example, exclusiveness, same as, and so on.

FRAUD PROFILE CLASS

Lookup

Lookup for all possible classes of fraud profile that customers or dealers may commit.

FSAM

Reference

FSAM (Fibre Serving Area Module) is an aggregation of FDAs. The FSAM is a group of served areas by the operators of the service, mostly FTTH, or Optical Fiber Broadband.

Table 2-25 G to J Entity Descriptions

Entity Name
Type
Description

GENDER

Lookup

Lookup for gender.

GEOGRAPHY BUILDING

Reference

Building level in GEOGRAPHY HIERARCHY.

GEOGRAPHY CITY

Reference

Cities defined in a Geography.

GEOGRAPHY COMPLEX

Reference

Specifies the complex level in GEOGRAPHY HIERARCHY. The complex includes the complexes, a few building forming an enclosed area, in a city, at Universities, or industrial parks, and so on.

GEOGRAPHY COUNTRY

Reference

Countries defined in a Geography.

GEOGRAPHY COUNTY

Reference

Counties defined in a Geography.

GEOGRAPHY DEMOGRAPHIC GROUP

Reference

User-defined classification for DEMOGRAPHY ATTRIBUTEs.

GEOGRAPHY DEMOGRAPHY ATTRIBUTE

Reference

User defined attributes to describe demographic information for a given Geography.

GEOGRAPHY DEMOGRAPHY VALUE

Reference

User defined values corresponding to the DEMOGRAPHY ATTRIBUTEs.

GEOGRAPHY ENTITY

Reference

User defined geographic units.

GEOGRAPHY ENTITY ASSIGNMENT

Reference

Assignment of GEOGRAPHY ENTITYs to a user defined hierarchy level.

GEOGRAPHY ENTITY HIER LEVEL ASSIGNMENT

Reference

Assigns GEOGRAPHY ENTITYs to GEOGRAPHY HIERARCHY LEVELs.

GEOGRAPHY HIERARCHY

Reference

User defined geographic hierarchies.

GEOGRAPHY HIERARCHY LEVEL

Reference

User defined levels within a geographic hierarchy.

GEOGRAPHY HIERARCHY LEVEL ASSIGNMENT

Reference

Assignment of a GEOGRAPHY HIERARCHY level to a GEOGRAPHY ENTITY.

GEOGRAPHY LEVEL

Reference

User defined name and descriptions for GEOGRAPHY HIERARCHY LEVEL.

GEOGRAPHY LEVEL ATTRIBUTE

Reference

User defined attributes associated with a GEOGRAPHY LEVEL.

GEOGRAPHY LEVEL ATTRIBUTE VALUE

Reference

Values assigned to the GEOGRAPHY LEVEL ATTRIBUTEs.

GEOGRAPHY NEIGHBORHOOD

Reference

Defines a neighborhood in GEOGRAPHY HIERARCHY.

GEOGRAPHY REGION

Reference

Defines a region in a Geography.

GEOGRAPHY STATE

Reference

Defines a state in a Geography.

GEOGRAPHY STREET

Reference

Defines a city in GEOGRAPHY HIERARCHY.

GEOGRAPHY SUB REGION

Reference

Defines a subregion in a Geography.

GEOGRAPHY WORLD

Reference

Top level of Geography.

GIVE AWAY ITEM DAY DRVD

Derived

Statistics of all give away items to the customer for promotion or retention purposes.

GIVE AWAY ITEM MONTH AGGR

Aggregate

Monthly aggregation of all give away items given to customers for promotion or retention purposes.

GIVE AWAY TYPE

Lookup

Lookup for types of give-aways.

GL ACCOUNT

Reference

The GL accounts are defined to track financial status from a specific angle. All GL Journals are posted to various GL Accounts to reflect financial impact of each business transaction. Each account is defined by certain codes and flags, including whether the account is enabled, whether detail posting or detail budgeting is allowed, and others.

GL ACCOUNT ASSIGNMENT

Reference

Defines the relationship between two GL ACCOUNTs to form an Account Hierarchy. It stores lists of the detail accounts associated with each summary account.

GL ACCOUNT SEGMENT

Reference

Defines different types of GL ACCOUNT, including: Cash, Bank, Equipment, and so on.

GL ACCOUNT TYPE

Lookup

Lookup for types of GL ACCOUNTs. For example:

Asset

Liability

Equity

GL BALANCE

Base

Specifies actual, budget, and encumbrance balances for detail and summary accounts.

GL COST CENTER SEGMENT

Reference

Subtype of GL SEGMENT linking GL ACCOUNT to a specific COST CENTER.

GL JOURNAL ENTRY

Base

Specifies journal entries.

GL JOURNAL ENTRY BATCH

Base

Specifies journal entry batches.

GL JOURNAL ENTRY CATEGORY

Lookup

Lookup for journal entry categories. Specifies the category name and description. Each journal entry in the General Ledger is assigned a journal entry category to identify its purpose. For example:

Purchase Invoices

Receiving

GL JOURNAL ENTRY LINE

Base

Specifies the journal entry lines to track changes to each GL ACCOUNT made by a certain GL JOURNAL ENTRY. There is a one-to-many relationship between GL JOURNAL ENTRYs and journal entry lines.

GL JE LINE SUBLEDGER ASSIGNMENT

Base

Defines the relationship between GL JOURNAL ENTRY LINEs and GL SUBLEDGER JOURNAL ENTRY LINEs. Represents individual transactions from subledgers that have been summarized into General Ledger journal entry lines.

GL LEDGER

Reference

Defines information about the ledgers and the ledger sets defined in the Financial system. A GL Ledger is defined by 4C, chart of accounts (COA), functional currency, accounting calendar, and Accounting method.

GL LEDGER ACCOUNT ASSIGNMENT

Reference

Assigns the GL ACCOUNTs to GL LEDGERs to form the Chart Of Account (COA).

GL ORG BSNS UNIT SEGMENT

Reference

Assigns the GL ACCOUNT to corresponding ORGANIZATION BUSINESS UNIT.

GL PERIOD

Reference

Specifies information about the accounting periods defined with an Accounting Calendar.

GL PRODUCT SEGMENT

Reference

Assigns the GL ACCOUNT to corresponding PRODUCT.

GL PROJECT SEGMENT

Reference

Assigns the GL ACCOUNT to corresponding PROJECT.

GL REFERENCE

Reference

Groups or Categories referred from General Ledger to classify all revenue related activities.

GL SEGMENT

Reference

Each GL ACCOUNT contains a few independent segments, which are determined by the Financial System setup. For example, telecom operators may setup their GL Account in this format:

<Country, Cost Center, Account, SubAccount>

1 Y3G1 US 1001 2000
2 Y1C1 JP 1001 3000
3 Y2C1 CN 2001 4000

In this example, Country, Cost Center, and so on, are all different GL Segments. Account 1001 may stand for Cash, while 2001 stands for Bank, and 4000 stands for a specific bank account, and so on. Each of the GL ACCOUNTs may be linked (rolled up) to a specific business entity (Concept), such as organization business unit, project, and so on, through the subentities of GL Segment.

Note: Do not confuse Account in this description with ACCOUNT, which is customer account.

GL SEGMENT TYPE

Lookup

Lookup for type of GL SEGMENT. For example:

Project

Account

Project

GL SUBLEDGER

Reference

Specifies the subsidiary ledger, and represents original business transaction information that varies depending on the application.

GL SUBLEDGER JOURNAL ENTRY

Base

Represents subledger journal entries. The subledger Journal Ledger records the transaction at original level, that is each invoice, or each Purchase Order should have one entry in subledger journal entry.

GL SUBLEDGER JOURNAL ENTRY LINE

Base

Represents the subledger journal entry lines. There is a one-to-many relationship between subledger journal entry headers and subledger. The GL Subledger Journal Entry Line breaks down the GL SUBLEDGER JOURNAL ENTRY into different GL ACCOUNTs.

GPRS PCU DAY DRVD

Derived

Statistics on the PCU (Packet Control Unit) for the GPRS (General Packet Radio Service) such as bytes sent, bytes received, the transferred data volume, and so on.

GPRS PCU MONTH AGGR

Aggregate

Monthly aggregation of statistical values on PCU (Packet Control Unit) for the GPRS (General Packet Radio Service). For example:

Bytes sent

Bytes received

GPRS SERVICE

Reference

Subtype of PRODUCT, with more information about GPRS (General Packet Radio Service).

The service provider provides various services such as Internet, WAP to its customers or subscribers over GPRS. The information about the usage of these services is to be analyzed at individual and aggregate level. The GPRS service dimension organizes all GPRS services.

GPRS SERVICES DAY DRVD

Derived

Daily summation regarding GPRS services provided to subscribers.

GPRS SERVICES MONTH AGGR

Aggregate

Monthly summation regarding GPRS services provided to subscribers.

GPRS USAGE EVENT

Base

Specifies the GPRS Session Event. This describes most of the fields you find in the GPRS S-CDRs and G-CDRs as defined by ETSI.

HALF HOUR

Reference

Half-hours defined as part of time.

HALF MONTH TODATE TRANSFORMATION

Reference

Todate transformation information at the half-month level.

HALF MONTH TRANSFORMATION

Reference

Transformations with respect to half-month. For example:

This half-month last year

This year last half-month

HALF YEAR TODATE TRANSFORMATION

Reference

Cumulative time transformations at the half-year level.

HALF YEAR TRANSFORMATION

Reference

Transformations with respect to half-year. For example:

This half-year last year

This year last half-year

HANDSET INSTANCE

Reference

Instance of a handset.

HANDSET MODEL

Reference

Models of handsets.

HANDSET STOCK DAY DRVD

Derived

Daily Aggregate of Handset Stock statistics by CUSTOMER, SALES CHANNEL, and SALES CHANNEL REPRESENTATIVE.

HANDSET STOCK MO AGGR

Aggregate

Monthly Summary of Handset Stock statistics by SALES CHANNEL and SALES CHANNEL REPRESENTATIVE.

HANDSET SUBSIDY DAY DRVD

Derived

Daily summation of handset distributions involving gift, discount, or loyalty voucher points.

HANDSET SUBSIDY MONTH AGGR

Aggregate

Monthly summation of handset distributions involving gift, discount, or loyalty voucher points.

HARDWARE

Reference

This entity represents any type of hardware entity that exists as an atomic unit that is not a PHYSICAL LINK or a PHYSICAL CONNECTOR. Hardware is defined as any component that has a distinct physical identity and can be a component of a PHYSICAL DEVICE. An object has a physical identity if it has a physical manifestation that enables it to be held and have a label attached to it. Thus, software, files, protocols, and policies are not physical objects.

HOLDER ATOMIC

Reference

Represents atomic holders of EQUIPMENT that are individually manageable and do not form composite, or nested, Equipment Holders. Each Holder Atomic object can be a FRU.

HOLDER COMPOSITE

Reference

Represents Equipment Holders that are made up of other Equipment Holders (that is, instances of this entity and the Holder Atomic entity). This provides the semantics of collecting a set of components, each of which is individually manageable, and being able to manage the set of objects as a whole. This containment is modeled using the Has Holders aggregation.

HOME SUBSCRIBER SERVER

Reference

The server holding customer account information in Intelligent Network (IN), or Internet Multimedia System (IMS). For example:

Home Subscriber Server (HSS) from IMS

Service Control Point (SCP)

HOUR

Reference

Hours defined as part of time.

HOUSEHOLD

Reference

Captures household information for the household that the individual customer may belong to.

IDD

Reference

Subtype of PRODUCT that provides information about IDD service.

IDD CALL EVENT

Base

Event involving an International Direct Dial (IDD) call.

IN PLATFORM

Reference

IN (Intelligent Network) platforms operated by the telecom service provider. The Prepaid mobile or toll-free business normally relies on IN platform.

IN PLATFORM DAY DRVD

Derived

Daily summation of parameters related to the IN PLATFORM functioning and performance on a daily level.

IN PLATFORM MONTH AGGR

Aggregate

Monthly summation of parameters related to the IN PLATFORM functioning and performance on a monthly level.

IN ROUTING DEVICE

Reference

Specifies all the different types of devices, such as VLR, HLR, and SCP servers, which are utilized in a network to decide the call routing in IN Network or Wireless IN Network (IN is Intelligent Network).

INDIVIDUAL DEMOGRAPHY PROFILE

Reference

The demographic values for individual customer and customer household.

INDIVIDUAL DEMOGRAPHY VALUE

Reference

Values assigned to user-defined DEMOGRAPHY ATTRIBUTEs.

INDIVIDUAL NAME

Reference

Records all names used by the individual party along the history.

INITIATIVE RESULT TYPE

Lookup

Lookup for all possible results of initiatives. For example, the result is:

Becomes a customer

Does not become a customer

INITIATIVE TYPE

Lookup

Lookup for available initiative types.

INSTALLMENT CONTRACT

Base

The installment payment scheme for customer bills.

INTERACTION ANSWER CHOICE

Base

Defined answers, choices, corresponding to initiative questions.

INTERACTION CHANNEL

Reference

Channels used for Provider or Customer interactions. For example:

Call center

Online business system

Counter

INTERACTION DIRECTION

Lookup

Lookup for available directions for initiatives. For example:

Inbound

Outbound

INTERACTION NAVIGATION ASSIGNMENT

Reference

The navigation path between each two navigation items. For example, from Welcome Page to Log in page, or from Hot Offering to a specific Product Market Plan advertisement page, and so on. The navigation may change over the time, for example, a product may be on the Hot Offering page for only a short period.

INTERACTION NAVIGATION HISTORY

Base

The history of customer navigation path in each interaction call, or web visit. For example, in an IVR call, a customer may go through the following steps:

Welcome

Broadband

Account balance query

These actions are realized as three records in the history.

INTERACTION NAVIGATION ITEM

Reference

Specifies all the possible places where customer may go to in the IVR or Web service context.

INTERACTION NAVIGATION ITEM TYPE

Lookup

Lookup for the type of Interaction Navigation. For example:

IVR Main Menu

Home Page

Account Activation

Account Balance Query

Network Fault Request

INTERACTION NAVIGATION LEVEL

Lookup

Lookup for the level of Interaction Navigation according to the path depth the item is in.

INTERACTION NAVIGATION TYPE

Lookup

Lookup for the type of INTERACTION NAVIGATION ITEM. For example:

IVR

Web Page

INTERACTION NAVIGATNION TYPE VERSION

Reference

Historical versions of INTERACTION NAVIGATION ITEMs.

INTERACTION PRIORITY TYPE

Lookup

Lookup for the different priorities which can be assigned to each EVENT PARTY INTERACTION.

INTERACTION QUESTION RESPONSE

Base

Responses provided by CUSTOMER to interaction questions.

INTERACTION REASON

Lookup

Lookup for interaction reasons. For example:

Debt collection

Service call

Inbound marketing

Outbound marketing

Customer complaints

INTERACTION RESULT TYPE

Lookup

Lookup for possible responses to customer interaction. For example:

Showed interest without decision

Offer accepted

Never call again

INTERACTION STATUS

Lookup

Lookup for available interaction status. For example:

Planned

In-progress

Executed

Closed

INTERACTION TRANSFER HISTORY

Base

The history of interaction transfers.

INTERACTION TRANSFER REASON

Lookup

Lookup for reasons that an interaction is transferred from one agent to another one. For example:

Wrong routing

Another business interaction

To supervisor

INTERACTION TYPE

Lookup

Lookup for types of interactions between company and CUSTOMER. For example:

Email

Call Center Inbound

Call Center Outbound

Walk-In to the shop

Letter

INTERNAL DEBT COLLECTION DAY DRVD

Derived

Daily summary of payment and collection by internal collector.

INTERNAL DEBT COLLECTION MONTH AGGR

Aggregate

Monthly summary of payment and collection by internal collector.

INTERNET ACCESS EVENT

Base

Subtype of NETWORK EVENT, which captures customer internet surfing history with detailed URL and time information.

INVENTORY ITEM STATE

Base

Specifies a unit record of a particular stock ITEM, held in a particular Inventory Location, in a particular Inventory State and controlled or managed by a particular Revenue Center.

INVOICE

Base

Invoices issued to accounts representing request for payment for goods and services for a specified period.

INVOICE ADJUSTMENT

Base

Adjustments made on the INVOICE.

INVOICE ADJUSTMENT MONTH AGGR

Aggregate

Monthly aggregation of calculated measures for all adjustments made on the INVOICEs.

INVOICE ADJUSTMENT DRVD

Derived

Calculated measures for all adjustments made on the INVOICEs.

INVOICE ADJUSTMENT QUOTA

Reference

Quota of INVOICE ADJUSTMENTs assigned to EMPLOYEE.

INVOICE ADJUSTMENT REASON

Lookup

Lookup for the possible reasons for an adjustment on a customer's or on a partner's bill. For example:

Service Activation Error

Billing Error

Goodwill

VIP, Loyalty Program, Customer

Promotion Event

Service downgrade/fault compensation

Customer complain

INVOICE ADJUSTMENT TYPE

Lookup

Lookup for available adjustment types that may be applied to customer invoices. For example:

Direct Total Amount Adjustment

Discount Total Bill Amount Adjustment

Monthly Fee Adjustment

Recharge Fee Adjustment (Prepaid)

Activation Fee Adjustment

Free-Unit Amount Adjustment

Item Charge Adjustment

Loyalty Points Adjustment

Others

INVOICE CUSTOMER TYPE AGGR

Aggregate

Monthly aggregation of all INVOICEs to post paid customers at customer type level.

INVOICE DELIVERY FORMAT

Reference

The format specification, including header, font, and so on, of each invoice delivered to the customer.

INVOICE DELIVERY TYPE

Lookup

Lookup for available delivery types of INVOICE to customer. For example:

Printed letter

Email

Duplicate printed letter on request

INVOICE DISCOUNT

Base

Discount applied to INVOICE.

INVOICE DISCOUNT REASON

Lookup

Lookup for available discount reasons.

INVOICE DISCOUNT TYPE

Lookup

Lookup for available discount types that may be applied to customer invoice.

INVOICE DRVD

Derived

Statistics on Invoices for further aggregation.

Postpaid customers are billed/invoiced for the usage of services on monthly basis, that is, bill for every subscriber based on his package, category, and usage is calculated, printed and sent to the customer account address for payment.

INVOICE ITEM

Base

Any line that appears on the INVOICE which is specific to the product components a customer has. The invoice item is not necessarily associated with a monetary charge or a credit (but invoice item usually does have an associated monetary charge or credit). The invoice item is usually a billable item to a given account, onto which usage or other events are charged. The unbillable items that could be part of the invoice item are "Loyalty Points", "Free Unit Amount/Rollover", and so on.

For example:

Wireless Call

Ringtone Downloading

Monthly Fixed Rate

INVOICE ITEM DETAIL

Base

Additional details regarding INVOICE ITEM including Product Usage Level.

INVOICE ITEM DETAIL TYPE

Lookup

Lookup for invoice item detail types (item detail is the description of each column of a given item in a bill). The invoice item detail type may be classified in a mobile line. For example:

Call Date

Duration

Dialed Digits

Units

Direction

Zone

Charge Net

VAT

Total Charge

INVOICE ITEM RELATIONSHIP

Base

Define the relationship between INVOICE ITEMs.

INVOICE ITEM TYPE

Lookup

Lookup for invoice item types. For example:

1 = Long Distance Minutes of Usage

2 = Access Charge

3 = Monthly Fee

4 = Equipment Charge

5 = Roaming Minutes of Usage

6 = Equipment Rental

7 = Installation Charge

8 = Adjustment or Discount

9 = Call Record Detail

INVOICE PAYMENT ASSIGNMENT

Base

Matches the payment to an INVOICE.

INVOICE PAYMENT TERM

Base

Payment terms of each INVOICE. For example:

Payment days

INVOICE PAYMENT TERM TYPE

Lookup

Lookup for available types of payment terms.

INVOICE STATUS HISTORY

Base

Status history for an INVOICE, for example, the invoice may experience a status change from open to closed, or from open to extended.

INVOICE STATUS TYPE

Lookup

Type of INVOICE status. For example:

Open (not paid)

Closed (paid)

Extended (due date is changed)

INVOICE TAX ITEM

Base

The Tax item applied to the INVOICE.

INVOICE TYPE

Lookup

Lookup for type of INVOICE according to invoice generation process. For example:

Summary Invoice for hierarchical account

Standard Invoice

Trial Billing Invoice

IP ADDRESS

Reference

Represents an IP address. The IP Address can be either in v4 or v6 form, and can be formatted as dotted decimal or CIDR. One or more host aliases can also be supplied.

IP ADDRESS POOL

Reference

Subtype of ACCESS METHOD POOL, which lists all IP addresses available to customers.

IP SUBNET

Reference

A portion of a network that shares a common address component. On TCP/IP networks, subnets are defined as all devices whose IP addresses have the same prefix. For example, all devices with IP addresses that start with 100.100.100 would be part of the same subnet.

IPV4 ADDRESS

Reference

Refines the generic IP ADDRESS to add formatting capabilities that are specific to IPv4.

ISP

Reference

Internet Service Provider (ISP).

ISP BUSINESS

Reference

The business that the ISP may provide. For example:

Company | Services

A $ 45.00 Broadband DSL Access 20Mbps Down, 896Kps Up

A $ 25.00 Broadband DSL Access 7Mbps, 896Kps Up

A $ 19.99 Broadband DSL Access 1.5Mbps, 896Kps Up

A $ x.xx Wireless Broadband or cable modem Access

This only covers ISP specific business (not Application Provider business).

ISP BUSINESS ASSIGNMENT

Reference

Relates an ISP to the Communications Service Provider through a "business" relationship. This entity assigns the definition of the relationship, in entity ISP BUSINESS, with the corresponding ISP.

ISP BUSINESS TYPE

Lookup

Lookup for high level of ISP business type. For example, Cooper Line Internet Connection (may further divided as DSL, ISDN), Colocation, DNS Name, and so on. For example:

Virtual private server

Dedicated hosting

Colocation center

Web hosting

Free hosting

Shared hosting

Clustered hosting

Reseller hosting

Application-specific

Blog hosting

Image hosting

Video hosting

Wiki farms

File hosting

Remote backup service

Game server hosting

DNS hosting

E-mail hosting

ISP TYPE

Lookup

Lookup for types of ISPs.

ISP USAGE EVENT

Base

Records traffic details of each session the user conducts with the Internet Service Provider ISP. The entity documents the connect and disconnect date and time and the number of local and international bytes downloaded, and uploaded. There will typically be multiple rows for each long running session. The entity will be implementation dependent, but normally there will be a record generated each hour, all records for the one session will have the same connect and disconnect date times, but the event start/end datetimes will identify the period that the usage (bytes) covers.

ISP USER

Reference

Identifies the user names associated with the Internet Service Provider (ISP) subscription.

ITEM

Reference

Details describing the item or PRODUCT.

ITEM TYPE

Lookup

Lookup for type of item (PRODUCT).

IVR INTERACTION NAVIGATION HISTORY

Base

Specifies the IVR interaction navigation history.

IVR MENU ITEM

Lookup

The IVR MENU ITEM, which can be used to construct the whole IVR navigation system. Each IVR MENU ITEM represents a group or a specific business function.

JOB

Reference

The occupation of the customer, which is the principal activity the customer performs to earn money.

JOB ROLE

Reference

Job Roles defined in the company that may be assigned to employees. For example:

Sales representative

Support

Product manager

Customer representative

Call center agent

JOURNAL ENTRY LINE CUSTOMER ORDER ITEM ASSIGNMENT

Base

Cross-Reference from GL SUBLEDGER JOURNAL ENTRY LINE to CUSTOMER ORDER LINE ITEM.

JOURNAL ENTRY LINE INVOICE ITEM ASSIGNMENT

Base

Cross-Reference from GL SUBLEDGER JOURNAL ENTRY LINE to INVOICE ITEM.

Table 2-26 K to N Entity Descriptions

Entity Name
Type
Description

KEY PERFORMANCE INDICATOR SLS PARM

Reference

A measure of a specific aspect of the performance of a SERVICE (network or non-network) or a group of SERVICEs of the same type.

KEY QUALITY INDICATOR SLS PARM

Reference

A measure of a specific aspect of the performance of a product, subscription, or a service. A Key Quality Indicator (KQI) draws data to compute the measure from several sources, including KPIs.

LAN

Reference

A Local Area Network (LAN) is a computer network covering a specific local area, such as a home, office, or small group of buildings. The LAN provides communication between computers and devices.

LAN PROTOCOL

Reference

LAN Protocols operate at the lowest two levels of the OSI model, that is, physical and data link, and are used to define communications over different types of local area media.

LAND PARCEL ADDRESS

LANGUAGE

Lookup

Languages spoken or written within the company or in interactions with CUSTOMERs.

LANGUAGE DIALECT

Reference

A special type of speaking or written language dialect.

LAYER NETWORK

Reference

A Layer Network is defined by the complete set of Access Groups of the same type that may be associated for transferring information. The information transferred is characteristic of the layer network and is termed characteristic information. The associations of the trail terminations, that form a trail, in a layer network may be made and broken by a layer network management process thus changing its connectivity. A separate, logically distinct layer network exists for each trail termination type. The topology of a layer network is described by access groups, subnetworks, and the links between them.

LEGAL PROCESS STATUS TYPE

Lookup

Lookup for various states which a legal process could be in, as part of a party interaction (usually after an inability to find an agreement to pay debts).

LETTER TYPE

Lookup

Lookup for available types of letters that may be sent to CUSTOMERs. For example:

Direct marketing

Legal letter

Contract confirmation letter (Welcome)

LINE ACTIVATION TERMINATION DAY DRVD

Derived

Statistics for the number of lines activated and terminated every day for each ORGANIZATION BUSINESS UNIT.

LINE ACTIVATION TERMINATION MONTH AGGR

Aggregate

Monthly aggregation of numbers of lines activated and terminated for each ORGANIZATION BUSINESS UNIT.

LOCAL ADDRESS LOCATION

Reference

The local place within a given geographical address location to locate a specific object, such as a NETWORK ELEMENT.

LOGICAL CAPACITY

Reference

This entity represents the minimum and maximum requirements, limits, or other variable features of different types of Managed Entities.

LOGICAL DEVICE

Reference

This entity represents logical concepts and services that can be managed that are associated with the device as a whole. Logical Device represents a convenient aggregation point for combining different aspects of a device (For example, software contained in the device, protocols that the devices runs, the set of services that it offers, and so forth). The Logical Device also enables the device itself to have a single logical manifestation. Conceptually, this represents the "brains" of the Device.

For example, the Logical Device represents the set of entities required for a ROUTER to know how to route packets.

LOGICAL DEVICE ATOMIC

Reference

Entity for representing logical concepts and services that can be managed which are associated with the device as a whole. Represents a convenient aggregation point for combining different aspects of a device (For example, software contained in the device, protocols that the devices runs, the set of services that it offers, and so forth).

The Logical Device Atomic also enables the device itself to have a single logical manifestation. Represents all logical devices that are atomic in nature (For example, not made up of multiple distinct logical devices that can be separately managed).

LOGICAL DEVICE COMPOSITE

Reference

Entity for representing logical concepts and services that can be managed which are associated with the device as a whole. Represents a convenient aggregation point for combining different aspects of a device (For example, software contained in the device, protocols that the devices runs, the set of services that it offers, and so forth).

The Logical Device Composite also enables the device itself to have a single logical manifestation. Represents all logical devices that are composite in nature (For example, made up of multiple distinct logical devices that can be separately managed). The composite pattern enables Logical Device Composite objects to be made up of LOGICAL DEVICE objects (that is, either LOGICAL DEVICE ATOMIC and/or Logical Device Composite objects).

LOGICAL DEVICE OS ASSIGNMENT

Reference

This is an association class, and defines the semantics of the Logical Device Uses OS association. This is a complex class, and consequently only a few simple attributes are shown in this viewpoint in order for the reader to get a flavor of the types of parameters defined in this class.

LOGICAL DEVICE ROLE

Reference

Defines required logical features to implement the different roles played by different LOGICAL DEVICEs that are used in a PRODUCT or SERVICE.

LOGICAL DEVICE ROLE SPEC

Reference

Entity for all Logical Device Role Specifications. The Logical Device Role Spec entity enables relationships to be defined between it and other classes in the core model. This helps prevent relationship explosion. The Logical Device Role Spec defines the invariant attributes, methods, relationships, and constraints of various types of roles associated with LOGICAL DEVICEs in the model.

LOGICAL ELEMENT

Reference

This entity describes different logical aspects of devices (For example, DEVICE INTERFACEs) that constitute a PRODUCT. The Logical Element has two main purposes.

To collect common attributes and relationships for all logical entities.

To provide a convenient, single point where relationships with other managed objects can be defined.

LOGICAL ELEMENT PHYSICAL SUPPORT

Reference

This is an association entity defined in the LOGICAL ELEMENT model. The Logical Element Physical Support represents the semantics. For example, depends on, uses, and other relationships, that exist when one or more LOGICAL ELEMENTs are used to support a PHYSICAL ELEMENT. This entity should be extended to model the particular semantics involved. When extended, the type OfDependency attribute must be included, since it is a mandatory attribute. However, new values may be added to its enumerated list of values.

LOGICAL ELEMENT ROLE

Reference

This entity defines the concept of various types of roles that can be associated with LOGICAL ELEMENTs.

LOGICAL ELEMENT ROLE ASSIGNMENT

Reference

Implements the semantics of the Roles Describe Logical Element aggregation.

LOGICAL ELEMENT ROLE SPEC

Reference

Entity for all LOGICAL ELEMENT ROLE specification subclasses. The Logical Element Role Spec enables relationships to be defined between it and other classes. This helps prevent relationship explosion. The Logical Element Role Spec defines the invariant attributes, methods, relationships, and constraints of various types of roles associated with LOGICAL ELEMENTs.

LOGICAL ELEMENT SPEC

Lookup

This entity defines the invariant characteristics and behavior (attributes, methods, constraints, and relationships) of a LOGICAL ELEMENT.

LOGICAL ELEMENT SPEC ATOMIC

Lookup

This entity describes specific attributes, behavior, relationships, constraints, and semantics for building LOGICAL ELEMENT objects. The purpose of this entity is to track specifications of LOGICAL ELEMENTs separately from other types of Element Specifications. This entity inherits the Modifies Element Spec aggregation, and therefore can be used with the corresponding LOGICAL ELEMENT entity. The difference between this entity and the Logical Element Type Composite entity is that this entity represents standalone specifications of LOGICAL ELEMENT objects. The Logical Element Type Composite entity represents a hierarchy of specifications of LOGICAL ELEMENT objects.

LOGICAL ELEMENT SPEC COMPOSITE

Lookup

This entity describes specific attributes, behavior, relationships, constraints, and semantics for building LOGICAL ELEMENT objects. The purpose of this entity is to track specifications of LOGICAL ELEMENT separately from other types of Element Specifications. This entity inherits the Modifies Element Spec aggregation, and therefore can be used with the corresponding LOGICAL ELEMENT entity. The difference between this entity and the Logical Element Type Atomic entity is that this entity represents a hierarchy of specifications for LOGICAL ELEMENTs. The Logical Element Type Atomic entity represents a single standalone specification of a LOGICAL ELEMENT.

LOGICAL ELEMENT SPEC PHYSICAL SUPPORT

Reference

This defines the invariant attributes, methods, constraints, and relationships that exist between a particular Logical Element Type and the PHYSICAL ELEMENT SPEC that it depends on.

LOGICAL ELEMENT TYPE VERSION

Reference

The purpose of this entity is to track Logical Element Type specifications separately from other types of Element Specifications. This entity inherits the modifiesElementSpec aggregation, and therefore can be used with the corresponding Logical Element Type specification entity.

LOGICAL INTERFACE

Reference

An abstract entity that serves as the superclass for all virtual interfaces. Logical interfaces are also called virtual interfaces. This is because a logical interface has no hardware associated with it, and a logical interface is not physically connected to a network. A logical interface serves as a convenient aggregation point for running different relationships that affect its subclasses, thereby avoiding having to instantiate multiple relationships that are essentially the same.

LOOKUP

Lookup

Abstract ENTITY for all lookup entities.

LOYALTY PROGRAM

Reference

Loyalty programs available to which customers may be members of.

LOYALTY PROGRAM CHANNEL

Reference

Channel through which a customer can join, change, or redeem the loyalty program. For example:

Online service

Call center

Shops

LOYALTY PROGRAM DAY DRVD

Derived

Daily aggregate of LOYALTY PROGRAM statistics by CUSTOMER, PRODUCT, SALES CHANNEL, LOYALTY PROGRAM CHANNEL, SALES CHANNEL REPRESENTATIVE, AGE ON NET BAND, CREDIT CATEGORY.

LOYALTY PROGRAM EVENT CATEGORY

Lookup

Lookup for the types of award updates that can be given to the PARTY. For example:

E = Earnings

R = Redemption

LOYALTY PROGRAM EVENT TYPE

Lookup

Lookup for types of LOYALTY PROGRAM events that could be used in a LOYALTY PROGRAM.

LOYALTY PROGRAM MO AGGR

Aggregate

Monthly summary of LOYALTY PROGRAM statistics by PRODUCT, SALES CHANNEL, LOYALTY PROGRAM CHANNEL.

LOYALTY PROGRAM PARTY ROLE

Lookup

Lookup for available roles or responsibilities that may be assigned to a PARTY participant of a LOYALTY PROGRAM. For example:

Customer Member

Internal Officer

Manager

LOYALTY PROGRAM POINTS BALANCE

Base

Balance points awarded to a PARTY in a LOYALTY PROGRAM.

LOYALTY PROGRAM TERMINATION REASON

Lookup

Reasons why a customer terminated the participation of a given LOYALTY PROGRAM.

MAILBOX

Reference

Mailbox allocated to a CUSTOMER.

MANAGE ACTION TYPE

Lookup

Lookup for type of management action that can be performed on a product market plan. For example:

Marketing Manager

Creation

Marketing Research

MANAGED ENTITY

Reference

This is an abstract entity that represents entities in a managed environment that have the following semantics in common:

An ENTITY owns or is otherwise responsible for them.

Management of the ENTITY is critical for providing a service and/or maintaining the environment.

The ENTITY is important from a management point-of-view.

MANAGED HARDWARE

Reference

This entity adds additional semantics to the Hardware base entity. These semantics provide management information on the hardware. For example, attributes defined by this entity can provide the administrative and operational state of the entity, and tell whether it has any alarms.

MANAGED TRANSMISSION ENTITY

Reference

This entity describes different types of logical entities that are or help form connections that transmit and/or receive information. This represents a superclass to various ITU specs (For example, G.805 and M.3100) and the IETF concepts, such as those found in various RFCs, so that it can unite ITU and IETF concepts.

MANAGEMENT DOMAIN

Reference

Represents a special grouping of ENTITYs that has two important properties. First, it is used to partition managed objects into a meaningful logical grouping. Second, it provides a means to show how management functions are distributed and scaled.

MANAGEMENT PROTOCOL

Reference

A Management Protocol is an abstract superclass for protocols that are dedicated to exchanging management information between network devices. This type of protocol is an application layer protocol, and is used for configuring, monitoring, and gathering information about devices.

MARITAL STATUS

Lookup

Lookup for marital status that may be assigned to an individual.

MARKET AREA

Reference

A geographic area or region or other connotation for which demographic data are available.

MARKET AREA LEVEL

Reference

Hierarchical levels of market area.

MARKET OPERATOR PORTING DERIVED

Derived

Monthly porting count between operators. Provides summary information about succeeded Number Porting between operators.

MARKET PLAN DOCUMENT REQUIREMENT

Reference

Defines the customer document requirements of each PRODUCT MARKET PLAN.

MARKET PLAN MANAGEMENT

Base

The management history of market plan by the employee.

MARKET PLAN SUBSTITUTE BY DOC

Reference

Stores the document that allows the customer to access a market plan specific to a certain category of customers (such as Students, Seniors, or unemployed). These market plans usually require a document that proves the validity of the request (for example, income certification or identification documents) that this entity stores.

MARKET PLAN TERM VALUE

Reference

The detail term value according to each term for the market plan, including monthly charge.

MARKET SEGMENT

Reference

A grouping of Parties, Geographic Areas, Sales Channels, and so forth. MARKET SEGMENTs are the target of Marketing Campaigns, PRODUCT MARKET PLAN, Product Promotions, Product Placements, and Product Programs from both internal and external, COMPETITORs, and other Providers, perspective.

MARKET SEGMENT CHARACTERISTIC

Reference

A characteristic quality or distinctive feature of a MARKET SEGMENT. The characteristic can be take on a discrete value, such as sex, can take on a range of values, (for example, household income of $50,000 - $100,000), or can be derived from a formula (for example, number of households = number of customer party roles).

MARKET SEGMENT CHARACTERISTIC VALUE

Reference

A number or text that can be assigned to a MARKET SEGMENT CHARACTERISTIC.

MARKET SEGMENT INCLUSION

Reference

The inclusion relationship between two MARKET SEGMENTs.

MARKET SHARE AGGR

Aggregate

Defines the market information. Monthly summation of Geographic Market Share for a PRODUCT MARKET PLAN.

MARKET SHARE DRVD

Derived

Defines the market information. Sales Revenue by Month, Address, and Business Unit.

MARKET STATISTICS

Reference

A categorization of performance measures by MARKET SEGMENT. PERFORMANCE is measured for the Service Provider and a Service Provider's COMPETITORs in the market place.

MARKET STATISTIC INCLUSION

Reference

Relationship between two market statistics.

MEDIA INTERFACE

Reference

This entity serves as the superclass for all virtual interfaces. Logical Interfaces are also called virtual interfaces. This is because a Logical Interface has no hardware associated with it, and it is not physically connected to a network. The Media Interface serves as a convenient aggregation point for running different relationships that affect its subclasses, thereby avoiding having to instantiate multiple relationships that are essentially the same.

MEDIA OBJECT

Reference

Any form of media in which a CAMPAIGN MESSAGE may appear. For example:

Newspaper page

Television time slot

MEDIA OBJECT ASSIGNMENT

Reference

Relation of one MEDIA OBJECT to another MEDIA OBJECT.

MEDIA OBJECT COST

Base

Costs incurred in the usage of a MEDIA OBJECT. Subtype of the COST that collects all costs related to a specific media (Newspaper, Television spots, Fliers, and so on).

MEDIA OBJECT TYPE

Lookup

Lookup for available types of MEDIA OBJECTs. For example:

Newspaper

Television

MEDIATED CALL EVENT

Base

The mediated call event with original device information, dropped call, and missed call information, which is normally ignored by rating engine. The call event are collected before the calls are rated by rating engine.

MEDIATION STATUS CATEGORY

Lookup

Lookup for category of mediation status, such as successfully mediated or failed.

MEDIATION STATUS REASON

Lookup

Lookup for reasons why the network event is at certain mediation status. For example:

Corrupted File

Missing record

MEDIATION STATUS TYPE

Lookup

Lookup of the mediation status of a given raw network event. For example:

<Rejected>

<Successful>

MINUTE

Reference

Defines minutes as part of time.

MINUTE ALLOWANCE

Base

Subtype of Account Balance describing the number of 'Free' or 'Prepaid' minutes allocated to Subscriber in a given month.

MMS

Reference

Subtype of VALUE ADDED SERVICE and PRODUCT, which contains the information relative to the Multimedia Messaging Service (MMS). Do not confuse with the MMS EVENT itself.

MMS EVENT

Base

Subtype of NETWORK EVENT, which collects all information of calls of type Multimedia Messaging Service (MMS).

MOBILE SWITCHING CENTER

Reference

The Mobile Switching Center (MSC) is a sophisticated telephone exchange which provides circuit-switched calling, mobility management, and GSM services to the mobile phones roaming within the area that it serves. This includes voice, data and fax services, and SMS and call divert services.

MODEL TYPE

Lookup

Lookup for the model types of items. There may be different "types" for a given model. For example, for a handset a model may allow "Bluetooth" or not.

MONTH TODATE TRANSFORMATION

Reference

Defines related calendar elements for performing to-date time transformations.

MONTH TRANSFORMATION

Reference

Transformations with respect to a month. For example:

This month last year

This year last month

MSC TRAFFIC DAY DRVD

Derived

Parameters, configurations, and runtime statistics related to the MSC (Mobile Switch Center) functioning and performance.

MSC TRAFFIC MONTH AGGR

Aggregate

Monthly aggregation of parameters, configurations, and runtime statistics related to the MSC (Mobile Switch Center) functioning and performance.

MUSIC DOWNLOAD

Reference

Subtype of VALUE ADDED SERVICE and PRODUCT, which contains the information relative to the music downloading service.

NAICS CLASSIFICATION

Reference

Specifies classifications in the North American Classification System (NAICS).

NAICS INDUSTRY

Reference

Lowest level classification for Industry in the North American Industry Classification System (NAICS).

NAICS INDUSTRY GROUP

Reference

Lookup for Classification Groups in the North American Industry Classification System (NAICS).

NAICS INDUSTRY SECTOR

Reference

Lookup for Industry Sectors in the North American Industry Classification System (NAICS).

NAICS INDUSTRY SUBSECTOR

Reference

Lookup for Industry Sub-sectors in the North American Industry Classification System (NAICS).

NATIONALITY

Lookup

Lookup for available nationalities.

NEGOTIATED SERVICE LEVEL SPEC

Reference

The negotiated service level spec, compared to predefined SLA spec.

NETWORK

Reference

Names and Service Providers for relevant Networks. The full details of a service provider are found in the PARTY and Organizations entities.

A Network is a managed object that represents an aggregation of interconnected telecommunications and management objects capable of exchanging information. The reason that a Network is subclassed from Element Collection is that it is important that a Network represents physical and logical characteristics and behavior of this collection of telecommunications and management objects. A Network has the additional semantics of having one or more common characteristics and/or behavior. For example, a network may be owned by a single customer or provider, or be associated with the delivery of a specific set of services. A network may be nested within another (larger) network, thereby forming a containment relationship. An example of a network that is contained in another network is a transmission sub-network. The Network is owned by a single Administration and can only perform transmission functions.

NETWORK ADDRESS

Reference

Represents the generic concept of a network address. The Network Address subclasses define different types of addresses of different technologies, such as an IP ADDRESS or an IPXAddress. The use of a Network Address lies in its ability to serve as a convenient point for sourcing and terminating relationships. This eliminates undue duplication of relationships that interact with the subclasses of NETWORK ADDRESS.

NETWORK ADDRESS INTERFACE BINDING

Reference

Defines the semantics of how this NETWORK ADDRESS is contained in this particular DEVICE INTERFACE.

NETWORK ADDRESS TYPE

Lookup

Lookup for the type of network addresses, that is, the invariant characteristics that define a NETWORK ADDRESS. For example, IPv4, IPv6, IPX, and so on.

NETWORK ASSIGNMENT

Reference

Defines the relationship between NETWORKs. For example:

One network relies on another network to function.

One network belongs to another network.

NETWORK ASSIGNMENT TYPE

Lookup

Lookup for type of network relationship. For example:

Composition (one network include another one)

RELY (one network relies on another one)

NETWORK ATOMIC

Reference

Represents a standalone Network. Network Atomics may be combined into larger Networks by aggregating them into an appropriate Network Composite object.

NETWORK AVAILABILITY DAY DRVD

Derived

Statistics of network availability measures and all outages that happened to the operator's network.

NETWORK AVAILABILITY MONTH AGGR

Aggregate

Monthly aggregation of network availability statistics and all outages that happened to the operator's network.

NETWORK CAPACITY

Reference

The network capacity of a given network route, trail, or connections.

NETWORK COMPOSITE

Reference

Represents an aggregation of Network Atomic and possibly Network Composite objects. Each Network Atomic object represents a standalone Network; these can be combined to build larger Networks by choosing the appropriate type of Network Composite object to aggregate Network Atomic objects. Note that a Network Composite object can also aggregate Network Composite objects.

NETWORK DOMAIN

Reference

A Network Domain represents a set of Managed Physical Entities that share a common set of administrative and operational characteristics. Primary among these is the use of a common naming methodology. A Network Domain partitions Managed Entity instances into logical groupings. For example, operational and/or administrative groups, that are controlled by one or more common managers. Network Domains provide one way to administer and control the operational characteristics of a set of Managed Entities.

NETWORK DOMAIN ASSIGNMENT

Reference

Assigns NETWORK ELEMENT into NETWORK DOMAIN.

NETWORK ELEMENT

Reference

All elements belonging to the network (normally, only of the Communications Service Provider) to deliver the communication services.

NETWORK ELEMENT BUSINESS INTERACTION ROLE

Reference

The business interaction role which can be assigned by a NETWORK ELEMENT.

NETWORK ELEMENT CATEGORY

Lookup

Category of network elements to further classify NETWORK ELEMENT TYPEs.

NETWORK ELEMENT COST

Base

Subtype of the COST, which associate a specific cost to a given NETWORK ELEMENT (purchase, maintenance, recycling, and so on).

NETWORK ELEMENT FAULT ASSIGNMENT

Base

Assignment of a NETWORK FAULT to a SUBSCRIPTION.

NETWORK ELEMENT PARTY ASSOCIATION

Reference

Defines the semantics of the Owns Element association. In contrast with the Administers Element association, this can be any type of PARTY ROLE, because the issue is ownership, not administration. Administration involves a specific skill set, whereas ownership does not. The semantics of this association includes specifying the time period that this PARTY ROLE can own the Element, along with granting permission to a Value Network Role to administer the Element.

NETWORK ELEMENT PARTY MANAGEMENT

Reference

Defines the relationship between party and its managed NETWORK ELEMENT.

NETWORK ELEMENT PARTY MANAGEMENT HISTORY

Reference

Defines the semantics of the Administer Element association. This defines that a Value Network Role, and not just any type of PARTY ROLE, is allowed to Administer a Device. The semantics of this association includes specifying the time period that this Value Network Role can administer the Element, along with gaining permission from the Owner of the Element for being able to administer the Element.

NETWORK ELEMENT RELATIONSHIP

Reference

The relationship between two NETWORK ELEMENTs. For example, in GSM, multiple BTSs are connected to a BSC, in Broadband, several customer lines may be connected to a DSLAM.

NETWORK ELEMENT RELATIONSHIP TYPE

Lookup

The Type of NETWORK ELEMENT RELATIONSHIP. For example:

Pair Connected

Master-Subordinate

Primary-Backup

NETWORK ELEMENT ROLE

Reference

This entity defines the concept of various types of roles associated with Resources (both physical and logical).

NETWORK ELEMENT ROLE ASSIGNMENT

Reference

Implements the semantics of the Network Element Takes On Roles relationship. The Network Element Role Assignment also serves as the parent entity for defining the classes that implement the Roles Describe Physical Element, Roles Describe LOGICAL ELEMENTs, and Roles Describe Compound Element relationships.

NETWORK ELEMENT ROLE PARTY ASSIGNMENT

Reference

Defines the semantics of the Element Roles Managed By Party Role association. The Element Roles Managed By Party Role association defines the set of Element Roles that are managed by a particular PARTY ROLE. Oftentimes, there are important functional differences between different types of Elements that require very different skill sets, methods, and so forth to be used by the PARTY ROLE that is managing that Element. For example, different management personnel may be assigned to manage core routers compared to edge routers. This applies not just to the router as a whole, but to its physical, for example, line cards, and logical. For example, DEVICE INTERFACEs, components. The Network Element Role Party Assignment entity captures these semantics.

NETWORK ELEMENT ROLE SPEC

Reference

This is the abstract base entity for all Element Role Specification subclasses. The Network Element Role Spec enables relationships to be defined between it and other network element roles. This helps prevent relationship explosion. The Network Element Role Spec defines the invariant attributes, methods, relationships, and constraints of various types of roles associated with Elements (both physical and logical).

NETWORK ELEMENT STATE HISTORY

Base

Network element State History tracks the state history of each NETWORK ELEMENT, for example, power off, in use, decommissioned, and so on.

NETWORK ELEMENT STATE REASON

Lookup

Lookup for reasons why the NETWORK ELEMENT is at certain state. For example:

Power failure

Earthquake

New purchase

NETWORK ELEMENT STATE TYPE

Lookup

Lookup of the NETWORK ELEMENT STATE of a given NETWORK ELEMENT. For example:

Power off

Installed

Decommissioned

NETWORK ELEMENT TYPE

Reference

This entity defines the invariant characteristics and behavior (attributes, methods, constraints, and relationships) of a Managed Element.

NETWORK ELEMENT TYPE VERSION

Reference

Represents the ability to distinguish between different instances of Element Specifications. The Network Element Type Version represents a particular form or variety of a Element Specification that is different from others or from the original. The form represents differences in attributes, methods, relationships, and/or constraints that characterize this particular Element Specification, but which are not enough to warrant creating a new Element Specification.

NETWORK ELEMENT TYPE VERSION USAGE

Reference

Defines the semantics of the modifiesElementSpec aggregation. Specifically, it enables an application to define which set of versions of this Element Specification are appropriate for a given task.

NETWORK ELEMENT USAGE

Reference

An occurrence of employing a Element for its intended purpose.

NETWORK ELEMENT USAGE EVENT TYPE

Lookup

A detailed description of a network element usage event (for example, a purchase or a lease of a resource).

NETWORK EVENT

Base

Abstracted event for all events that happened to the operator network because of customer usage; network events are usually the basis for customer billing.

NETWORK EVENT ACCOUNT BALANCE BUCKET IMPACT

Base

The balance impact of a given NETWORK EVENT on ACCOUNT BALANCE BUCKET. For example, one voice call leads to deduction of 10 cents from the account balance bucket of: "USD 100 effective 20110101, expire 20120101".

NETWORK EVENT ACCOUNT BALANCE IMPACT

Base

How the NETWORK EVENT impacts the account balance. For example, one voice call leads to a deduction of 10 cents from Cash Account balance.

NETWORK EVENT ASSIGNMENT

Base

Defines the relationship between one NETWORK EVENT and another NETWORK EVENT.

NETWORK EVENT CHARACTERISTIC

Reference

A detailed description of an attribute that defines a particular type of NETWORK EVENT, described by its name, category, type, presence, and a set of allowed values.

NETWORK EVENT CHARACTERISTIC ASSIGNMENT

Reference

How the NETWORK EVENT type utilize a characteristic.

NETWORK EVENT CHARACTERISTIC RELATIONSHIP

Reference

The relationship between NETWORK EVENT CHARACTERISTICs, such as aggregation, migration, substitution, dependency, or exclusivity.

NETWORK EVENT CHARACTERISTIC TYPE

Reference

A category representing a high-level aspect of the network event information described by the characteristic.

NETWORK EVENT CHARACTERISTIC VALUE

Reference

A value of a NETWORK EVENT CHARACTERISTIC that represents an attribute value for the event.

NETWORK EVENT CHARACTERISTIC VALUE ASSIGNMENT

Reference

A use of the Characteristic Value by a NETWORK EVENT to which additional properties, attributes, apply or override the properties of similar properties contained in NETWORK EVENT CHARACTERISTIC VALUE.

NETWORK EVENT CHARACTERISTIC VALUE RELATIONSHIP

Reference

The relationship between or among NETWORK EVENT CHARACTERISTIC VALUEs, such as aggregation, migration, substitution, dependency, or exclusivity.

NETWORK EVENT STATUS

Lookup

Lookup for possible status of NETWORK EVENTs. For example:

Mediated

Billed

NETWORK EVENT TYPE

Lookup

Lookup for available types of NETWORK EVENTs.

NETWORK EVENT TYPE VERSION

Reference

A particular form or variety of a NETWORK EVENT TYPE that is different from others or from the original. The form represents differences in properties that characterize a NETWORK EVENT TYPE, that are not enough to warrant creating a new NETWORK EVENT TYPE.

NETWORK FAULT

Base

Records each registered fault.

NETWORK FAULT PRIORITY TYPE

Lookup

The different priorities which can be assigned to each NETWORK FAULT.

NETWORK FAULT SERVICE ASSIGNMENT

Base

The services may be affected by the NETWORK FAULT.

NETWORK FAULT STATUS HISTORY

Base

The status history of a NETWORK FAULT. For example:

Opened

Solved

Pending confirmation

NETWORK FAULT SUBSCRIPTION ASSIGNMENT

Base

Links a network issue to all subscriptions impacted, which allows you to list the customer and service impacted by a network fault.

NETWORK ROUTE

Reference

Defines a series of locations a network route may pass.

NETWORK ROUTE POINT

Reference

The points a NETWORK ROUTE may pass through.

NETWORK ROUTE POINT ASSIGNMENT

Reference

Assignment of NETWORK ROUTE POINTs to their NETWORK ROUTE. Multiple NETWORK ROUTEs may share the same NETWORK ROUTE POINT.

NETWORK SERVICE COVERAGE ASSIGNMENT

Reference

Defines the relationship between NETWORK TOUCHPOINT and SERVICE COVERAGE AREA.

NETWORK SITE

Reference

Specifies a place where NETWORK ELEMENTs are located or installed.

NETWORK TOUCHPOINT

Reference

Point of service site for a subscriber to access a CELL SITE or FIXED LINE PORT.

The site is a geographical point instead of area, therefore, it belongs to some geographical entity. For example, a city or a town rather than a type of the GEOGRAPHY ENTITY.

For example:

BTS in GSM network

Customer installation site in ADSL broadband

NETWORK TOUCHPOINT CLASS

Lookup

Lookup for available classes of NETWORK TOUCHPOINT. For example:

Public

Private

NETWORK TOUCHPOINT MONTH AGGR

Aggregate

Monthly summary of NETWORK TOUCHPOINTs by CUSTOMER, NETWORK, Address, and so on.

NETWORK TOUCHPOINT DRVD

Derived

Monthly summary of NETWORK TOUCHPOINTs by NETWORK, County, and so on.

NETWORK TOUCHPOINT STATUS

Lookup

Lookup for Available Status codes and descriptions of NETWORK TOUCHPOINT.

NETWORK TOUCHPOINT TYPE

Lookup

Lookup for the type of NETWORK TOUCHPOINT. For example:

Cell Site (Wireless)

International Switch (roaming partners)

Ethernet Socket at Customer site (last mile included - wireline/broadband

Switch (wireline - exclusive last mile - wireline/broadband)

NETWORK TYPE

Lookup

Lookup for the types of NETWORK. Will include:

PSTN

GSM

CDMA

NOTIFICATION TYPE

Lookup

Lookup for types of notification a subscriber may receive when a call is received by or diverted to a UMS or VMS mailbox. For example:

SMS

Internet mail

The UMS Notification Type dimension helps to organize the notifications data by notification type, along with other dimensions.

NP MOBILE MSISDN

Reference

The mobile MSISDN number of ported number.

NP REQUEST HEADER

Base

The Number Porting (NP) Request submitted by a customer (Porting In) or a recipient operator (Porting Out).

NP REQUEST LINE ITEM

Base

Request Line Item within a Number Porting (NP) request.

NP REQUEST LINE ITEM STATE HISTORY

Base

State history for Number Porting (NP) request line items.

NP REQUEST LINE ITEM STATE TYPE

Lookup

Lookup for type of Number Porting (NP) line item state. For example:

Passed

Pending

NP REQUEST STATE HISTORY

Base

State history for the Number Porting (NP) request.

NP REQUEST STATE TYPE

Lookup

Lookup for type of state for Number Porting (NP) request. For example:

Pre-application

Application

Document check

NP REQUEST TYPE

Lookup

Lookup for type of Number Porting (NP) Request. For example:

Porting In

Porting Out

NP STEP

Lookup

Step involved in the Number Porting (NP) request. For example:

Application

Document check

Notify NPAC

NUMBER AREA

Reference

Defines the codes associated to a given area; these codes are typically used for calls to a fixed line number. For example:

1 for Paris (in France)

89 for Munich (in Germany)

A number area could also be associated to other operators, and not to a geographical area. For example, 9 in France.

NUMBER COUNTRY

Reference

Country number. For example:

US-01

China-86

NUMBER NETWORK TYPE

Lookup

Lookup for available classifications for the network technology, used in relation to subscriptions. For example:

in MICA-GCM: CDMA

in Flexcab - NTWK, NNSA, WRBL, and so on

NUMBER PORT DAY DRVD

Derived

Aggregation of daily Porting Requests (in/out).

NUMBER PORT MONTH AGGR

Aggregate

Monthly summary of Porting Requests (in/out).

Table 2-27 O to R Entity Descriptions

Entity Name
Type
Description

ON OFF NET TYPE

Lookup

Lookup of call classifications:

On net

Off net

OPERATING SYSTEM

Reference

An Operating System is a concrete entity that represents either software and/or firmware that runs the LOGICAL ELEMENT. This entity implements and/or manages the Elements, tasks, file systems, security, and data available on the LOGICAL ELEMENT. Note that an Operating System is distinct from software applications that are run on the Element. All applications and software must communicate with the Operating System for all operations that they need.

OPERATOR GROUP

Lookup

Classification group for operators. For example, the group can be classified as:

Global Direct Competing

Local Competitor

Allied by Stock Share

OPERATOR TYPE

Lookup

Lookup for operator type to classify operators. For example:

International

Local

International operators normally have multiple subsidiaries whose relationship is modeled in the party relationship.

ORACLE GEOMETRY

Reference

Provides geometry information.

ORDER LINE ITEM STATE

Reference

Lookup for the status that a given order line item, in a command, can be assigned. For example:

Pending

Waiting for Customer feedback

Closed

Started

Error

ORDER STATE

Lookup

Lookup for the type of Order State. For example:

Open / Processing

Pending / Waiting for Customer Feedback

Pending / Waiting for Internal Feedback

Pending / Waiting for Third Party Feedback

Error

Closed

Cancelled

ORDER STATUS

Lookup

Lookup for the type of Order Status. For example:

Already Shipped

Delivered / Processed

Processing

Partially Delivered

Installed

ORDER TYPE

Lookup

Lookup for type of CUSTOMER ORDER. For example:

Order for Pickup

Order for Delivery

Order for Activation

ORGANIZATION AREA

Reference

An ORGANIZATION HIERARCHY LEVEL within an ORGANIZATION CHAIN. The Organization Area entity is the parent of one or more ORGANIZATION REGIONs.

ORGANIZATION BANNER

Reference

The name of Company, Organization, or subsidiary that is recognizable to the consumer or the name of the store as it appears on the catalog, web channel, or brick and mortar store.

ORGANIZATION BUSINESS ENTITY

Reference

Any logical entity that is a part of the enterprise for business analysis and transactions. Classification for a business entity can include company, operation unit, store, or warehouse.

ORGANIZATION BUSINESS UNIT

Reference

A business unit of the organization that delivers a limited range of specific communications services or merchandise through any sales channel (Web Site, store, partner stands, and so on). For example, for the SuperTelco example, two Business Units could be defined as:

SuperTelco Communications (Mobile)

SuperData (Broadband)

ORGANIZATION BUSINESS UNIT COST

Base

Sub-table of COST. This entity associates a specific cost to an ORGANIZATION BUSINESS UNIT (for those costs not covered by EMPLOYEE COST).

ORGANIZATION BUSINESS UNIT TYPE

Lookup

Lookup for type of ORGANIZATION BUSINESS UNIT. For example:

Call Center

Branch Office

Warehouse

ORGANIZATION CHAIN

Reference

An ORGANIZATION HIERARCHY LEVEL within an ORGANIZATION COMPANY. Organization Chain entity is the parent of one or more ORGANIZATION AREAs.

ORGANIZATION COMPANY

Reference

An ORGANIZATION HIERARCHY LEVEL within an ORGANIZATION CORPORATE. Organization Company entity is the parent of one or more ORGANIZATION CHAINs.

ORGANIZATION CORPORATE

Reference

Highest level of ORGANIZATION HIERARCHY. Organization Corporate entity is the parent of one or more ORGANIZATION COMPANYs.

ORGANIZATION DISTRICT

Reference

An ORGANIZATION HIERARCHY LEVEL within an ORGANIZATION REGION. Organization District entity is the parent of one or more ORGANIZATION BUSINESS UNITs.

ORGANIZATION DIVISION

Reference

An ORGANIZATION HIERARCHY LEVEL within ORGANIZATION CORPORATE.

ORGANIZATION HIERARCHY

Reference

User defined. Master list of all of the hierarchies in an organization.

ORGANIZATION HIERARCHY LEVEL

Reference

The association entity for the hierarchies and levels.

ORGANIZATION HIERARCHY LEVEL ASSIGNMENT

Reference

Assignment of Hierarchy Levels to ORGANIZATION HIERARCHY.

ORGANIZATION HIERARCHY VERSION

Reference

Version of ORGANIZATION HIERARCHY.

ORGANIZATION ITEM SELLING PRICE

Reference

Associate selling price to the item. Each organization might have different prices for the same item model.

ORGANIZATION LEVEL

Reference

List of all the business levels within an organization.

ORGANIZATION LEVEL ATTRIBUTE VALUE

Reference

Values for the user defined attributes associated with an ORGANIZATION HIERARCHY LEVEL.

ORGANIZATION LEVEL ATTRIBUTES

Reference

Attributes assigned to an ORGANIZATION LEVEL.

ORGANIZATION MARKET DATA

Reference

Publicly available and statistical information regarding the internal or external parties, such as DUNS number and number of employees.

ORGANIZATION NAME

Reference

Different types of organization names represent the associated business legal status of their organization.

ORGANIZATION REGION

Reference

An ORGANIZATION HIERARCHY LEVEL within an ORGANIZATION AREA. Organization Region entity is the parent of one or more ORGANIZATION DISTRICTs.

ORGANIZATION SERVICE WEBSITE

Reference

Subtype of the ORGANIZATION BUSINESS UNIT. This entity collects all information on Web sites managed by the operator. This normally includes only public information.

ORGANIZATION WAREHOUSE

Reference

Location in which goods or merchandise (routers, handsets, computers, and so on) are stored but not sold, before they are sent to the shops or utilized by CSP. For example:

Chairs

Telephone poles

Network equipment

Auto transmissions

Handsets

ORGANIZATIONAL DEMOGRAPHY VALUE

Reference

User defined attribute definitions and corresponding values regarding demographic statistics as related to an ORGANIZATION BUSINESS UNIT.

OS LICENSE ASSIGNMENT

Reference

Defines the semantics of the Party Role Licenses OS association. The OS License Assignment attributes help specify the licensing details for this particular OPERATING SYSTEM instance.

OTHER INDIVIDUAL

Reference

Individual associated with a PARTY organization, other than those defined such as CUSTOMER or EMPLOYEE.

P LOGICAL DEVICE ROLE

Reference

Defines required logical features to implement the specific role of a P (Provider Core) device, as used in a PRODUCT or SERVICE.

PARTNER PAYMENT

Base

The payment made to the partners, such as vendors, dealers, and so on. The partners may also have accounts in the source system such as Oracle BRM, therefore, this payment may refer to that account.

PARTNER PAYMENT TYPE

Lookup

Lookup for types of partner payment transactions. For example:

Dealer commission

Purchase order Payment

PARTNER PROMOTION PROGRAM

Reference

Assigns costs of a given PROMOTION to a Partner or PARTY participating in the promotion.

PARTNER SETTLEMENT MONTH AGGR

Aggregate

The monthly summary of financial settlement activities that have happened to partners at higher level.

PARTNER SETTLEMENT DRVD

Derived

Financial settlement activities that have happened to each partner within the month.

PARTNER SETTLEMENT REASON

Lookup

Lookup for valid reason codes for a partner settlement.

PARTY

Reference

A party is a real person, organization, branch, subsidiary, legal entity, holding company, or some other entity. Any real thing that you would want to put a name to is a party.

The attributes of a party are universal. In other words, they are independent of your selling, or ultimately buying relationship with the party.

A party is not necessarily a customer. A party can represent prospects and parts of an ORGANIZATION HIERARCHY, including branches, head offices, corporate conglomerates, that may not necessarily have a billing relationship with the company.

Any party that has an active account can be considered a customer.

Historical information concerning the party is available in the Parties History.

PARTY ACCOUNT ASSIGNMENT

Reference

Assignment of a PARTY to an ACCOUNT. Depending on type of party, the relationship can be:

Customer owns the ACCOUNT (typically for individual customers: there is one customer and one account)

Multiple Customers may share the same account:

This type of assignment is typical when several ORGANIZATION BUSINESS UNITs or individuals, association or employees, have, for example, a shared balance of free minutes to use on top of their own package (with their own ACCOUNT).

PARTY ACCOUNT ASSIGNMENT TYPE

Lookup

Lookup for type of relationship between PARTY and ACCOUNT. Depending on type of party, the relationship can be:

Customer owns the account

Multiple customers may share the same account

PARTY ADDRESS LOCATION ASSIGNMENT

Reference

Associates one or more Addresses with a PARTY.

PARTY AM PMP ASSIGNMENT HISTORY

Base

The assignment history among ACCESS METHOD, PRODUCT MARKET PLAN, and PARTY.

PARTY AM PMP ASSIGNMENT STATUS

Base

The status history of assignment among PARTY, ACCESS METHOD, and PRODUCT MARKET PLAN.

PARTY ASSIGNMENT

Reference

Association of a PARTY with one or more other Parties.

The relationships may include relationships between customers or between customers and the telecommunications operator. An example of the later type of relationship, are account management portfolios where an account manager will have a relationship with one or more customers.

PARTY ASSIGNMENT REASON

Lookup

Lookup for valid reasons parties may be associated with each other. For example:

Cooptation (customer brings in a new customer)

Financial Responsibility

Hierarchical relationship in the organization

Contractual agreement

PARTY ASSIGNMENT TYPE

Lookup

Lookup for the type of the party relationship. For example:

Father and son

Organizational hierarchy, subsidiary

Customer referral

PARTY BUSINESS INTERACTION ROLE

Reference

The business interaction role which can be assigned by a PARTY.

PARTY CONTACT INFORMATION

Reference

Contact information for a party.

PARTY CONTACT INFORMATION TYPE

Lookup

Lookup for the type of contact information. For example:

Email

Home telephone number

Office telephone number

Cell phone number

Pager number

PARTY CONTACT LIST PARTICIPATION

Lookup

Relationship between PARTY and CONTACT LIST. For example, a party belongs to a contact list.

PARTY CONTACT LIST ROLE

Lookup

The Role of the PARTY in a CONTACT LIST.

PARTY CONTRACT ASSIGNMENT

Reference

Assignment of a PARTY to a CONTRACT.

PARTY CONTRACT ASSIGNMENT ROLE

Lookup

Lookup for valid Roles that Parties may be assigned in PARTY CONTRACT ASSIGNMENT.

PARTY CONTRACT ASSIGNMENT TYPE

Lookup

Lookup for type of the PARTY CONTRACT ASSIGNMENT. For example:

Customer contract

Managing employee

PARTY COST ASSIGNMENT

Base

Assignment of cost items to a PARTY. One party may incur multiple costs. For example, for a customer acquisition the customer might be given any of the following items that lead to costs:

Handset

Network Device

Gifts

Cost might be assigned to multiple parties. For example, for operational cost several organizations may share the same expense on a PROMOTION or CAMPAIGN.

PARTY DEMOGRAPHIC

Reference

A demographic profile for a PARTY.

PARTY DEMOGRAPHY VALUE

Reference

Defines individual and organization demography value for a given party demographic profile.

PARTY EVENT TYPE

Lookup

Lookup for valid EVENT TYPEs that may be assigned to a party profile for the various event types that may be actioned against a party.

PARTY GEOGRAPHY ENTITY ASSIGNMENT

Reference

Assigns a PARTY to one or more GEOGRAPHY ENTITYs.

PARTY IDENTIFICATION

Reference

Identifying information unique to a PARTY.

PARTY IDENTIFICATION TYPE

Lookup

Lookup for valid types of PARTY IDENTIFICATION. For example:

Driver's License

DUNS Number

PARTY INTERACTION THREAD

Base

Grouping of related contact events with a PARTY into a single thread.

PARTY INTERACTION THREAD SUBSCRIPTION ASSIGNMENT

Base

The relationship between a PARTY INTERACTION THREAD and the involved SUBSCRIPTIONs.

PARTY INTERACTION THREAD TYPE

Lookup

The type of PARTY INTERACTION THREAD. For example:

Debt Collection

Retention Program

PARTY LANGUAGE CAPABILITY

Reference

Keeps the language capability score for each party.

PARTY LOCATION REASON

Lookup

Lookup for available reason code and description for why a PARTY may be assigned to an address. For example:

Billing address

Shipping address

PARTY LOCATION TYPE

Lookup

The type of relationship between the PARTY and the address. For example:

Office location

Primary Living location

Product Installation Address

PARTY LOYALTY PROGRAM PARTICIPATION

Reference

Identifies the LOYALTY PROGRAMs that each customer is enrolled in.

PARTY MANAGEMENT ROLE

Lookup

Defines all roles which a party plays in a CAMPAIGN, such as management or potential customer.

PARTY MARKET SEGMENT ASSIGNMENT

Reference

Assigns a PARTY to the market segment it belongs to.

PARTY NAME

Reference

Lists any other known names from the life history of a given party.

PARTY ORDER ASSIGNMENT

Base

Assignment of PARTY to a given Order. For example:

Sales Agent gets a sales commission because of a customer order.

A customer refers another customer to the operator network. The customer may receive incentives.

PARTY ORDER ASSIGNMENT TYPE

Lookup

Lookup for available assignment type codes and descriptions pertaining to PARTY ORDER ASSIGNMENT. For example:

Customer of contract

Sales agent for the order

Vendor selling the order

PARTY PROFILE CHARACTERISTIC

Reference

The characteristic a party profile may take. For example, age, education, and so on.

PARTY PROFILE CHARACTERISTIC VALUE

Reference

The actual value for each PARTY PROFILE CHARACTERISTIC on the party profile.

PARTY PROMOTION RESPONSE

Base

Response of a PARTY to a PROMOTION.

Records the customers response result to the initiative. For example, positive responses:

The customer accepted the offer.

The customer increased or modified their usage.

The customer changed a specified behavior (for example moved from payment by check to an electronic payment option).

PARTY ROLE

Lookup

Lookup for Roles a PARTY may be assigned in an EVENT.

PARTY ROLE ASSIGNMENT

Reference

Assigns party roles for the party. PARTY and PARTY ROLE are an X-X relationship. This relationship may change due to a contract change, or for other reasons.

PARTY ROLE OS PROCESS ASSIGNMENT

Reference

Defines the semantics of the Party Role Uses Processes association. Since different PARTY ROLEs have different privileges for working on and running the OPERATING SYSTEM, an association class is needed to accurately model these details.

PARTY ROLE STATUS

Reference

Status history of each role that a PARTY has taken.

PARTY SEGMENTATION METHOD

Lookup

Method used to create the segment, such as K-means clustering in Data Mining.

PARTY SERVICE ASSIGNMENT

Reference

Defines the relationship between PARTY and SERVICE.

PARTY SERVICE ASSIGNMENT ROLE

Lookup

Lookup for valid roles and descriptions a PARTY may be assigned for a SERVICE. For example:

Service Creation role

Service consumer by customer

PARTY SERVICE ASSIGNMENT REASON

Lookup

Lookup for available reasons for a PARTY and SERVICE relationship.

PARTY SIM CARD ASSIGNMENT

Reference

The relationship between SIM CARD and PARTY.

PARTY SIM CARD ROLE

Lookup

The role which PARTY add in regards to the SIM CARD.

PARTY SKILL

Reference

Defines skills with a score and skill level to each PARTY.

PARTY STATUS CATEGORY

Lookup

Higher level of Party Status. For example:

Financial Status

Credit Status

Payment Status

Personal Status

Legal Status

PARTY STATUS CHANGE REASON

Lookup

Lookup for valid reasons that may be assigned for a Party Status change. For example:

Hire

Transfer

New customer

PARTY STATUS HISTORY

Base

Defines current PARTY status history regarding what Operator may be interested.

Historical information captured for all lifetime of the customer or dealer. This information may be calculated from internal data; for example, from a payment, or this information may be obtained from an external source such as a credit rating agency.

PARTY STATUS TYPE

Lookup

Lookup for status type of the PARTY. For example:

Active

Inactive

Defaulted

New customer

VIP, Loyalty Program, customer

Black listed

Credit Class is used to rank Customer Credit. For example, the entity value can be:

Good

Fair

Bad

Or the customer may be defined as:

Gold

Silver

Bronze

The party's credit is based on the underlying accounts held by the party.

PARTY SUBSCRIPTION ASSIGNMENT

Reference

Defines a PARTY's relationship to a SUBSCRIPTION. For example: a customer owns a subscription.

PARTY SUBSCRIPTION ROLE

Lookup

Lookup for valid Roles that may be assigned to PARTY in regards to the SUBSCRIPTION.

PARTY TYPE

Lookup

Lookup for party type that classifies involved parties according to their inherent characteristics and structure. For example:

Person

Organization

Organization Unit

PASSPORT

Reference

The passport as a type of PARTY IDENTIFICATION.

PAY CATEGORY

Lookup

Lookup for type of pay category on a pay slip. For example:

Salary

Deductions

Contributions

Taxes

PAY TV

Reference

Subtype of PRODUCT. Pay TV is subscription-based product to deliver TV channels to a customer.

PAY TYPE

Lookup

Lookup for the type of payment made to the employee. For example:

Bonus

Basic wages

PAYMENT AGING CLASS

Lookup

The classification of accounts according to payment delay history. For example:

0-10 days

11-20 days

PAYMENT AGING DAY DRVD

Derived

Customer Debt aging results for a DAY. Customer Debt is assigned to a predefined AGE BAND.

PAYMENT AGING MONTH AGGR

Aggregate

Monthly summary of customer debt aging.

PAYMENT CHANNEL

Reference

Channel by which customer may pay for service. For example:

Bank (automatic payment)

Store (Check, cash)

Call Center (Credit Card)

Web (Credit Card)

PAYMENT METHOD TYPE

Lookup

Lookup for valid methods of payment. For example:

Cash

Check

Credit Card

Debit Card

PAYMENT TRANSACTION TYPE

Lookup

Lookup for type codes and descriptions for transaction types associated with the ACCOUNT PAYMENT. The payment may be, for example:

Periodically Invoice

Installation Fee

Pre-deposit to the account

Late Pay Penalty Payment

Regular Monthly

Refund / Void

PCU OUTAGE REASON

Lookup

Lookup for reasons for a Packet Control Unit (PCU) outage in GPRS technology. For example:

Link Down

Bit Error Rate

PE LOGICAL DEVICE ROLE

Reference

Defines required logical features to implement the specific role of a PE (Provider Edge) device, as used in a PRODUCT or SERVICE.

PEAK OFFPEAK TIME

Lookup

The definition of the time slots is usage dependent, but it is not common for all the products/packages. The time hours (Peak, off-peak, and night) can be different for different packages. The definition also varies for the following:

Normal Day

Holiday

Friday

Sunday

For the special days defined in the system.

PERFORMANCE

Reference

A measure of the manner in which a SERVICE and/or Element is functioning.

PERFORMANCE APPLICABILITY

Reference

The time of day or days during which a PERFORMANCE SPECIFICATION is measured or not measured.

PERFORMANCE CAT CHARACTERISTIC VALUE

Reference

A value of a Characteristic Specification provided for PERFORMANCE CATEGORY that further defines what the PERFORMANCE CATEGORY is.

PERFORMANCE CAT SPEC RELATIONSHIP

Reference

A specification for an association that can be established between two instances of PERFORMANCE CATEGORYs. For example, a relationship can be established between a Codec instance and Bearer Type instance.

PERFORMANCE CAT SPECIFICATION

Reference

The invariant characteristics that define a group or set of performance qualities that are classified together because of common characteristics.

PERFORMANCE CATEGORY

Reference

A group or set of performance qualities that are classified together because of common characteristics.

PERFORMANCE CATEGORY RELATIONSHIP

Reference

An association between two instances of PERFORMANCE CATEGORYs. For example, a relationship between a Codec instance and Bearer Type instance.

PERFORMANCE CHARACTERISTIC VALUE

Reference

A value of a Characteristic Specification provided for PERFORMANCE that further defines what the PERFORMANCE is.

PERFORMANCE CONSEQUENCE

Reference

An action taken if a PERFORMANCE OBJECTIVE is not met.

PERFORMANCE INDICATOR

Reference

A numeric value or text determined for a PERFORMANCE INDICATOR SPECIFICATION. For example, a value of .005 ms that represents average packet delay.

PERFORMANCE INDICATOR DERIVATION PARAMETER

Reference

A parameter used in the calculation of a PERFORMANCE INDICATOR. A Characteristic Specification can be used as a parameter or another PERFORMANCE INDICATOR SPECIFICATION can be used.

PERFORMANCE INDICATOR RELATIONSHIP

Reference

An association between two PERFORMANCE INDICATORs, such as one indicator derived from another.

PERFORMANCE INDICATOR SPEC RELATIONSHIP

Reference

An association between two PERFORMANCE INDICATOR SPECIFICATIONs, such as one indicator derived from another.

PERFORMANCE INDICATOR SPECIFICATION

Reference

A measure of a specific aspect of the performance of an entity, such as a lost packets or average jitter, defined for a PERFORMANCE SPECIFICATION that may trigger the creation of a PERFORMANCE CONSEQUENCE.

PERFORMANCE IP ADDRESS

Reference

A Performance-related extension to an IP ADDRESS.

PERFORMANCE IP ADDRESS SPECIFICATION

Lookup

Type of IP ADDRESS related performance measures.

PERFORMANCE MOBILE ADDRESS

Reference

A network address that identifies mobile Element Elements, such as cell sites and base station controllers.

PERFORMANCE NETWORK ADDRESS

Reference

A Performance-related extension to a NETWORK ADDRESS. A NETWORK ADDRESS defines different ways to identify where an Element is, such as an IP ADDRESS, or an IPXAddress, or a Point Code.

PERFORMANCE NETWORK ADDRESS SPECIFICATION

Lookup

The invariant characteristics that define Performance-related extensions to Network Address Specification. Network Address Specifications define different types of addresses of different technologies, such as an IP ADDRESS or an IPXAddress. Each related PERFORMANCE NETWORK ADDRESS instance has the same invariant characteristics. However, the values associated with other characteristics of the instantiated PERFORMANCE NETWORK ADDRESS entity are specific to each instance.

PERFORMANCE NOTIFICATION

Reference

A communication that occurs as part of measuring performance. A Notification is typically one-sided, that is, no Response is expected.

PERFORMANCE NOTIFICATION SPECIFICATION

Reference

The invariant characteristics that define a communication (notification) that occurs as part of performance measurement. A Notification is typically one-sided, that is, no Response is expected.

PERFORMANCE OBJECTIVE

Reference

A goal for a PERFORMANCE INDICATOR defined in terms of metrics, thresholds, and tolerances.

PERFORMANCE OBJECTIVE APPLICABILITY

Reference

The time of day or days during which a PERFORMANCE OBJECTIVE is evaluated or not evaluated.

PERFORMANCE OBJECTIVE APPLICABILITY CONSEQUENCE

Reference

The time of day or days during which a Performance Objective Consequence applies or not to the violation of a PERFORMANCE OBJECTIVE.

PERFORMANCE POINT CODE

Reference

The performance gathered on a POINT CODE (subtype of NETWORK ADDRESS).

PERFORMANCE SPEC INTERVAL CONVERSION

Reference

The conversion factor that defines how many instances of one PERFORMANCE SPECIFICATION INTERVALs are contained in the related PERFORMANCE SPECIFICATION INTERVAL.

PERFORMANCE SPECIFICATION

Reference

The invariant characteristics that define a measure that determines how a SERVICE and/or Element is functioning. Each related PERFORMANCE instance will have the same invariant characteristics. However, the values associated with other characteristics of the instantiated PERFORMANCE entity are specific to each instance.

PERFORMANCE SPECIFICATION INTERVAL

Reference

The interval of time for represented by the PERFORMANCE SPECIFICATION.

PERIOD TO DATE TRANSFORMATION

Reference

Cumulative time transformations at the period level.

PERIOD TRANSFORMATION

Reference

Time transformations at the period level.

PHYSICAL CAPACITY

Reference

This entity represents the minimum and maximum requirements, limits, or other variable features of a Managed Device or MANAGED HARDWARE object.

PHYSICAL CAPACITY DETAIL

Reference

Represents the semantics of the Has PHYSICAL CAPACITY association. The Physical Capacity Detail provides additional semantics describing the different types of PHYSICAL CAPACITYs that this Managed Component contains, and provides methods to tell how many PHYSICAL CAPACITYs are associated with this particular Managed Component instance.

PHYSICAL COMPONENT

Reference

This is the base entity for different types of Physical Components that can reside either in an EQUIPMENT or an Equipment Holder object. They cannot be used as a standalone object. From a management point-of-view, this object either cannot or does not need to be split into its constituent parts. For example, an ASIC (or Chip) cannot, and a tape for data storage does not need to be split up into their constituent parts. Any piece of hardware that is not a PHYSICAL LINK, PHYSICAL CONNECTOR, EQUIPMENT, or Equipment Holder, is a subclass of this class.

PHYSICAL CONNECTOR

Reference

This is a concrete entity that represents any type of hardware unit that connects to other hardware units and transmit signals and/or power between them.

PHYSICAL CONTAINER

Reference

This entity adds additional semantics to the MANAGED HARDWARE entity. The associated attributes define whether a MANAGED HARDWARE object can be removed and/or replaced, and whether this action requires power to be removed or not when the action is performed.

PHYSICAL DEVICE

Reference

This entity represents hardware devices that can be managed. Represents a convenient aggregation point for combining different aspects of a device (for example, the cables, connectors, cards, power supplies, and other objects that together comprise the device). Thus, it enables the device itself to have a physical manifestation (for example, the "Internet Gateway Router" can be identified as a PHYSICAL DEVICE). Examples of this entity include routers and switches, computers, and other end-devices that are managed.

PHYSICAL DEVICE ATOMIC

Reference

Entity for representing hardware devices that can be managed that contains no sub-ordinate devices. In other words, this physical device is a standalone physical device. Represents a convenient aggregation point for combining different aspects of a device (for example, its physical composition and the set of services that it offers). The Physical Device Atomic also enables the device itself to have a physical manifestation. Examples of this entity include routers and switches, computers, and other end-devices that are managed.

PHYSICAL DEVICE COMPOSITE

Reference

Entity for representing hardware devices that can be managed that contains one or more sub-ordinate devices. In other words, this physical device is not a standalone physical device; rather, it represents an aggregation of physical devices. Each physical device in this aggregation can be managed. Represents a convenient aggregation point for combining different aspects of a device (for example, its physical composition and the set of services that it offers). The Physical Device Composite also enables the device itself to have a physical manifestation. Examples of this entity include routers and switches, computers, and other end-devices that are managed.

PHYSICAL DEVICE ROLE SPEC

Reference

Entity for all Physical Device Role Specification subclasses. The Physical Device Role Spec enables relationships to be defined between itself and other entities in the core model. This helps prevent relationship explosion. The Physical Device Role Spec entity defines the invariant attributes, methods, relationships, and constraints of various types of roles associated with PHYSICAL DEVICEs in the model.

PHYSICAL DEVICE ROLE SPEC DETAIL

Reference

Captures the semantics of the Specifies Physical Device Roles aggregation.

PHYSICAL DEVICE SPEC

Reference

This entity describes specific attributes, behavior, relationships, constraints, and semantics for building PHYSICAL DEVICE objects.

PHYSICAL ELEMENT

Reference

This entity describes different types of hardware that constitute a PRODUCT. The Physical Element has two main purposes:

To collect common attributes and relationships for all hardware.

To provide a convenient, single point where relationships with other managed objects can be defined.

PHYSICAL ELEMENT CHARACTERISTIC

Reference

Entity for defining the characteristic features and behavior of a PHYSICAL ELEMENT SPEC. Every PHYSICAL ELEMENT SPEC has a variety of important attributes, methods, constraints, and relationships which distinguish that PHYSICAL ELEMENT SPEC from other Physical Element Specifications. We call these Physical Element Spec Characteristics. Each of these characteristics is used at the business level to characterize a PHYSICAL ELEMENT SPEC.

PHYSICAL ELEMENT ROLE

Reference

This is a physical role that a device has. The Physical Element Role enables the correlation of physical components that route traffic with the logical capability of routing traffic.

PHYSICAL ELEMENT ROLE ASSIGNMENT

Reference

Implements the semantics of the Roles Describe Physical Element aggregation.

PHYSICAL ELEMENT ROLE SPEC

Reference

Entity for all Physical Element Role Specification subclasses. The Physical Element Role Spec enables relationships to be defined between it and other classes in the model. This helps prevent relationship explosion. The Physical Element Role Spec defines the invariant attributes, methods, relationships, and constraints of various types of roles associated with Physical Elements, whether they are subclasses of PHYSICAL DEVICE or Hardware, in the model.

PHYSICAL ELEMENT SPEC

Lookup

This entity defines the invariant characteristics and behavior, attributes, methods, constraints, and relationships, of a PHYSICAL ELEMENT.

PHYSICAL ELEMENT SPEC ATOMIC

Lookup

Describes specific attributes, behavior, relationships, constraints, and semantics for building PHYSICAL ELEMENT objects. The purpose of this entity is to track Physical Element Specifications separately from other types of Element Specifications. This entity inherits the Specifies Element aggregation, and therefore can be used with the corresponding PHYSICAL ELEMENT entity. The difference between this entity and the PHYSICAL ELEMENT SPEC COMPOSITE entity is that this entity represents standalone Physical Element Specifications. The PHYSICAL ELEMENT SPEC COMPOSITE entity represents a specification that is in reality made up of a set (usually a hierarchy) of Physical Element Specifications.

PHYSICAL ELEMENT SPEC COMPOSITE

Lookup

This entity describes specific attributes, behavior, relationships, constraints, and semantics for building Physical Element objects. The purpose of this entity is to track Physical Element Specifications separately from other types of Element Specifications.

This entity inherits the modifiesElementSpec aggregation, and therefore can be used with the corresponding PHYSICAL ELEMENT SPEC entity. The difference between this entity and the PHYSICAL ELEMENT SPEC ATOMIC entity is that this entity represents a hierarchy of Physical Element Specifications. The PHYSICAL ELEMENT SPEC ATOMIC entity represents a single standalone Physical Element Specification.

PHYSICAL EQUIPMENT

Reference

Represents physical components of a managed device, including replaceable components. An instance of this object class must be present in only a single geographic location. An Equipment object may be nested within another Equipment object, thereby creating a containment relationship. The Equipment type shall be identified by sub-classing this object class. Either the name of the sub-class or an attribute may be used for identifying the equipment type.

PHYSICAL LINK

Reference

This is a concrete entity that represents the connecting or cabling together of hardware entities. This entity enables both wireless and connector-based communication to be modeled.

PHYSICAL PORT

Reference

Represents an actual or potential end point of a topological (physical) link, and corresponds directly to a physical port on a topology map. Physical Ports are always contained by another physical object - they cannot exist by themselves. The two most common examples are Physical Ports on a CARD and on a CHASSIS.

PHYSICAL PORT RESOURCE PORT ASSIGNMENT

Reference

This entity is a concrete entity that defines the semantics of the PHYSICAL PORTs In Element Port aggregation. For example, it will describe characteristics and behavior of the PHYSICAL PORTs that comprise this particular Element Port in terms of dependencies and how a PHYSICAL PORT interacts with other PHYSICAL PORTs.

PHYSICAL RESOURCE ROLE SPEC DETAIL

Reference

Captures the semantics of the SpecifiesPHYSICAL ELEMENT ROLEs aggregation.

PIPE

Reference

Pipe is an abstracted Link between two network resources (which are also abstracted as TERMINATION POINTs).

PIT CHARACTERISTIC

Reference

A characteristic quality or distinctive feature of a PARTY INTERACTION THREAD (PIT).

PIT CHARACTERISTIC TYPE

Lookup

Type of PARTY INTERACTION THREAD (PIT) Characteristic.

PIT CHARACTERISTIC VALUE

Reference

A value of a PARTY INTERACTION THREAD (PIT) Characteristic.

PLANNING PERIOD

Reference

Period level in the planning calendar.

PLANNING QUARTER

Reference

Quarter level in the planning calendar.

PLANNING SEASON

Reference

Season level in the planning calendar.

PLANNING WEEK

Reference

Week level in the planning calendar.

PLANNING YEAR

Reference

Year level in the planning calendar.

PMP AVAILABILITY

Reference

Reference for Available Product Market Plan in different area or organization business unit.

PMP LOYALTY PROGRAM AVAILABILITY

Reference

Define the PRODUCT MARKET PLAN availability over Loyalty Program participants.

PMP MARKET SEGMENT AVAILABILITY

Reference

Defines the PRODUCT MARKET PLAN availability over certain Market Segments.

PMP ORGANIZATION AVAILABILITY

Reference

Reference for available PRODUCT MARKET PLAN subscriptions in an ORGANIZATION BUSINESS UNIT (store, outlet, and so on).

PMP PRICE POLICY ACTION

Reference

The outcome of the successful evaluation of a POLICY STATEMENT (that is, one that has met its condition(s)). The outcome is expressed in terms of the price of a Product Offering. A Prod Offer Price Action is a type of POLICY ACTION.

PMP PRICE POLICY CONDITION

Reference

Part of a POLICY STATEMENT representing a single constraint that defines the assessment of the rule. The constraint is specified in terms of one or more Product Offering, Product Specification Type, Product Offering Price, and/or Product Offering Price Component. Prod Offer Price Rule Condition is a type of POLICY CONDITION.

PMP PRICE POLICY VALUE

Reference

An amount expressed in money or another medium of exchange that is thought to be a fair exchange for a Product Offering as the result of the evaluation of a POLICY STATEMENT.

PMP PRICE POLICY VARIABLE

Reference

A type of POLICY VARIABLE that represents a Product Offering, Product Offering Price, or Product Specification Type.

PMP PRODUCT INSTANCE ASSIGNMENT

Reference

The Relationship between PRODUCT MARKET PLAN and PRODUCT INSTANCE. Through this assignment, the product market plan can be designed based on Product Instance. For example, the movie Avatar can be promoted with Email service. In this example, the operator can run a promotion saying: Subscribing to the Email service in this month gives you the movie Avatar for free (from IPTV or by downloading).

PMP RATING PLAN

Reference

An altered rating plan, with allowance or premium charge, over the standard rating charge to the product inside a PRODUCT MARKET PLAN.

PMP RATING PLAN DETAIL

Reference

Details for an alternation, allowance or premium charge, over the standard rating charge to the product inside a product market plan.

POINT CODE

Reference

ISUP Signaling OPC and DPC attributes that map to Region, Subregion, Node Type, and Node Name.

POLICY

Reference

This entity is the root of the POLICY model. As such, it defines common attributes, methods and relationships that all policy subclasses use and take part in.

POLICY ACTION

Reference

This entity represents how to form the action clause of a POLICY RULE. This consists of a single occurrence of a POLICY STATEMENT, which is of the form: {variable, operator, value} Policy actions have the semantics of "SET variable to value". There are two types of actions: - pass actions are invoked if the condition clause was TRUE - fail actions are invoked if the condition clause was FALSE.

POLICY ACTION ASSIGNMENT

Reference

This entity specifies the semantics needed for the contained Policy Actions aggregation.

POLICY ACTION ATOMIC

Reference

This is the base entity for all simple POLICY ACTIONs. A simple POLICY ACTION consists of a single Boolean clause, which performs a single action. This consists of a single occurrence of a POLICY STATEMENT, which is of the form: {SET | CLEAR} POLICY VARIABLE to POLICY VALUE. This is distinctly different from the Policy Action Vendor, which does not use a POLICY STATEMENT. Policy Action Atomic objects can also be used to form more complex action structures. A Policy Action Composite object contains a group of Policy Action Atomic objects; this grouping enables multiple Policy Action Atomic objects to be executed as a group. Alternatively, a Policy Action Atomic object can contain one or more Policy Action Atomic objects (and also Policy Action Composite groups if desired) to provide the semantics of a compound Policy Action. In either case, the aggregation is done using the contained Policy Actions aggregation.

POLICY ACTION COMPOSITE

Reference

Serves as a generic container in which to place Policy Action Atomic, Policy Action Vendor, or Policy Action Composite entities. The first two provide actions that this container groups, while the latter establishes a hierarchy in which to order the execution of POLICY ACTIONs. Both simple and complex POLICY ACTIONs can be placed in this container. Each Policy Action Atomic and Policy Action Vendor object is linked to this object using the containedPolicy Actions association.

POLICY ACTION RULE ASSIGNMENT

Reference

This entity specifies the semantics needed for the Policy Action In Policy Rule aggregation. This aggregation defines the set of POLICY ACTIONs that are contained in this POLICY RULE.

POLICY ACTION VENDOR

Reference

Provides a general extension mechanism for representing POLICY ACTIONs that have not been modeled with the attributes specified in this model. This entity uses two of its properties (Constraint and Constraint Encoding) for defining the content and format of a vendor-specific condition. Its third property (actionResponse) to provide a standard result, so that this object can be placed with other POLICY ACTION objects in a POLICY RULE object. Standardized extensions are not expected to use this entity.

POLICY APPLICATION ASSIGNMENT

Reference

This is an association class that explicitly defines which Managed Entities in a Policy Domain this Policy information applies to.

POLICY CONDITION

Reference

This entity represents how to form the condition clause of a POLICY RULE. This entity represents rule-specific or reusable policy conditions. Policy conditions are of the form: {variable, operator, value} where the operator is usually the MATCH operator, but could be another type (for example, compare) of operator. This gives the semantics of "IF the condition is TRUE (or FALSE)". The subclasses of POLICY CONDITION, along with its recursive aggregation, enable simple and compound (for example, nested) POLICY CONDITIONs to be supported by the same structure.

POLICY CONDITION ASSIGNMENT

Reference

This entity specifies the semantics needed for the Policy Condition In Policy Condition aggregation. This aggregation defines the set of POLICY CONDITIONs that are contained in this POLICY CONDITION. Note that the POLICY CONDITION Contained Policy Condition Details entity and the Policy Condition Rule Details entity have conceptually the same attributes. This is because they both provide semantics to form a condition expression. The difference lies in their placement relative to the POLICY RULE entity. That is, the Contained Policy Condition Details entity combines individual expressions within a condition clause, whereas the Policy Condition Rule Details entity describes how the completed condition clause appears to the POLICY RULE. These attributes are described in the Data Dictionary section of this Addendum.

POLICY CONDITION ATOMIC

Reference

This is the base entity for all simple policy conditions. A simple policy condition consists of a single Boolean clause, which tests a single condition. This consists of a single occurrence of a POLICY STATEMENT, which is of the form: {variable, operator, value} This design relies on the POLICY STATEMENT to supply the actual terms to form the condition clause. Thus, since everything is normalized to a condition clause, no subclasses of Policy Condition Atomic are needed. Instead, subclasses of the appropriate POLICY STATEMENT classes are provided. A compound POLICY CONDITION consists of one or more POLICY CONDITIONs contained inside a higher-level POLICY CONDITION. These can optionally be grouped by a POLICY CONDITION COMPOSITE object if desired.

POLICY CONDITION COMPOSITE

Reference

The POLICY CONDITION COMPOSITE entity is the base entity for all complex policy conditions. A complex policy condition consists of an aggregation of POLICY CONDITION ATOMIC and POLICY CONDITION COMPOSITE objects, which in turn form a complex Boolean statement. Note that such an object still evaluates to a single Boolean TRUE or FALSE value.

Conceptually, this is a standalone object that consists of one POLICY CONDITION that provides an overall context for either a nested or a group of subordinate POLICY CONDITIONs to be evaluated.

POLICY CONDITION RULE ASSIGNMENT

Reference

This entity specifies the semantics needed for the Policy Condition In Policy Rule aggregation. This aggregation defines the set of Policy Conditions that are contained in this POLICY RULE. The Contained Policy Condition Details entity and the Policy Condition Rule Details entity have conceptually the same attributes. This is because they both provide semantics to form a condition expression. The difference lies in their placement relative to the POLICY RULE entity. That is, the Contained Policy Condition Details entity combines individual expressions within a condition clause, whereas the Policy Condition Rule Details entity describes how the completed condition clause appears to the POLICY RULE. These attributes are described in the Data Dictionary section of this Addendum.

POLICY EVENT

Base

Represents an aggregation of Policy Events, constrained according to the eventConstraint attribute of the Event Details aggregation entity. This set of Policy Events is then presented to one or more POLICY RULEs to trigger the evaluation of their condition clauses. This entity enables an external application, such as a Policy Server, to dynamically adjust the set of events that are being used to trigger the evaluation of a POLICY RULE.

POLICY EVENT ATOMIC

Base

Represents the occurrence of a single atomic event, which triggers the evaluation of the condition clause of a POLICY RULE.

POLICY EVENT COMPOSITE

Base

Represents the occurrence of a composite event. A composite event is an event that is made up of a set of Policy Event Atomic and/or Policy Event Composite entities. Like a Policy Event Atomic, a Policy Event Composite can also be used to trigger the evaluation of the condition clause of a POLICY RULE.

POLICY GROUP

Reference

This entity is a generalized aggregation container. A Policy Group enables POLICY RULEs and POLICY GROUPs to be aggregated in a single container. Note that loops, including the degenerate case of a POLICY GROUP that contains itself, are not allowed when POLICY GROUPs contain other POLICY GROUPs.

POLICY GROUP EXECUTION DETAIL

Reference

This is an association entity that defines the semantics associated with a Policy Event Set being applied to a POLICY GROUP. Specifically, it controls through its Execution Filter attribute which components in the POLICY GROUP this Policy Event Set will be passed to, so it can be evaluated.

POLICY OPERATOR

Reference

This is a concrete entity for modeling different types of operators in a POLICY STATEMENT. By restricting the type of operator used in a POLICY STATEMENT, one can effectively restrict the semantics of that POLICY STATEMENT.

POLICY OPERATOR VARIABLE ASSIGNMENT

Reference

Defines the relationship between POLICY OPERATOR and POLICY VARIABLE.

POLICY ROLE

Reference

This entity defines the concept of various types of roles for different policies that are used.

POLICY RULE

Reference

Entity for realizing the "event-condition-passaction-failaction" semantics that form a the model policy rule. The semantics of this rule are that the rule is evaluated when an event occurs. If the condition clause is satisfied, then the pass-action clause will be executed (otherwise, the fail-action clause will be executed). POLICY RULEs may be nested within POLICY RULEs. This is often needed in networking (for example, bandwidth allocation).

POLICY SET

Reference

This entity defines two types of collections. POLICY RULE collects Policy Events, POLICY CONDITIONs, and POLICY ACTIONs, while POLICY GROUP collects POLICY RULEs and POLICY GROUPs. Two important and powerful features of this arrangement are that a POLICY SET defines a common decision strategy and a common set of POLICY ROLEs to be used by the POLICY GROUPs and the POLICY RULEs that inherit from it.

POLICY SET ASSIGNMENT

Reference

Defines relationship between POLICY SETs.

POLICY STATEMENT

Reference

This entity models the triplet {variable, operator, value} that is used by both the POLICY CONDITION and POLICY ACTION entities. The semantics are reflected in the types of operators that are allowed to be used in each case. For conditions, users want the semantics of "variable relates to value", where "relates to" is usually the match operator, but could also be other applicable operators (for example, a comparison operator). For actions, users want the semantics of "set variable to value". Here, the only operator allowed is the set operator.

POLICY VALUE

Reference

An abstract base entity for modeling different types of values that occur in a POLICY STATEMENT. The POLICY VALUE specifies an attribute that should either be set or cleared (if used in a POLICY ACTION) or matched or compared to a value of the POLICY VARIABLE in a POLICY CONDITION.

POLICY VARIABLE

Reference

This entity models different types of variables that form a POLICY STATEMENT. The variable specifies an attribute or concept that should either be matched or compared to a value when the condition is evaluated.

POLICY VARIABLE VALUE ASSIGNMENT

Reference

This is an association class that contains the OCL expression that will be used to define the particular semantics of how this Value is constrained by this Variable. This includes constraints such as upper and lower bounds of the value that a POLICY VALUE object can take.

POSTAL SERVICE TYPE

Lookup

Lookup for type of postal service type available to the carrier. For example:

First-Class Mail

Registered Mail

Regular Mail

Postal Card

POSTCODE

Reference

Postal Code, Zip Code, or similar geographical designation.

POSTPAID WIRELESS

Reference

Subtype of PRODUCT for postpaid wireless.

PPA CATEGORY

Lookup

Lookup for categorizations of prepaid allowances. For example:

Local Call Allowance

Long Distance Call Allowance

Bonus Free Minutes

Internal (Inside Operators network) Call Allowance

PPA DEDUCTION TYPE

Lookup

Lookup for valid deduction types as related to prepaid allowances (PPA).

PREPAID ACCOUNT ACTIVATION DAY DRVD

Derived

The summary of daily prepaid ACCOUNT activations, with all their initial values.

PREPAID ACCOUNT STATISTIC DRVD

Derived

Monthly aggregation of prepaid account revenue, including: air time, recharge value and so on, by ACCOUNT, SALES CHANNEL, AGE ON NET BAND.

PREPAID ACCOUNT STATISTIC SEGMENT AGGR

Aggregate

Monthly summary of prepaid account revenue, including: air time, recharge value, and so on, by CUSTOMER SEGMENT, PRODUCT MARKET PLAN.

PREPAID ALLOWANCE DAY DRVD

Derived

Daily aggregate of free minutes allowance (PPA) for ACCOUNT and PRODUCT MARKET PLAN.

PREPAID ALLOWANCE MONTH AGGR

Aggregate

Monthly summary of free minutes allowance (PPA) in a PRODUCT MARKET PLAN.

PREPAID CALL SUMMARY DAY DRVD

Derived

Daily aggregate of prepaid calls by ACCOUNT, PRODUCT MARKET PLAN, and ACCESS METHOD.

PREPAID CALL SUMMARY MONTH AGGR

Aggregate

Monthly summary of prepaid call activity by PRODUCT MARKET PLAN, CUSTOMER TYPE.

PREPAID MOBILE EVENT TYPE

Lookup

Lookup for the prepaid mobile event types that may be actioned against a prepaid mobile subscription. The specific event types are implementation specific. For example:

Initial activation

Recharges

Adjustments

Deactivations

PREPAID RECHARGE

Base

Type of ACCOUNT PAYMENT in which a PREPAID VOUCHER INSTANCE is recharged.

PREPAID VOUCHER

Reference

The voucher a customer can buy to refill their prepaid account, normally in the form of a paper or plastic card. For example:

Prepaid Mobile Recharge Voucher

Prepaid Calling Card

PREPAID VOUCHER BATCH

Reference

Each voucher instance generation batch may produce thousands vouchers.

PREPAID VOUCHER INSTANCE

Reference

Represents each prepaid card. The cards are a means of recharging prepaid mobiles. The card can be physically a Plastic Card or a paper slip with account number and pin code.

PREPAID VOUCHER RECHARGE DAY DRVD

Derived

The summary of daily prepaid voucher recharge.

PREPAID VOUCHER RECHARGE OPTION

Reference

The recharge options for a type of PREPAID VOUCHER. A voucher can be configured with different perceived value to the customer and they may choose to redeem any one of them. For example a voucher may have the following recharge options:

$10 cash

$5 and 400 SMS

20Mb data

PREPAID WIRELESS

Reference

Type of Service Product. Subtype of SERVICE, for Prepaid Wireless service only.

PRICE DERIVATION RULE

Reference

The specification of a method to be used to transform the current sell unit retail amount to the price charged to account based on a discount group.

PRICE EVENT

Reference

Type of event which may trigger a billing process, for example, event of customer using a product over its quota.

PRODUCT

Reference

The product provided by the carrier. Product includes PRODUCT PACKAGE information. The composition of a PRODUCT PACKAGE is tracked in the product relationship.

PRODUCT ADDITIONAL TEXT

Reference

Additional descriptive text for a given product, that cannot fit in any other existing attributes, or that should be customized for users with different languages.

PRODUCT ASSIGNMENT

Reference

Defines a relationship between a PRODUCT and a related product.

PRODUCT ASSIGNMENT REASON

Lookup

Lookup for valid reason codes and descriptions for PRODUCT ASSIGNMENT.

PRODUCT BRAND

Lookup

Brand of the PRODUCT or PRODUCT MARKET PLAN. The operators can provide the same product under different brands for different segments of customers. For example, some operators may have brand such as Business, High End, Economical, for the same gsm wireless product.

PRODUCT CAPABILITY

Reference

Various product capabilities, or features. For example:

Number of lines for a phone

Storage size for Email

Number of "Friends&Family" numbers

PRODUCT CAPABILITY TYPE

Lookup

Lookup for type of PRODUCT CAPABILITY.

PRODUCT CAPABILITY VALUE

Reference

Detailed PRODUCT CAPABILITY information. The information would be quantitative by PRODUCT CAPABILITY TYPE.

PRODUCT CATALOG

Reference

A list of PRODUCT MARKET PLAN for sale, with prices and illustrations, for example in book form or on the web. Product Catalogs can be used by Customers during a self-care ordering process and may be used across one or more Distribution Channels.

PRODUCT CATALOG CHARACTERISTIC

Reference

A characteristic quality or distinctive feature of a Product Catalog Specification.

PRODUCT CATALOG CHARACTERISTIC ASSIGNMENT

Reference

A use of the Product Catalog Spec Characteristic by an Entity Specification to which additional properties (attributes) apply or override the properties of similar properties contained in Product Catalog Spec Characteristic.

PRODUCT CATALOG CHARACTERISTIC RELATIONSHIP

Reference

A aggregation, migration, substitution, dependency, or exclusivity relationship between/among Characteristic Specifications.

PRODUCT CATALOG CHARACTERISTIC VALUE

Reference

A value associated with a Product Catalog Characteristic.

PRODUCT CATALOG CHARACTERISTIC VALUE ASSIGNMENT

Reference

A use of the Product Catalog Spec Characteristic Value by an Product Catalog Specification to which additional properties (attributes) apply or override the properties of similar properties contained in Product Catalog Spec Characteristic Value.

PRODUCT CATALOG CHARACTERISTIC VALUE RELATIONSHIP

Reference

A aggregation, migration, substitution, dependency, or exclusivity relationship between/among Characteristic Spec Values.

PRODUCT CATALOG GEOGRAPHY ASSIGNMENT

Reference

Defines which PRODUCT CATALOG is available in which geographical area.

PRODUCT CATALOG MARKET PLAN ASSIGNMENT

Reference

Defines the relationship between a PRODUCT CATALOG and the product market plans that appeared on the PRODUCT CATALOG.

PRODUCT CATALOG PRESENTATION TYPE

Reference

The PRODUCT CATALOG presentation type. For example:

Brochure

Web pages

Video

PRODUCT CATALOG SALES CHANNEL ASSIGNMENT

Reference

Defines where the PRODUCT CATALOGs are made available to the end user.

PRODUCT CATALOG TYPE

Lookup

Lookup for types that define the invariant characteristics of a PRODUCT CATALOG.

PRODUCT CATEGORY

Lookup

Lookup for classification of the PRODUCT according to certain common characteristics.

PRODUCT CHARACTERISTIC

Reference

A characteristic quality or distinctive feature of a Product Specification. The characteristic can be take on a discrete value, such as color, can take on a range of values, (for example, sensitivity of 100-240 mV), or can be derived from a formula (for example, usage time (hrs) = 30 - talk time *3). Certain characteristics, such as color, may be configured during the ordering or some other process.

PRODUCT CHARACTERISTIC ASSIGNMENT

Reference

A use of the Characteristic Specification by an Product Specification to which additional properties apply.

PRODUCT CHARACTERISTIC RELATIONSHIP

Reference

A aggregation, migration, substitution, dependency, or exclusivity relationship between/among Product Spec Characteristics.

PRODUCT CHARACTERISTIC TYPE

Lookup

Type of PRODUCT CHARACTERISTIC.

PRODUCT CHARACTERISTIC VALUE

Reference

A value of a Product Spec Characteristic chosen for a PRODUCT that further defines what the PRODUCT is.

PRODUCT CHARACTERISTIC VALUE ASSIGNMENT

Reference

A use of the Product Catalog Spec Characteristic Value by an Product Catalog Specification to which additional properties (attributes) apply or override the properties of similar properties contained in Product Catalog Spec Characteristic Value.

PRODUCT CHARACTERISTIC VALUE RELATIONSHIP

Reference

A aggregation, migration, substitution, dependency, or exclusivity relationship between/among Product Spec Characteristics.

PRODUCT CHARGE TYPE

Lookup

Lookup for type codes and descriptions for PRODUCT PACKAGE charge on a PRODUCT. For example:

One time charge

Usage duration charge

Usage per call charge

Usage amount charge (data transfer)

Monthly cycle forward fee

Monthly cycle arrear fee

Free unit charge

Free charge

Factorization (call charge* a factor)

PRODUCT CHARGE TYPE RELATIONSHIP

Reference

Assignment of related PRODUCT CHARGE TYPEs.

PRODUCT CHARGE TYPE RLTN REASON

Lookup

Lookup for available reasons for PRODUCT CHARGE TYPEs to be related to each other.

PRODUCT CHARGING REASON

Lookup

Lookup for available reasons for Product Charge in the PRODUCT RATING PLAN. For example:

Charge for Roaming

Charge for Long-Distance

Charge or For Local Call

Regular Fee

PRODUCT COST

Base

Sub-table of the COST TYPE table, used to associate a specific cost to a given product.

PRODUCT COVERAGE AREA

Reference

Coverage of a product over geographical area.

PRODUCT COVERAGE AREA TYPE

Lookup

Lookup for type code and description for PRODUCT COVERAGE AREA. For example:

Available

Denied

Planned

PRODUCT COVERAGE GEO DETAIL

Reference

Links detailed geographical locations to a certain PRODUCT COVERAGE AREA.

PRODUCT FEATURE

Reference

Available features that may be associated with one or more PRODUCTs. For example, for a handset there are features such as:

MP3 indicator

MIDIindicator

3G indicator

JAVA indicator

GSM 1800 indicator

PRODUCT FEATURE ASSIGNMENT

Reference

Assigns one or more PRODUCT FEATUREs to a PRODUCT. Multiple products may have the same PRODUCT FEATUREs.

PRODUCT FUNCTIONALITY DEPENDENCY

Reference

Assignment of valid EQUIPMENT FUNCTIONALITY and PRODUCT VERSIONs to a PRODUCT.

PRODUCT GEOGRAPHY ASSIGNMENT

Reference

Assigns a PRODUCT to a GEOGRAPHY ENTITY. This is particularly used for products offered only locally or in a limited region. For example: "Broadband Service" in specific cities and ZIP code areas (typically used for City carriers).

PRODUCT GROUP

Lookup

Categorizations or Groups into which PRODUCTs may be assigned, usually based on similar functionality.

Note: this is different and should not be confused with the PRODUCT MARKET PLAN GROUP entity.

For example, the customer may group product in categories such as:

Postpaid Wireless

Prepaid Wireless

Fixed Line Subscription

Calling Card

Pay TV

Broadband

PRODUCT GROUP ASSIGNMENT

Reference

Defines relationship of PRODUCT and one or more PRODUCT GROUPs.

PRODUCT GROUP TYPE

Lookup

Lookup for codes and descriptions of types of PRODUCT GROUPs.

PRODUCT INSTANCE

Reference

The real instance of a given PRODUCT which a customer can purchase or rent (or eventually gets for free as part of a PRODUCT MARKET PLAN). The product instance is linked to the Customer Order Line Item and relates a product to a customer. For example:

Song specified as "You are not alone": Corresponding to Product MUSIC DOWNLOAD

TV channel specified as "Discovery" - Corresponding to Product PAY TV

PRODUCT INSTANCE STATUS HISTORY

Base

A history of the Status for a PRODUCT INSTANCE. For example:

New

Broken

Returned

Lost

Reserved

Obsolete

PRODUCT INSTANCE STATUS TYPE

Lookup

Lookup for type of specific Product instance status type. For example:

Purchased from Vendor

In Warehouse

Presented In Shop

In Customer

Broken

Reserved

Free Downloading (for content)

PRODUCT LINE

Lookup

Lookup for the ways to classify products according business organization. For example: Wireless, Fixed Line, and so on.

PRODUCT MANAGEMENT HISTORY

Base

Defines relationship between EMPLOYEE, PRODUCT MANAGEMENT ROLE, and PRODUCT.

PRODUCT MANAGEMENT REASON

Lookup

Lookup for available reasons for a PRODUCT MANAGEMENT HISTORY relationship.

PRODUCT MANAGEMENT ROLE

Lookup

Lookup for valid role codes and descriptions an employee may be assigned in PRODUCT MANAGEMENT HISTORY. For example:

Product Creation role

Publication to the market (in/out) role

Product Version Update role

Product Testing role

PRODUCT MARKET PLAN

Reference

Defines how a product is brought to the market, including: positioning, pricing, and bundling details. For example:

Tariff Liberty 60, with 60 Free National Minutes, 3 Friends & Family Network Intern Numbers

DSL 32Mbit/s + VoIP Phone + TV Entertainment + Pay TV Soccer Championship one year promotion

PRODUCT MARKET PLAN ASSIGNMENT

Reference

Assigns Products to PRODUCT MARKET PLANs.

PRODUCT MARKET PLAN ASSIGNMENT TYPE

Lookup

Lookup for type of product participation (inclusion) in the market plan. For example:

Use as gift

Main product

Revenue generation service

Base on

PRODUCT MARKET PLAN COST

Base

Sub-table of the COST TYPE table. This entity associates a specific cost to a given PRODUCT MARKET PLAN. The cost should not be related to the CAMPAIGN or to the PROMOTION, but just to the PRODUCT MARKET PLAN.

PRODUCT MARKET PLAN GEOGRAPHY ASSIGNMENT

Reference

Relationship between PRODUCT MARKET PLAN and Geography. Some PRODUCTs may only be sold in a particular area.

PRODUCT MARKET PLAN GROUP

Reference

Hierarchy level to group the various PRODUCT MARKET PLANs. For example:

Postpaid "Family"

Broadband "Business Unlimited"

Prepaid "Freedom"

PRODUCT MARKET PLAN GROUP ASSIGNMENT

Reference

Defines relationship of PRODUCT MARKET PLANs to one or more PRODUCT MARKET PLAN GROUPs.

PRODUCT MARKET PLAN GROUP TYPE

Lookup

Lookup for the type code and description for a PRODUCT MARKET PLAN GROUP.

PRODUCT MARKET PLAN RELATIONSHIP

Reference

Defines the relationship between two PRODUCT MARKET PLANs. For example:

One product market plan replaced another one.

One product market plan is an alternation of another one.

PRODUCT MARKET PLAN RELATIONSHIP TYPE

Lookup

Lookup for the types of PRODUCT MARKET PLAN relationships.

PRODUCT MARKET PLAN TYPE

Lookup

Type of the PRODUCT MARKET PLAN. For example:

Prepaid Wireless

Postpaid Wireless

VAS Special Package

PRODUCT NETWORK ASSIGNMENT

Reference

Assigns a PRODUCT to one or more NETWORKs.

PRODUCT PACKAGE

Reference

Groups of PRODUCTs bundled to serve as basis of a PRODUCT MARKET PLAN. The product package is not customer facing and a customer should subscribe to a product package through the PRODUCT MARKET PLAN. For example:

Tariff Liberty 60, Wireless phone, 3 Friends & Family Network Intern Numbers

DSL 32Mbit/s + VoIP Phone + TV Entertainment + Pay TV Soccer Championship

PRODUCT PACKAGE ASSIGNMENT

Reference

Assigns PRODUCT(s) to a PRODUCT PACKAGE.

PRODUCT PACKAGE CHARGE TYPE

Lookup

Lookup for type codes and descriptions for PRODUCT PACKAGE charge on a PRODUCT. For example:

One time charge

Usage Duration charge

Usage per Call charge

Usage amount charge (Data transfer)

Monthly Cycle Forward Fee

Monthly Cycle Arrear Fee

Free Unit Charge

Free Charge

PRODUCT RATING PLAN

Reference

Grouping mechanism for prices and usage limits associated with a PRODUCT.

PRODUCT RATING PLAN DETAIL

Reference

Detail of PRODUCT RATING PLAN, defines prices and usage limits for each PRODUCT CHARGE TYPE.

PRODUCT RATING PLAN TYPE

Lookup

Lookup for the type of PRODUCT RATING PLAN.

PRODUCT STATUS HISTORY

Base

Status history of PRODUCT.

PRODUCT STATUS TYPE

Lookup

Lookup for the type of the product status.

PRODUCT TYPE

Lookup

Lookup for the type of the PRODUCT. For example:

Item

Service

PRODUCT USERNAME

Reference

The usernames assigned to customer for given products. For example:

Instant Messenger

Web Meeting

Remoted (online) Storage

Web Self Service Account

PRODUCT VERSION

Reference

Iteration of a PRODUCT created when a minor change is made to the PRODUCT setting that does not require creating a new PRODUCT.

PROJECT

Reference

The business activities, TASKs, may be categorized into a specific Project according to their common purpose. For example:

3G WCDMA network upgrade Phase II

LTE Trial Network

PROJECT ELEMENT

Reference

The business activity which may happen to the operator. It is the super type of PROJECT and TASKs.

PROMOTION

Reference

The promotion reflects the tactics that an operator undertakes to generate increased incremental sales or usage volume for a specific product within a promotional event. Promotions are frequently communicated as part of a marketing campaign to ensure that awareness is generated with the target audience.

PROMOTION CLUSTER USAGE

Base

Assigns a particular CUSTOMER SEGMENT, cluster, to a given PROMOTION or list of promotions. The customer segments are generated by certain analytic applications, including Oracle Mining, and this assignment tracks the usage of customer segments in the PROMOTION.

PROMOTION CONTACT LIST UTILIZATION

Base

Defines the relationship between a CONTACT LIST and a PROMOTION: the contact list has been used for a marketing campaign to which a specific promotion was proposed.

PROMOTION COST

Base

Subtype of the COST, which is used to associate a specific cost uniquely associated to a given promotion. For example, a rent fee for the location where the operator performs the promotion.

PROMOTION MANAGEMENT HISTORY

Base

A history of campaign party role about management of a campaign EPISODE.

PROMOTION MARKET PLAN ASSIGNMENT

Reference

Associates a market plan to a PROMOTION. Typically, this applies when a given market plan is offered with an additional discount (PROMOTION) during a certain period.

PROMOTION MESSAGE RENDERING

Reference

Details regarding each CAMPAIGN MESSAGE broadcast through a MEDIA OBJECT.

PROMOTION PRODUCT ASSIGNMENT

Reference

The relationship between a PRODUCT and a PROMOTION.

PROMOTION PRODUCT CATALOG ASSIGNMENT

Reference

Associates PRODUCT CATALOGs to a PROMOTION.

PROMOTION RELATIONSHIP

Reference

Defines the relationship between two PROMOTIONs.

PROMOTION RESULT TYPE

Lookup

Lookup for the prospect reaction to a specific PROMOTION during a sales campaign. For example:

Accepted

Not interested

Interested but not accepted

Not Interested but other product sold

PROMOTION SALES CHANNEL ASSIGNMENT

Reference

The allocation of PROMOTION resources or actions onto each SALES CHANNEL.

PROMOTION TERM TYPE

Lookup

Lookup for valid type codes and descriptions of Promotion Term associated with a PROMOTION TERM VALUE. For example:

Number of customers

Period

Planning

Selling amount

Planning contracts number

PROMOTION TERM VALUE

Base

Assigns PROMOTION TERM TYPE to a PROMOTION with a value corresponding to the Term Type. For example:

Maximum Number of customers

Period

Planning selling amount

Planning contracts number

PROMOTION TYPE

Lookup

Lookup for the type of PROMOTION (each for either a limited time or for the contract duration). For example:

Monthly Fee Discount

Additional Free Service

Free Installation Cost

Give-away Equipment

Free Equipment Rental

Limited Extra Usage for Free

PROPERTY

Reference

A parcel of land with defined legal boundaries. This is a concrete Geographic Location entity.

PROPERTY ADDRESS LOCATION ASSIGNMENT

Reference

Defines the relationship of which property is using which address location to identify the property.

PROPOSAL

Reference

The proposals made available to prospects in the promotion. It could be a upsell offer like selling a new product, or a retention program (Free Minutes for Longer contract period).

PROPOSAL RELATIONSHIP

Reference

The relationship between two PROPOSALs.

PROSPECT

Reference

An individual, collection of individuals, company, or public institution that does not currently purchase merchandise or services, but who may in the future. A prospect may also be a CUSTOMER of one PRODUCT (already purchased) that does not currently purchase another PRODUCT (may purchase).

A prospect has no recorded relationship with the provider.

PROSPECT INDIVIDUAL

Reference

Attributes of an individual PROSPECT, one who is not an organization.

PROSPECT ORGANIZATION

Reference

Attributes of a prospect organization.

PROSPECT PRIORITY TYPE

Lookup

The different priorities which can be assigned to the prospect and prospect interests.

PROSPECT QUALITY SCORE TYPE

Reference

Lookup for type of quality scores which can be applied to PROSPECT. For example:

Income

Buying Probability

PROSPECT QUALITY SCORE VALUE

Reference

The quality score value assigned to each prospect under different types of criteria.

PROSPECT REJECT REASON

Lookup

The reason to explain why an offer or PROPOSAL is rejected by the prospect.

PROTOCOL

Reference

A formal set of rules and conventions that governs how two entities exchange information (usually over one or more types of network media). This entity represents Protocols that can be managed. Represents a convenient aggregation point for defining how Protocols are managed and used.

PTV FULL CHANNEL ACTIVATION

Base

Pay TV full channel activation event.

PTV QPI SERVICE EVENT

Base

The detail of QPI service.

PTV USAGE EVENT

Base

Customer usage of PAY TV service.

PUBLICATION

Reference

Publication to which the MEDIA OBJECT used in CAMPAIGN belongs.

PUBLICATION TYPE

Lookup

Lookup for code and description describing the type of publication.

PURCHASE ORDER

Base

All the purchase orders that are raised on suppliers by the purchasing unit of a business organization (purchasing organization). The types of purchase orders can be many and would typically include one-time, regular, blanket, release, and so on.

PURCHASE ORDER LINE ITEM

Base

Specifies purchase order line Item information.

PURCHASE ORDER LINE ITEM STATE

Base

Specifies the state change history of each PURCHASE ORDER LINE ITEM.

PURCHASE ORDER STATE

Base

Defines the records of a PURCHASE ORDER LINE ITEM being in a particular state for a period of time.

PURCHASE ORDER STATE TYPE

Lookup

Lookup for the different types of state a purchase order or a line item may be at. For example:

Paid

Shipped

Returned

PV BIT STRING VALUE

Reference

Represents a single or a set of bit string values. A bit string is defined as a string whose individual characters have the value "0" or "1". No other values are allowed.

PV BOOLEAN VALUE

Reference

Represents a Boolean value (TRUE or FALSE).

PV INTEGER VALUE

Reference

Provides a list of integer or integer range values. Each integer can be of an arbitrary size.

PV IP ADDRESS VALUE

Reference

Provides an unordered list of IPv4 addresses, IPv6 addresses, ranges of IPv4 addresses, ranges of IPv6 addresses, and host names to be matched against in a policy condition. The format of each string is specified according to the ABNF definition of an IPv4 address. If a host name is matched against another valid IP address, the match is done by resolving the host name into a valid IPv4 or IPv6 address. Matching host names against each other, like matching IP addresses (of the same type) against each other, is done using a string comparison. Matching an IPv4 address against an IPv6 address fails.

PV STRING VALUE

Reference

Represents a single string value, or a set of string values. Each value can have wildcards.

PVAR BIT STRING VARIABLE

Reference

Represent a single or set of bit string variable. Thus, only Bit String Value classes can be used in the value portion of the condition expression with this POLICY VARIABLE.

PVAR STRING VARIABLE

Reference

Represents a single or set of string variable. Each can have wildcards. Thus, only String Value classes can be used in the value portion of the condition expression with this POLICY VARIABLE.

QOS SERVICE

Reference

Represents a generic specification for defining the different types of Sub-Services that are required to implement a specific type of QoS. This enables business rules to be mapped to the network, and define services that the network provides.

A QoS Service can be thought of as an aggregation of sub-services needed to realize the functionality specified by, for example, a SERVICE BUNDLE. This enables the network administrator to map business rules, as specified in a more abstract object or set of objects, to the network, and the network designer to engineer the network such that the network provides different functions for different types of applications.

QoS Services are a type of RESOURCE FACING SERVICE and are bundled together using SERVICE BUNDLEs. QoS Services can be turned into templates using SERVICE BUNDLE SPECs.

The QoS Service itself is a means to coordinate different technology-specific approaches to implementing QoS, such as DiffServ, ToS, and IEEE 802.x. As such, the QOS Service entity is an abstract entity.

QOS SERVICE SPEC TYPE

Lookup

The QOS SERVICE spec type.

QUARTER HOUR

Reference

Quarter Hour as defined in Time Hierarchy.

QUARTER TO DATE TRANSFORMATION

Reference

Cumulative time transformations at the quarter level.

QUARTER TRANSFORMATION

Reference

Transformation with respect to a quarter. For example:

This quarter last year

This year last quarter

RACK

Reference

A Rack is a type of Secure Holder that represents an enclosure in which Equipment Holders, such as CHASSIS, are placed. Typically a Rack is nothing more than the enclosure, and all the functioning componentry is packaged in the CHASSIS. The logical identifier of a Rack is not typically associated with the Device (that is, the Network Element). Compare this to either a Bay or a Shelf, whose logical identifier IS associated with the Device. Thus, the Rack is explicitly not a part of the logical model of a network. The Rack typically serves as the "master enclosure" for CHASSIS, Shelves and Bays. In addition, Racks can have multiple instances of multiple Devices mounted in them.

RATABLE UNIT MEASUREMENT

Lookup

Lookup to specify the valid candidate Ratable Unit Measurement (RUM)s for each event type. For example:

Duration

Size

Count

RATED NETWORK EVENT

Base

Contains rating information attached to raw or mediated network event.

RATING METHOD TYPE

Lookup

Lookup for Rating Method Type code and description. For example:

Flat Rate

Tier Rating

Threshold Rating

RAW MMS EVENT

Base

The raw MMS EVENTas acquired on network element.

RAW WIRELESS CALL EVENT

Base

The raw WIRELESS CALL EVENT.

RESOURCE FACING SERVICE SPEC ROLE

Reference

This class defines a SERVICE SPEC, in terms of a set of ServiceSpecificationRoles, for a ElementFacingService. This is the base class for defining ServiceSpecificationRoles that are used to represent the invariant characteristics of a ElementFacingService. This enables the ElementFacingService to be managed abstractly using ServiceSpecificationRoles. It also helps define the SERVICE SPEC in terms of the functions that it has or provides.

RECHARGE REVENUE SLAB

Lookup

Lookup for the bands of revenue earned from the sale of recharge coupons, for prepaid, which is called recharge revenue. The recharge revenue is to be analyzed for all currently active prepaid subscribers and for all churned subscribers until the time of termination.

For example, the revenue can be banded by creating slabs for recharge revenue of $0-$25, $25-$50, and so on.

RECURRING PMP RATING PLAN DETAIL

Reference

A type of PRODUCT MARKET PLAN (PMP) rating plan with a recurring charge.

REDEMPTION DAY DRVD

Derived

The daily aggregate of loyalty point redemption by CREDIT CATEGORY, LOYALTY PROGRAM CHANNEL, AGE ON NET BAND, and EMPLOYEE.

Daily aggregation of LOYALTY PROGRAM redemption statistics by LOYALTY PROGRAM CHANNEL, SALES CHANNEL, AGE ON NET BAND, CREDIT CATEGORY, and EMPLOYEE.

REDEMPTION MO AGGR

Aggregate

Monthly summary of LOYALTY PROGRAM redemption statistics by LOYALTY PROGRAM CHANNEL

REDEMPTION TYPE

Lookup

Lookup for redemption type that maintains all possible point redemption types and organizes redemption data by redemption type for analysis purposes.

RELIGION

Lookup

This lookup for religion. For example:

Christianity

Jewish

Islamic

Hinduism

RESOURCE FACING SERVICE

Reference

This is the base entity for defining Resource Facing Services. A Resource Facing Service is an abstraction that defines the characteristics and behavior of a particular SERVICE that is not directly seen or purchased by the Customer. Resource Facing Services are "internal" Services that are required to support a CUSTOMER FACING SERVICE. The Customer purchases CUSTOMER FACING SERVICEs, and is not aware of the Resource Facing Services which support the CUSTOMER FACING SERVICE(s) that is being purchased directly by the Customer. For example, a VPN is an example of a CUSTOMER FACING SERVICE. This particular type of VPN may require BGP to support it. Customers do not purchase BGP, and hopefully are not even aware that BGP is running. Therefore, BGP is an example of a Resource Facing Service.

RESOURCE FACING SERVICE ROLE

Reference

Defines a SERVICE in terms of a set of SERVICE ROLEs for a RESOURCE FACING SERVICE. This is the base entity for defining SERVICE ROLEs that represent the variable characteristics of a RESOURCE FACING SERVICE in terms of roles that this SERVICE plays. This entity enables the RESOURCE FACING SERVICE to be managed abstractly using SERVICE ROLEs. The Resource Facing Service Role also helps define the SERVICE in terms of the functions that it has or provides.

RESOURCE FACING SERVICE SPEC

Lookup

This is the base entity for defining Resource Facing Service Specs. A Resource Facing Service Spec is an abstraction that defines the invariant characteristics and behavior of a particular RESOURCE FACING SERVICE. This is not seen by the Customer. However, it is required by one or moreCUSTOMER FACING SERVICE SPECs in order for them to function correctly. The invariant portion serves as a single common basis to build a set of variable RESOURCE FACING SERVICEs that all use this common Resource Facing Service Spec.

RESOURCE FACING SERVICE SPEC ATOMIC

Lookup

This entity defines a standalone RESOURCE FACING SERVICE that meets the needs of a particular CUSTOMER FACING SERVICE. Standalone RESOURCE FACING SERVICEs may be linked directly to a CUSTOMER FACING SERVICE or aggregated by a Resource Facing Service Composite.

RESOURCE FACING SERVICE SPEC COMPOSITE

Lookup

This entity defines an integrated set of RESOURCE FACING SERVICE that collectively meets the needs of a CUSTOMER FACING SERVICE. For example, the Customer may have requested "GoldService", which is a SERVICE PACKAGE that defines a set of SERVICE BUNDLEs, each of which has its own QoS. A set of Resource Facing Service Products can then be defined, one for each different SERVICE BUNDLE instance, that provides the required QoS for each SERVICE BUNDLE instance.

RESOURCE FACING SERVICE SPECROLE

Reference

Defines a Service Specification, in terms of a set of Service Specification Roles, for aRESOURCE FACING SERVICE. This is the base entity for defining Service Specification Roles that represent the invariant characteristics of aRESOURCE FACING SERVICE. This entity enables theRESOURCE FACING SERVICE to be managed abstractly using Service Specification Roles. The Resource Facing Servicesrole also helps define the Service Specification in terms of the functions that it has or provides.

RESOURCE FACING SERVICE SPEC VERSION

Reference

Keeps the historical versions of RESOURCE FACING SERVICE SPEC.

RESOURCE ORDER

Base

A type of Request that represents a Service Order's services decomposed into the Elements on which the services will be provisioned.

RESOURCE ORDER ITEM

Base

The purpose for the RESOURCE ORDER expressed in terms of a NETWORK ELEMENT TYPE or a NETWORK ELEMENT.

RESOURCE PERFORMANCE

Reference

A measure of the manner in which a Element is functioning.

RESOURCE PERFORMANCE SPEC

Lookup

The invariant characteristics of a measure of the manner in which a Element is functioning. Each related PERFORMANCE instance will have the same invariant characteristics. However, the values associated with other characteristics of the instantiated PERFORMANCE entity are specific to each instance.

RESOURCE SPEC PERF ROLE

Reference

A role that a Element Specification plays in defining a PERFORMANCE SPECIFICATION.

RESOURCE PORT

Reference

The Resource Port covers both logical and physical port together and manage as a single entity.

RETAIL STORE

Reference

Subtype of internal organization. This usually lists the shops where the communications service provider presents the products and sells directly to customers. A retail store may contain several SELLING LOCATIONs.

RF CARRIER

Reference

Reference list of all wireless or Radio Frequency (RF) carriers.

RF NETWORK CAPACITY DAY DRVD

Derived

Daily aggregate of Radio Frequency (RF) Network Capacity utilization statistics.

Radio Frequency (RF) interfaces are present at two levels in the network:

RF Interface between CELL and the Mobile Station

RF interface between MSC and the BSS

RF NETWORK CAPACITY MONTH AGGR

Aggregate

Monthly summary of Radio Frequency (RF) Network Capacity utilization statistics.

RFS SPEC VERSION DETAIL

Reference

Defines the semantics of the modifiesRFSSpec aggregation. Specifically, it enables an application to define which set of versions of this Resource Facing Service Specification are appropriate for a given task.

RINGTONE

Reference

Sub-table of SUPPLEMENTARY SERVICE, by which a customer can download music as a ringtone for the phone.

ROAMING TYPE

Lookup

Lookup for the various roaming types to classify the calls. For example:

(Standard) Outgoing Roaming

(Standard) Incoming Roaming

Inland Outgoing Roaming

Inland Incoming Roaming

ROLE

Reference

This is an abstract base entity that defines the concept of various types of roles.

ROLES HIERARCHY

Reference

Hierarchy among the job roles within an organization.

ROOT ENTITY

Reference

Provides an abstraction for most policy entities. The root entity properties enable you to name, describe, and identify all objects, manageable and unmanageable, in the environment.

ROUTED PROTOCOL

Reference

This entity represents different types of routed protocols that can be managed. Routed protocols are those protocols that can be routed by a router. Specifically, the router must be able to interpret the logical internetwork as specified by that routed protocol. Represents a convenient aggregation point for defining how routed protocols are managed and used.

ROUTER

Reference

A type of physical device which performs routing function in IP-based network.

ROUTING DEVICE

Reference

In IN Network or Wireless, many different type of devices such as VLR, HLR, SCP servers are utilized in network to decide the call routing. This entity tracks the device information.

ROUTING PROTOCOL

Reference

This entity represents different types of routing protocols that can be managed. Routing protocols are used to determine how information is routed (for example, how it traverses an intermediate system). This entity represents a convenient aggregation point for defining how routing protocols are managed and used.

ROUTING ROLE

Reference

An abstracts entity showing the different routing capabilities necessary for a LOGICAL DEVICE to have. This entity helps to simplify the modeling of network devices, which have many different sets of capabilities. For example, most routers can do routing, forwarding, and firewalling of traffic. By modeling these capabilities as three roles, router functionality is both abstracted as well as categorized, so that the differences between routing done by a router and routing done by an L3 switch can be differentiated.

Table 2-28 S to V Entity Descriptions

Entity Name
Type
Description

SALES CAMPAIGN SUMMARY DAY DRVD

Derived

Daily aggregate of campaign results by PROMOTION RESULT TYPE and Sales Campaign Client Code.

SALES CAMPAIGN SUMMARY MONTH AGGR

Aggregate

Monthly summary of Sales Campaign results by PRODUCT MARKET PLAN, CAMPAIGN CHANNEL, PROMOTION RESULT TYPE.

SALES CHANNEL

Reference

Channel used to communicate with parties for sales purposes. For example:

Representatives

Partner-Dealers

Direct Dealers

Sales channels are represented by the channel level, which also becomes the lowest level for the channel dimension.

SALES CHANNEL COMMISSION PLAN ASSIGNMENT

Base

Defines a history of which SALES CHANNEL is applicable to which SALES COMMISSION PLAN.

SALES CHANNEL REPRESENTATIVE

Reference

The sales representative who sells the product to the customer. For example:

Sales Representative in the operator owned shops.

Direct sales representatives in the call center.

Dealer for a partner.

SALES COMMISSION DETAIL

Base

The sales commission earned by sales agent because of the contract.

SALES COMMISSION PAYROLL

Base

The sales commission issued to the sales agent.

SALES COMMISSION PLAN

Reference

The sales commission plan for particular PRODUCT PACKAGE and sales agent level.

SALES COMMISSION PLAN DETAIL

Reference

Details about the SALES COMMISSION PLAN per PRODUCT MARKET PLAN and PROMOTIONs, including sales quota and commission rate.

SALES DAY DRVD

Derived

Daily aggregate of sales by SALES CHANNEL, PRODUCT MARKET PLAN, business unit, sales representative, CUSTOMER.

SALES MONTH AGGR

Aggregate

Monthly summary of sales by SALES CHANNEL, PRODUCT MARKET PLAN, business unit, sales representative.

SALES REPRESENTATIVE STATISTICS DRVD

Derived

Monthly summary of sales representative performance measured by sales, commission, and so on.

SCD2 MULTILANGUAGE

Lookup

Super entity to provide SCD2 and LANGUAGE support for all its children.

SCRIPT

Reference

A list of specific groupings of questions or statements presented to individuals during a survey.

SCRIPT QUESTION

Reference

Initiative questions documents the questions asked of the customer as part of the initiative.

SCRIPT QUESTION TYPE

Lookup

The domain of values used to group script items. For example:

1 = Yes or No answers

2 = Provide a Value

3 = Give a Range

4 = Free form answer

SEASON

Lookup

Seasons and their attributes. Seasons are arbitrary periods around which some providers organize their buying and selling patterns. Each day should fall within no more than one season.

SECOND

Reference

Second hierarchy level as defined in Time Hierarchy.

SECURE HOLDER

Reference

This entity is a type of Holder Composite that serves as the parent for the RACK and CHASSIS entities. This entity generalizes common properties that apply to RACKs and CHASSIS.

SECURITY REQUIRED TYPE

Lookup

Lookup for type and description of security requirements that may be associated with an ITEM.

SEGMENT CRITERIA

Reference

Minimum and Maximum scores for each segment associated with an ACCOUNT SEGMENT or CUSTOMER SEGMENT.

SEGMENT TYPE

Lookup

Lookup for type codes and descriptions used to define ACCOUNT SEGMENTATION MODEL or CUSTOMER SEGMENTATION MODEL.

SELLING LOCATION

Reference

Physical location in a RETAIL STORE specifically dedicated to selling or displaying merchandise.

SELLING LOCATION TYPE

Lookup

Lookup for type code and description used to define a SELLING LOCATION: For example:

Store

Floor

Aisle

Shelf

SERVICE

Reference

Service is an internal technical presentation of available PRODUCTs to the end user. Different customers may subscribe to different services under the same product name. For example, for a service of 4MB Broadband, the service may be implemented by ADSL service or by FTTH (Optical Fiber).

SERVICE BUNDLE

Reference

Conceptually, a Service Bundle is thought of as a collection of Element Facing Service Specifications. This entity enables the needs of different sets of Element Facing Service Specifications to be grouped together - hence, the name "bundle". Since these are Resource Facing Specifications, they define reusable templates for implementing the Element Facing Services that are required by a particular CUSTOMER FACING SERVICE (as represented by a SERVICE PACKAGE). Service Bundles were designed to define a set of Class of Service specifications that were required by a CUSTOMER FACING SERVICE to work together. A SERVICE PACKAGE is the entity that models the requirements of the CUSTOMER FACING SERVICE. Thus, SERVICE PACKAGEs can specify different packaging of CUSTOMER FACING SERVICE that are sold to the Customer, and Service Bundles specify the set of Element Facing Services that each CUSTOMER FACING SERVICE requires. Service Bundles are a natural way to implement the requirements of a SERVICE PACKAGE, and are related to a SERVICE PACKAGE through the Service Package Uses Service Bundles aggregation.

SERVICE BUNDLE SPEC

Reference

A Service Bundle Spec is the base entity for defining the different classes of bundled Element Facing Service Specs that a Customer (or some other appropriate PARTY ROLE) can subscribe to. The preferred way to represent a Customer subscription of this nature is by defining a Service Bundle Spec that defines the set of Element Facing Service Specs that are being used. Conceptually, a Service Bundle Spec is thought of as a collection to enable the needs of different sets of Element Facing Service Specs to be grouped together. The "bundle" conveys the concept of grouped Service Specs that are related. Since these are Resource Facing Specifications, they define reusable templates for implementing the Element Facing Services that are required by a particular CUSTOMER FACING SERVICE (as represented by a SERVICE PACKAGE).

SERVICE BUNDLE SPEC ATOMIC

Reference

A Service Bundle Spec Atomic object models different SERVICE BUNDLE SPECs as a set of different instances of individual, independent Element Facing Service Specs. This is fundamentally different than the SERVICE BUNDLE SPEC COMPOSITE entity, which models one SERVICE BUNDLE SPEC COMPOSITE as the combination of other existing SERVICE PACKAGE SPECs (as well as providing its own extensions). For example, assume that the Gold Package service offering (which is a subclass of Service Package, not SERVICE PACKAGE SPEC), requires two different CoS Service instances. This may be because the Gold Package service offering has two different groups of applications that require two different types of traffic conditioning mechanisms. This is represented by a Service Bundle Spec Atomic object. Now, assume that the Platinum Package service offering includes the Gold Package service offering and a new service offering requiring a new set of traffic conditioning mechanisms. This requires a second Service Bundle Spec Atomic object, as users want to reuse the first Service Bundle Spec Atomic object. These could be aggregated to form an instance of a SERVICE BUNDLE SPEC COMPOSITE entity.

SERVICE BUNDLE SPEC COMPOSITE

Reference

A Service Bundle Spec Composite defines an integrated set of SERVICE BUNDLE SPECs that collectively meets the needs of a Element Facing Service Spec Composite entity. This is fundamentally different than the Service Bundle Spec Atomic object, which models one Service Bundle Spec as the combination of other existing SERVICE PACKAGE SPECs (as well as providing its own extensions). For example, assume that the Gold Package service offering (which is a subclass of SERVICE PACKAGE, not SERVICE PACKAGE SPEC), requires two different CoS Service instances. This may be because the Gold Package service offering has two different groups of applications that require two different types of traffic conditioning mechanisms. This is represented by a SERVICE BUNDLE SPEC ATOMIC entity. Now, assume that the Platinum Package service offering includes the Gold Package service offering and a new service offering requiring a new set of traffic conditioning mechanisms. This requires a second SERVICE BUNDLE SPEC ATOMIC entity, as you want to reuse the first SERVICE BUNDLE SPEC ATOMIC entity. These could be aggregated to form an instance of a Service Bundle Spec Composite object.

SERVICE BUSINESS ACTOR

Reference

This is an association entity. The entity represents the semantics, for example, owns, uses, and other relationships, of a Business Actor using a particular SERVICE.

SERVICE CATEGORY

Lookup

Lookup for category of SERVICE. For example:

Customer facing service

Resource facing service

Composite service

SERVICE CHARACTERISTIC

Reference

This entity represents the key features of this Service Specification. For example, bandwidth is characteristic of many different types of services; if bandwidth is important (for example, from the point-of-view of a Customer purchasing this Service) then bandwidth would be a Service Characteristic for that particular SERVICE. Note that in this example, bandwidth would have to be defined as an invariant feature that multiple Services use. Otherwise, it should be defined as a Service Characteristic.

SERVICE CHARACTERISTIC ASSIGNMENT

Reference

A use of the Service Spec Characteristic by an Service Specification to which additional properties (attributes) apply or override the properties of similar properties contained in Service Spec Characteristic.

SERVICE CHARACTERISTIC RELATIONSHIP

Reference

A aggregation, migration, substitution, dependency, or exclusivity relationship between or among Service Spec Characteristics.

SERVICE CHARACTERISTIC VALUE

Reference

A Service Spec Characteristic Value object defines a set of attributes, each of which can be assigned to a corresponding set of attributes in a Service Spec Characteristic object. The values of the attributes in the Service Spec Characteristic Value object describe the values of the attributes that a corresponding Service Spec Characteristic object can take on.

SERVICE CHARACTERISTIC VALUE ASSIGNMENT

Reference

A use of the Service Spec Characteristic Value by an Entity Specification to which additional properties (attributes) apply or override the properties of similar properties contained in Service Spec Characteristic Value.

SERVICE CHARACTERISTIC VALUE RELATIONSHIP

Reference

A aggregation, migration, substitution, dependency, or exclusivity relationship between/among Service Spec Characteristic Values.

SERVICE CLASS

Lookup

The class of the services. For QoS reason, the call can be divided into different classes (Basically might be home line or business line, or others). The Service Class can also be divided by other aspect, line utilizing Circuit Line or IP packets, and so on.

SERVICE CLASS TYPE

Lookup

Lookup for the type or base to define the SERVICE CLASS.

SERVICE COVERAGE AREA

Reference

The geographic area covered by service provider with certain product combination.

Service areas are defined so that service providers can determine the demographic / psychographic / population data the geography served by the network.

SERVICE COVERAGE AREA TYPE

Lookup

Lookup for type code and description for SERVICE COVERAGE AREA.

SERVICE COVERAGE GEO DETAIL

Reference

The detail about service coverage on lowest level. For example:

Areas covered by a specific BTS

Building covered by Broadband Copper line or Fiber line.

SERVICE DEPENDENCY

Reference

The Dependency among services. One service may depend on others to function, for example, GSM Roaming depends on HLR service to determine its subscription status, likewise, multiple ADSL services depends on the core IP network to transfer the information.

SERVICE DEVICE INTERFACE ASSIGNMENT

Reference

Captures the semantics involved in representing how a particular Element Facing Service is implemented on a specific DEVICE INTERFACE.

SERVICE EQUIPMENT ASSIGNMENT

Reference

Assignments between NETWORK TOUCHPOINT, EQUIPMENT, and SERVICE according to which SERVICE was tied to which NETWORK TOUCHPOINT through which EQUIPMENT INSTANCE.

SERVICE LEVEL AGREEMENT

Reference

A special type of contract which keeps the agreement between a customer and the service provider specifying the service quality, including availability, bandwidth, and so on. The detailed terms of the service level agreement are specified in CONTRACT TERM VALUE.

SERVICE LEVEL AGREEMENT ITEM

Reference

Detail line items for a SERVICE LEVEL AGREEMENT.

SERVICE LEVEL AGREEMENT TYPE

Lookup

Lookup for type of all service levels. For example, the classification of service levels can be: Gold, Silver, Bronze.

Each product may have different Service Level Agreement settings.

SERVICE LEVEL AGREEMENT VIOLATION

Base

The customer case of each violation to the SERVICE LEVEL AGREEMENT.

SERVICE LEVEL OBJECTIVE

Reference

Quality goal for a Service Level Specification defined in terms of parameters and metrics, thresholds, and tolerances associated with the parameters.

SERVICE LEVEL SPEC APPLICABILITY

Reference

The time of day or days during which a Service Level Specification, Service Level Objective, or Service Level Spec Consequence is relent or not.

SERVICE LEVEL SPEC CONSEQUENCE

Reference

An action that takes place when a SERVICE LEVEL OBJECTIVE is not met.

SERVICE LEVEL SPEC PARAMETER

Reference

Specifies a variable whose value determines compliance with a Service Level Objective.

SERVICE LEVEL SPECIFICATION

Reference

A pre-defined or negotiated set of service level objectives, and consequences that occur, if the objectives are not met.

SERVICE LEVEL UNMET CONSEQUENCE TYPE

Lookup

Lookup for the type of consequences if the service level requirement is not met.

SERVICE LR DEPENDENCY

Reference

This is an association entity. The Service LR Dependency represents the semantics (for example, exists, uses, and other relationships) that exist when a LOGICAL ELEMENT helps to supply or to support a particular Element Facing Service.

SERVICE NETWORK ELEMENT ASSIGNMENT

Reference

Defines how a network element supports a service.

SERVICE ORDER

Base

A type of Request that represents the products in a Customer Order decomposed into the services through which the products are realized.

SERVICE ORDER LINE ITEM

Base

The purpose for the SERVICE ORDER expressed in terms of a SERVICE SPEC or a Service.

SERVICE PACKAGE

Reference

A Service Package is derived from an associated SERVICE PACKAGE SPEC. The SERVICE PACKAGE SPEC defines the invariant attributes, methods, relationships, and constraints for all Service Package instances that are derived from it. This entity enables each individual Service Package to add its own application-specific changeable characteristics and behavior. There is no specific aggregation used to relate a particular Service Package to the SERVICE PACKAGE SPEC that it is derived from. This is because the SERVICE PACKAGE SPEC and Service Package both inherit the Specifies Service aggregation, and at this (the business level) view, there are no new semantics that are required to represent this relationship. Finally, while the composite pattern could be applied to Service Package, there is no perceived need to do so. Multiple Service Packages will simply be aggregated by a Product Bundle, and appear as separate Product Components.

SERVICE PACKAGE BUNDLE ASSIGNMENT

Reference

Defines how service bundle implements SERVICE PACKAGE.

SERVICE PACKAGE BUNDLE DETAIL

Reference

Defines how a type of service bundle can support other types of SERVICE PACKAGEs.

SERVICE PACKAGE SPEC

Lookup

A Service Package Spec defines the concept of bundling a set of different CUSTOMER FACING SERVICE SPECs to meet the functionality specified by one or more Product Specifications. This entity enables the specification of the invariant characteristics and behavior of these CUSTOMER FACING SERVICEs, so that multiple PRODUCTs can be built from their associated Product Specification. Treating this set of CUSTOMER FACING SERVICE SPECs as a single object is important for building complex Services, such as a VPN. This entity enables a single Product Item, derived ultimately from a Product Specification, to be offered to the Customer, even though in reality the Product Item consists of a set of different CUSTOMER FACING SERVICEs that must work to provide the functionality that the Customer needs.

SERVICE PACKAGE SPEC ATOMIC

Lookup

A Service Package Spec Atomic object models different SERVICE PACKAGE SPECs as a set of different instances of individual, independent CUSTOMER FACING SERVICE SPECs. This is fundamentally different than the Service Package Spec Composite object, which models one SERVICE PACKAGE SPEC as the combination of other existing SERVICE PACKAGE SPECs (as well as providing its own extensions). For example, Gold Package Spec is an individual packaging of services, and is therefore an instance of the Service Package Spec Atomic entity. If there was a service offering that combined the services defined by the Gold Package Spec with those defined by another Service Package Spec Atomic entity, such as the Platinum Package Spec, then that combination could be aggregated, forming an instance of the Service Package Spec Composite entity.

SERVICE PACKAGE SPEC COMPOSITE

Lookup

This models different packages as the combination of other existing SERVICE PACKAGEs (as well as providing its own extensions). This is fundamentally different than Service Package Atomic, which models different SERVICE PACKAGEs as a set of different instances.

SERVICE PERFORMANCE

Reference

A measure of the manner in which a SERVICE is functioning.

SERVICE PERFORMANCE SPEC

Lookup

The invariant characteristics of a measure of the manner in which a SERVICE is functioning. Each related PERFORMANCE instance will have the same invariant characteristics. However, the values associated with other characteristics of the instantiated PERFORMANCE entity are specific to each instance.

SERVICE PR DEPENDENCY

Reference

This is an association entity. The Service PR Dependency represents the semantics (for example, exists, uses, and other relationships) that exist when a PHYSICAL ELEMENT helps to supply or to support a particular RESOURCE FACING SERVICE.

SERVICE REQUEST

Base

Subtype of PARTY INTERACTION THREAD, specifically dedicated to a service request that may trigger a customer field service support order.

SERVICE ROLE

Reference

This entity defines a SERVICE in terms of a set of roles. The roles are then used to characterize the functionality of the Service, regardless of whether it is a Element- or a customer-facing service. Service Roles represent the functionality of a Service, and as such are a mix of the invariant and changeable characteristics and behavior of a Service. Representing a SERVICE in terms of Service Roles enables the functionality of the SERVICE to be defined independently of Business Actor, PHYSICAL ELEMENT, LOGICAL ELEMENT, or other Services.

SERVICE SPECIFICATION ROLE

Reference

This entity defines a Service Specification in terms of a set of roles. The roles are then used to characterize the invariant functionality of the Service, regardless of whether it is a resource- or a customer-facing service. Service Specification Roles represent the invariant functionality of a Service. Representing a SERVICE in terms of Service Specification Roles enables the functionality of the SERVICE to be defined independently of Business Actor, network element, or other Services.

SERVICE SPEC

Reference

This entity defines the ServiceSpecification hierarchy. All Services are characterized as either being directly visible and usable by a Customer or not. This gives rise to the two subclasses of Service: CUSTOMER FACING SERVICE and ElementFacingService. However, each instance of a Service is made up of changeable as well as invariant attributes, methods, relationships and constraints. A ServiceSpecification defines the invariant characteristics of a Service. It can be conceptually thought of as a template that different Service instances can be instantiated from. Each of these Service instances will have the same invariant characteristics. However, the other characteristics of the instantiated Service will be specific to each instance.

This entity can be thought of as a template, which represents a generic specification for implementing a particular type of Service. A ServiceSpecification may consist of other ServiceSpecifications supplied together as a collection. Members of the collection may be offered individually or collectively. ServiceSpecifications may also exist within groupings, such as within a Product.

SERVICE SPEC ATOMIC

Reference

This entity defines SERVICE SPECs that do not have any subordinate SERVICE SPECs. In other words, a ServiceSpecAtomic is a standalone SERVICE SPEC, and does not require any supporting SERVICE SPECs to define the invariant characteristics of Services that it serves as a template for.

SERVICE SPEC COMPOSITE

Reference

This entity defines SERVICE SPECs that are formed by aggregating other SERVICE SPECs. The types of SERVICE SPECs that are aggregated may be ServiceSpecAtomic or ServiceSpecComposite instances. A ServiceSpecComposite collectively defines all of the invariant characteristics of Services that it serves as a template for.

SERVICE SPEC NETWORK ELEMENT TYPE RELATIONSHIP

Reference

Defines the relationship between Service Spec and Network Element. For example, to track which Network Element Type is required for a certain type of Service Spec to work.

SERVICE SPEC PRODUCT RELATIONSHIP

Reference

Defines the relationship between Service Spec and Product, for example, to track which Product requires which Service Spec.

SERVICE SPEC VERSION

Reference

This entity represents the ability to distinguish between different instances of SERVICE SPECs. It represents a particular form or variety of a SERVICE SPEC that is different from others or from the original. The form represents differences in attributes, methods, relationships, and/or constraints that characterize this particular SERVICE SPEC, but which are not enough to warrant creating a new SERVICE SPEC.

SERVICE STATUS

Lookup

Lookup for all status types of a SERVICE. For example:

Active

Inactive

SERVICE STATUS CATEGORY

Lookup

A category that categorizes similar SERVICE STATUS.

SERVICE STATUS HISTORY

Base

A history of the Status of a SERVICE. Such as active, inactive, defaulted, terminated.

SERVICE STATUS REASON

Lookup

Lookup for reasons why a SERVICE has a certain status.

SERVICE TYPE

Lookup

Lookup for types of SERVICE. For example, values should be from a subtype of:

CUSTOMER FACING SERVICE

RESOURCE FACING SERVICE

COMPOSITE SERVICE

SERVICE TYPE ATOMIC

Lookup

This entity defines Service Specifications that do not have any subordinate Service Specifications. In other words, a Service Spec Atomic is a standalone Service Specification, and does not require any supporting Service Specifications to define the invariant characteristics of Services that it serves as a template for.

SERVICE TYPE COMPOSITE

Lookup

This entity defines Service Specifications that are formed by aggregating other Service Specifications. The types of Service Specifications that are aggregated may be Service Spec Atomic and/or Service Spec Composite instances. A Service Spec Composite collectively defines all of the invariant characteristics of Services that it serves as a template for.

SERVICE TYPE VERSION

Lookup

Represents the ability to distinguish between different instances of Service Specifications. The Service Type Version represents a particular form or variety of a Service Specification that is different from others or from the original. The form represents differences in attributes, methods, relationships, and/or constraints that characterize this particular Service Specification, but which are not enough to warrant creating a new Service Specification.

SERVICE USAGE TYPE

Lookup

A detailed description of a service usage event (for example, a purchase or a usage of a service).

SET TOP BOX

Reference

Set-top box for Television service.

SET TOP BOX MODEL

Reference

Set-top box model specification.

SHARED PACKAGE USAGE STATISTICS DAY DRVD

Derived

Daily aggregate of Lines Count by PRODUCT MARKET PLAN. For example:

Family 1+1

Corporate Package

SHARED PACKAGE USAGE STATISTICS MO AGGR

Aggregate

Monthly summary of Lines Count by PRODUCT MARKET PLAN. The usage and profitability is analyzed in this entity. For example:

Family 1+1

Corporate Package

SHELF

Reference

A Shelf is a type of Equipment Holder that is designed to hold various types of Equipment. The Shelf has a logical identifier that is often relative to the Bay that contains the Shelf (that is, the unique identifier for a Shelf is often a concatenation of the network element identifier, the Bay identifier, and the Shelf identifier). The logical identifier of a Shelf is typically associated with the Device (that is, the Network Element). Compare this to a RACK, whose logical identifier is not associated with the Device. Thus, the Shelf is explicitly a part of the logical model of a network. Often, a Shelf contains not just pluggable components (for example, CARDs, Power Supplies, and so on) but also cabling (for example, both fiber and wire), with optional connections to external fuse, alarm, and other types of panels.

SHOP EFFICIENCY DAY DRVD

Derived

Daily aggregate of shop efficiency details including customer and transaction counts, wait times, and so on, by ORGANIZATION BUSINESS UNIT and GEOGRAPHY REGION.

SHOP EFFICIENCY MONTH AGGR

Aggregate

Monthly summary of shop efficiency details including customer and transaction counts, wait times, and so on, by ORGANIZATION BUSINESS UNIT and GEOGRAPHY REGION.

SIC ASSIGNMENT

Reference

Assigns one industry to another industry in Standard Industrial Classification (SIC).

SIC ASSIGNMENT REASON

Lookup

Lookup for reason codes and descriptions that describe why two industries are assigned in the Standard Industrial Classification (SIC).

SIC CLASSIFICATION

Lookup

A classification group for Standard Industrial Classification (SIC). For example:

A. Division A: Agriculture, Forestry, And Fishing:

Major Group 01: Agricultural Production Crops

Major Group 02: Agriculture Production Livestock and Animal Specialties

Major Group 07: Agricultural Services

Major Group 08: Forestry

Major Group 09: Fishing, Hunting, and Trapping

SIC DIVISION

Reference

The base level of SIC classification. For more information see SIC CLASSIFICATION.

SIC INDUSTRY GROUP

Lookup

The middle level of the industry classification hierarchy.

SIGNALING PROTOCOL

Reference

This entity represents different types of signaling protocols that can be managed. Signaling protocols are used to convey information along a specific path. Represents a convenient aggregation point for defining how signaling protocols are managed and used.

SIM CARD

Reference

A subscriber identity module (SIM) on a removable SIM card securely stores the service-subscriber key (IMSI) used to identify a subscriber on mobile telephony devices (such as a mobile phone).

Also used for UIM (User Identity Module) in the CDMA (Code Division Multiple Access) network.

SIM CARD ACCESS METHOD ASSIGNMENT

Reference

A history of relationship between ACCESS METHOD and SIM CARD. Many access methods can be assigned to one SIM Card at any given time.

SIM CARD ACCESS METHOD REASON

Lookup

Lookup for valid reason codes and descriptions to describe relationship between SIM CARD and ACCESS METHOD.

SIM CARD ACTIVATION REASON

Lookup

Lookup for valid reason codes and descriptions describing why a SIM CARD has been activated.

SIM CARD ACTIVATION TYPE

Lookup

Usage states that a SIM CARD may be in. For example:

PP: Pre-Provisioned

BU: Barred from Usage

SIM CARD HANDSET ASSIGNMENT

Reference

A history of relationship between a HANDSET INSTANCE and a SIM CARD. SIM Cards can be swapped between handsets.

SIM CARD SUBSCRIPTION ASSIGNMENT

Reference

A history of relationship between the SIM CARD and a SUBSCRIPTION.

SIM CARD SUBSCRIPTION REASON

Lookup

A reason why a SIM CARD is associated with a SUBSCRIPTION.

SIM CARD TYPE

Lookup

Lookup for the types of SIM CARD. For example:

16k

32k

64k

128k

SITE

Reference

Site is any geographical location of interest to the telecom operator.

SITE INTERFACE ROLE

Reference

This role defines a Customer Site - that is, an interface to a set of Customers. The objective of this role is to enable the definition of Policies such that all Customers in this Site can receive the same Services. For example, routing announcements, traffic marking, and so on.

SITE TYPE

Lookup

Lookup of all possible types of sites of interest to the service provider.

SKILL TYPE

Lookup

Lookup of available skill types for an individual party.

SLOT

Reference

This is a concrete entity that has two main purposes. One is to model the ability of a hosting board to accept a daughter card to add or complete the base functionality of the hosting board. The second is to represent the different expansion slots supported by a CHASSIS.

SLOT RELATIONSHIP

Reference

This entity represents the semantics of the Adjacent Slots association. The SLOT Relationship includes two attributes that are used to provide general layout information describing the SLOTs in the Equipment Holder. The first, Distance Between Slots, defines the distance in inches between two adjacent SLOTs in the Physical Package. The second, Shared Slots, is a boolean attribute that describes the dependency between two SLOTs that are located near each other. Sometimes, the two SLOTs are so close that if one of these SLOTs is populated by an adapter CARD, the other SLOT must be left empty. If this attribute is set to TRUE, then the second SLOT must be left unoccupied.

SMS

Reference

Subtype of VALUE ADDED SERVICE. This entity defines the information relative to the Short Message Service (SMS). Do not confuse this entity with SMS EVENT.

SMS EVENT

Base

Subtype of NETWORK EVENT, which collects all information of product usage of Short Message Service (SMS).

SMS RATING PLAN

Reference

Subtype of PRODUCT RATING PLAN, reserved for Short Message Service (SMS), and also Multimedia Messaging Service (MMS), service.

SOC JOB

Reference

Entity holds the most detailed level of Standard Occupational Classification (SOC) job classification. For example:

15-0000 Computer and Mathematical Occupations

15-1000 Computer Specialists

15-1010 Computer and Information Scientists, Research

15-1011 Computer and Information Scientists, Research

15-1020 Computer Programmers

15-1021 Computer Programmers

15-1030 Computer Software Engineers

15-1031 Computer Software Engineers, Applications

15-1032 Computer Software Engineers, Systems Software

15-1040 Computer Support Specialists

15-1041 Computer Support Specialists

SOC JOB CATEGORY

Reference

Lookups for the categories in the Standard Occupational Classification (SOC) in which each occupation in the SOC is placed. The hierarchy in SOC is typically: NN-MMM0. These job categories correspond to the 449 "broad occupations" or categories. For example:

13-2010 Accountants and Auditors

13-2020 Appraisers and Assessors of Real Estate

13-2030 Budget Analysts

13-2040 Credit Analysts

13-2050 Financial Analysts and Advisors

13-2060 Financial Examiners

SOC JOB GROUP

Reference

Lookups for the groups in the Standard Occupational Classification (SOC) in which each occupation in the SOC is placed. The hierarchy of SOC is typically: NN-MM00. For example:

13-1000 Business Operations Specialists

13-2000 Financial Specialists

SOC JOB MAJOR GROUP

Reference

Lookups from the (23) major groups in the Standard Occupational Classification (SOC) in which each occupation in the SOC is placed. The hierarchy of SOC is typically: NN-0000. For example:

11-0000 Management Occupations

13-0000 Business and Financial Operations Occupations

15-0000 Computer and Mathematical Occupations

17-0000 Architecture and Engineering Occupations

19-0000 Life, Physical, and Social Science Occupations

21-0000 Community and Social Services Occupations

23-0000 Legal Occupations

SOFTWARE

Reference

This entity represents software. Software represents the set of user visible functions and processes that are contained in a device. The Has Software Features association defines software that is associated with a LOGICAL DEVICE, such as programs and operating systems. Since this software can be associated with devices and/or device components, this association is defined between the roots of the two classes. Software may be nested within other software, thereby creating a containment relationship (which is part of the system view). Currently, the subclasses of this class reflect user-facing features. For example, features that are manageable, configurable, and executable by users and applications. Internationalization and Language functionality are supported by creating a Software Uses Language association to the Language classes.

SOFTWARE ATOMIC

Reference

This entity represents atomic units of software that are individually manageable and do not form composite, or nested, software units. From a finite state machine view, each Software Atomic element is not just individually manageable, but is also installable, executable, and runnable. In addition, each Software Atomic element can be a FRU. This is the super-class for creating concrete subclasses that define particular functionality. For example, a device driver, or software that implements MPLS as part of a larger routing software package.

SOFTWARE COMMAND

Reference

Software Commands describe the sets of features that are programmable by a particular PARTY ROLE. For example, a Developer, or Network Operator, and in rare cases, an End User. This should not be confused with Capabilities. Capabilities define what features and functions are available at a given moment for the Element. Thus, Software Commands represent the specific commands that are available in a device, whereas Capabilities represent higher-level generic functions available in a Element. For example, the ability to perform BGP routing is a Capability, whereas the actual commands used to implement BGP routing are Software Commands.

SOFTWARE COMPOSITE

Reference

This entity represents software units that are made up of other software units (that is, instances of this entity and the Software Atomic base entity). This provides the semantics of collecting a set of components, each of which is individually manageable, and being able to manage the set of objects as a whole. An example is an operating system - this is manageable as a unit, but consists of individually manageable components. This containment is modeled using the Contains Software Components composition. From a finite state machine view, each Software Composite element is manageable, installable, executable, and runnable. In addition, each Software Composite element can be a FRU. This is the super-class for creating concrete subclasses that define groups of functionality. For example, set of features that work to provide application-level functionality to the end-user.

SOFTWARE FEATURE SETS

Reference

Software Feature Sets describe the groups of Software Commands that distinguish a particular release of Software. The Software Commands contained in the Software Feature Sets are programmable by a particular PARTY ROLE (for example, a Developer, or Network Operator, and in rare cases and End User). Often, Software Feature Sets are used by the manufacturer to define a custom or semi-custom build of software, or are provided as a set of options that are orderable by the Customer. This should not be confused with Capabilities. Capabilities define what features and functions are available at a given moment for the Element. Thus, Software Feature Sets represent groups of commands that are available in a device, whereas Capabilities represent higher-level generic functions available in a Element. For example, the ability to perform BGP routing is a Capability, whereas the actual commands used to implement BGP routing are Software Commands that reside in one or more Software Feature Sets. Hence, Software Feature Sets may or may not offer BGP as a programmable feature.

SOFTWARE OS RELATIONSHIP

Reference

This is an association class, and defines the semantics of the Software Interacts With OS association. This is a complex class, and consequently only a few simple attributes are shown in this viewpoint in order for the reader to get a flavor of the types of parameters defined in this entity.

SOURCE SYSTEM

Reference

System of record from which information was loaded.

SOURCE SYSTEM KEY MAPPING

Reference

Track Key of the PARTY, customer or employee, in the originating source system. This key can track information back to the source management system.

SOURCE SYSTEM TYPE

Lookup

Lookup for type code and description used to describe SOURCE SYSTEM. For example:

Competitor Customer Listing

Third-Party Purchased Mailing List

CRM List

Billing System List

SPECIFICATION

Reference

This is an entity that defines the invariant characteristics, attributes, methods, and relationships, of a managed entity.

SPECIFICATION ROLE

Reference

This is the entity for all Role Specification subclasses.

SPECTRUM COVERAGE AREA

Reference

The geographic coverage area of a given wireless spectrum.

STATISTICAL ENTITY

Reference

To be defined

SUB NETWORK

Reference

An abstraction provided by the Element Management System (EMS) to the Network Management System (NMS) that describes the potential for subnetwork connections. The Sub Network also provides a transparent end-to-end connection or a TRAIL, closed or half-open, through a Subnetwork according to the roles associated to its end points.

SUBSCRIBER ACTIVATION REASON

Lookup

Lookup for valid Subscriber activation code and reasons used to describe Subscriber Activation. For example:

Reactivate because of paying

Deactivate by non-paid

SUBSCRIPTION

Reference

The record of customer using a product or service which may be based on a contract. Customer's subscription to services is the basis of billing and network usage authorization.

SUBSCRIPTION ASSIGNMENT

Reference

Relational assignment of one SUBSCRIPTION to another SUBSCRIPTION. This is optional.

SUBSCRIPTION ASSIGNMENT TYPE

Lookup

Lookup for type codes and descriptions pertaining to SUBSCRIPTION ASSIGNMENT.

SUBSCRIPTION EVENT TYPE

Lookup

Lookup for available type codes and descriptions for Subscription Events.

SUBSCRIPTION NETWORK ELEMENT ROLE ASSIGNMENT

Reference

Defines the relationship between SUBSCRIPTION and the NETWORK ELEMENT ROLE.

SUBSCRIPTION PMP ASSIGNMENT

Reference

The relationship between SUBSCRIPTION and PRODUCT MARKET PLANs. A SUBSCRIPTION may be reassigned to different PRODUCT MARKET PLANs during its lifetime.

SUBSCRIPTION PRICE

Reference

Charge information over a specific subscription.

SUBSCRIPTION PRICE ALTERATION

Reference

Price alteration applied to the given subscription.

SUBSCRIPTION PRICE CHARGE

Reference

The monetary charge applied to an individual subscription, as a subtype of SUBSCRIPTION PRICE.

SUBSCRIPTION PRICE PARTY ROLE ASSIGNMENT

Reference

The relationship between the Party Role and SUBSCRIPTION PRICE to track who managed the SUBSCRIPTION PRICE.

SUBSCRIPTION SERVICE ASSIGNMENT

Reference

The relationship between SUBSCRIPTION and SERVICE. One subscription may be used to rate multiple services. For example, WCDMA 3G Data + Wifi, and vice versa. One service, for example a gsm mobile, may support multiple products (calling minutes, discounts, and so on).

SUBSCRIPTION SERVICE CLASS ASSIGNMENT

Reference

Defines the class of service for a SUBSCRIPTION.

SUBSCRIPTION STATISTIC DRVD

Derived

Monthly aggregate of subscriber Churn information by ACCOUNT, PRODUCT MARKET PLAN, SALES CHANNEL, AGE BAND, AGE ON NET BAND, CREDIT CATEGORY, DEBT AGING BAND, CUSTOMER REVENUE BAND, ARPU BAND, CUSTOMER.

SUBSCRIPTION STATISTIC MONTH AGGR

Aggregate

Monthly summary of Subscriber Churn by PRODUCT, PRODUCT MARKET PLAN, CUSTOMER TYPE, GEOGRAPHY ENTITY, ORGANIZATION BUSINESS UNIT.

SUBSCRIPTION STATUS

Lookup

Lookup for available code and description for the status of a SUBSCRIPTION. For example:

Active

Inactive

In Debt

SUBSCRIPTION STATUS CATEGORY

Lookup

Lookup for category codes and descriptions used to group or categorize SUBSCRIPTION STATUS.

SUBSCRIPTION STATUS HISTORY

Base

A history of the status of a SUBSCRIPTION. For example:

Active

Inactive

Defaulted

Terminated

The subscription can simultaneously contain multiple status. For example, the subscription could be Active and In_Debt, or amount below threshold.

SUBSCRIPTION STATUS REASON

Lookup

Lookup for available reason codes and descriptions for defining why a SUBSCRIPTION may be assigned a status.

SUBSCRIPTION STATUS TYPE

Lookup

Lookup for available code and description for the status of a SUBSCRIPTION. For example:

Active

Inactive

In Debt

A subscription can simultaneously have two statuses. For example, a subscription could be Active and In Debt, or an amount below a threshohld, at the same time.

SUBSCRIPTION TERM TYPE

Lookup

Lookup for available type codes and descriptions pertaining to SUBSCRIPTIONs and PRODUCTs to which Values may be assigned. For example:

Monetary Amount

Period

Premium

Initial Points

Cancellation Policy

SUBSCRIPTION TERM VALUE

Base

Value assignments for Subscription Terms as pertains to a SUBSCRIPTION and PRODUCT. For example:

Monetary amount

Period

Premium

Initial points

The value can vary at different time periods. For example, the monthly fee might be 100 for first six months, and 80 for last six months. A penalty calculation can also be assigned based on the months left in a contract.

SUBSCRIPTION TYPE

Lookup

Lookup for available type codes and descriptions for SUBSCRIPTIONs. For example:

Prepaid Wireless

Fixed Line

Broadband

SUBSIDY AMOUNT MONTH AGGR

Aggregate

Monthly summation of the amount budgeted for the items to be given on subsidy by PRODUCT MARKET PLAN, and CUSTOMER TYPE, excluding the NVP scheme items and give-away items.

SUBSIDY AMOUNT DRVD

Derived

Monthly aggregation of the amount budgeted for the items to be given on subsidy by PRODUCT MARKET PLAN and CUSTOMER TYPE, excluding the NVP scheme items and give-away items.

SUBSIDY TYPE

Lookup

Lookup for type code and description of a Subsidy.

SUPPLEMENTARY SERVICE

Reference

Subtype of PRODUCT that may include supplementary services to complement and support existing services such as telephone and data services. For example:

Call forwarding

Barring of Outgoing Calls

Barring of Incoming Calls

Advice of Charge (AoC)

Call Hold

Call Waiting

Multi-party service

Calling Line Identification presentation/restriction

Closed User Groups (CUGs)

Explicit Call Transfer (ECT)

SUPPLEMENTARY SERVICE USAGE DRVD

Derived

Keep the aggregation information for usage of supplementary service. Analyze SUPPLEMENTARY SERVICE for the Core Network Planning.

SUPPLEMENTARY SERVICE USAGE MONTH AGGR

Aggregate

Monthly summation of Charge and Billing details for SUPPLEMENTARY SERVICE usage by Business Unit, PRODUCT MARKET PLAN, and PRODUCT.

SURVEY

Reference

A survey is a subtype to the PROMOTION.

SWITCH

Reference

Network switches or exchanges. A switch may be a PSTN (wireline) digital or analog, or a GSM Mobile Station controller (wireless).

SWITCH CAPABILITY

Reference

Records the specific functional characteristics of each switch or exchange. The types of capabilities of interest are those that enable customer services; this entity enables the operator to identify if customers on a particular switch can utilize a certain service (for example, VPN).

SWITCH CAPABILITY TYPE

Lookup

Lookup for type codes and descriptions used to categorize SWITCH CAPABILITY.

SWITCH COMMAND

Reference

Command which is sent to the switch, telling it to take an action. For example, activate a port with specified parameters.

SWITCH ROUTING DEVICE ASSIGNMENT

Reference

Assigns a routing device to a switch in any type of network.

SWITCH TYPE

Lookup

Classification of Switch Type and Manufacturer.

SWITCHING PROTOCOL

Reference

This entity represents different types of switching protocols that can be managed. Switching protocols are those protocols that enable routing to take into account layer 2 information, such as bandwidth and QoS. (Remember that traditional routing protocols are designed to evaluate each frame's layer 3 header only). Several methods are available for accomplishing the task of looking at layer 2 information and defining a next hop. Most now use the concept of a label, which is a means to define the next hop without evaluating all of the information of a traditional header.

SWITCHING ROLE

Reference

Abstracts the different routing capabilities necessary for a LOGICAL DEVICE to have. This helps simplify the modeling of (especially) network devices, which have many different sets of capabilities. For example, most routers can do routing, forwarding, and firewalling of traffic. By modeling these capabilities as three roles, switch functionality is both abstracted and categorized, so that the differences between forwarding traffic done by a router and forwarding traffic done by a L3 switch can be differentiated.

SWOT TYPE

Lookup

A Strength, Weakness, Opportunity, Threat (SWOT) that an enterprise has when compared to a COMPETITOR. SWOT analysis is a formal framework of identifying and framing organizational growth opportunities.

TAP IN WIRELESS ROAMING EVENT

Base

Network events invoked by our customer on partners network. Those events should be attached to the account for billing purposes.

TAP OUT WIRELESS ROAMING EVENT

Base

Network events by partner customer on the operator network.

TARGET ACCESS METHOD

Reference

The ACCESS METHODs associated with a PROMOTION.

TARGET ACCOUNT

Reference

ACCOUNTs targeted by a PROMOTION.

TARGET CONTRACT

Reference

CONTRACTs targeted by a PROMOTION.

TARGET GEOGRAPHY AREA

Reference

GEOGRAPHY ENTITYs targeted by a PROMOTION.

TARGET MARKET SEGMENT

Reference

The MARKET SEGMENTs included in a specific CAMPAIGN.

TARGET TYPE

Lookup

Lookup for valid Type codes and descriptions as pertain to a PROMOTION. For example:

CUSTOMER

ACCOUNTs

ACCESS METHOD

Geography area

TASK

Reference

The specific tasks inside a PROJECT.

TAX AUTHORITY

Reference

A government authority that levies sales taxes and on whose behalf the store collects these sales taxes. For Example:

National

State

Province

City

County

Other

TAX CATEGORY

Lookup

The tax categories which may be applied to invoices items.

TAX EXEMPT

Lookup

Lookup for valid tax exempt codes and descriptions as pertains to an ITEM.

TCH TYPE

Lookup

Lookup for the types of Traffic Channel. For example:

Voice Channel

Data Channel

TECHNOLOGY

Lookup

Technology names and descriptions that can define a NETWORK ELEMENT. For example:

CDMA

GSM

ADSL

Ethernet

TECHNOLOGY TYPE

Lookup

Lookup for available type codes and descriptions that can classify or categorize a TECHNOLOGY. For example:

Wireless

Copper line

Optical Fiber

TELEPHONE NUMBER

Reference

The phone number as a subtype of access method.

TELEPHONE NUMBER POOL

Reference

The telephone number pool allocated to the TELCO operator.

TEMPLATE SERVICE LEVEL SPEC

Reference

The template for SERVICE LEVEL AGREEMENT spec.

TERMINATION POINT

Reference

This entity is for terminates transport entities, such as trails and connections. This object class is a basic object class from which subclasses, such as Trail Termination Point and CONNECTION TERMINATION POINT, are derived.

TIME BAND

Lookup

Band of call duration. For example:

0-5 minutes

5-30 minutes

30-120 minutes

>120 minutes

TIME SLOT

Reference

Reference entity defining the time slot within a DAY in relation to HOURs, HALF HOURs and QUARTER HOURs. This is used in all time derived and aggregation tables.

TIME STANDARD BY DAY

Reference

Relates the calendar day to a season and to a standard day. Specifies the relationship between a given day and all days of a given season up to that day.

TIME STANDARD BY WEEK

Reference

Relates the calendar week to a season and to a standard week. Specifies the relationship between a given week and all days of a given season up to that week.

TIME ZONE

Lookup

Lookup for the Geographic time zone as related to the Greenwich Mean Time (GMT +0.00).

TRAIL

Reference

Trail is a class of managed objects in layer networks which is responsible for the integrity of transfer of characteristic information from one or more other layer networks. A Trail is composed of two Trail Termination Points and one or more Connections and associated CONNECTION TERMINATION POINTs.

TRAIL TERMINATION POINT

Reference

This entity groups different types of Trail Termination Points. This entity enables a single composition (CTPsInTrail) to be run to this entity, which is then inherited by its subclasses. This is deemed better than building three relationships between the (currently) three types of Trail Termination Points and the CTP class. Note that each has the same containment relationship.

TV CHANNEL

Reference

Type of PRODUCT INSTANCE associating a Television Channel with a PTV USAGE EVENT.

UMS ACCESS TYPE

Lookup

Lookup for valid type codes and descriptions for Unified Messaging Services (UMS). The UMS access type indicates the way customers are accessing their mailboxes. This is especially applicable to UMS users who can access their mailbox ether using the standard method, with a specified number or by using Internet mail.

UMS EVENT

Base

Subtype of NETWORK EVENT. In the UMS notification type dimension, Unified Messaging Service (UMS) is an advanced version of Voice Message Service (VMS). As it is possible to notify the subscriber using UMS by either SMS or by internet mail, similarly a subscriber can access a mailbox in different ways, including by calling a standard access number or through the internet.

The information related to UMS access is to be analyzed by the type of access. UMS access type dimension will be used to fulfill this requirement.

UMS EVENT TYPE

Lookup

Lookup for the type of UMS events. For example:

E-mail

SMS

Fax

Voicemail

Video Messaging

UNIT OF MEASURE

Lookup

Lookup for possible measurement units valid for the data within the system. For example:

Inch

Kilowatt-hour

Days

Cubic centimeters

URBAN PROPERTY ADDRESS

Reference

The property address in the format of an urban area.

USER

Reference

Associative entity for EMPLOYEE, JOB ROLE, Business Unit; associates a unique ID for every job role that an employee performs at a particular business unit. An employee appears only one time in the EMPLOYEE entity, but in USER entity, the employee appears on time for each job role at each business unit.

VALUE ADDED SERVICE

Reference

Type of product consisting of supplementary or value added services such as Call Forward, Call barring, CLI, CLIR, UMS, or VMS.

VALUE CUSTOM

Reference

This entity provides two basic attributes to define custom value objects that can be used in an application-specific fashion. These two attributes are called valueModelAttribute and valueModelClass. The valueModelAttribute is a string attribute that defines the name of the attribute within the entity specified in the valueModelClass attribute that is to be evaluated or set as a POLICY VALUE. The valueModelClass is a string attribute that defines the entity name whose attribute is to be evaluated or set as a POLICY VALUE. This combination enables new custom subclasses of Value Custom to be defined that specify the entity and attribute that they are modeling. These new subclasses can be found by users of the current the model schema by searching for these two properties. That also enables the model users to immediately understand the purpose of new extensions.

VALUE MEASURE

Lookup

Lookup for unit of measure for the value. For example a customer or a profile can be valued in terms of monetary value or time (a customer for next three years).

VALUE STANDARD

Reference

This is the abstract base entity for defining a set of standardized POLICY VALUEs. This set of POLICY VALUEs will be added to over time, and represents a set of common values that are useful in a variety of PBNM applications. The subclasses of Value Standard are a set of classes that define the semantics of commonly occurring variables that occur in PBNM applications.

VALUE TYPE

Lookup

Lookup for available type codes and descriptions pertaining to defining the derived value of a CUSTOMER or PROSPECT.

VARIABLE CUSTOM

Reference

There are two subclasses of POLICY VARIABLE, called Variable Custom and Variable Standard. The Variable Custom entity defines a set of standardized policy variables for use in an application-specific manner. The term "custom" means that such variables are explicitly designed to work with attributes that are not in any of the model Variable Standard subclasses. Thus, the particular semantics, including any applicable constraints, are not known to the model. This entity provides two basic attributes to define custom variables to use in an application-specific fashion.

VARIABLE STANDARD

Reference

This entity defines a standard set of POLICY VARIABLE objects that are common to most PBNM applications.

VAS SUBSCRIPTION

Reference

Type of Subscription that includes VALUE ADDED SERVICE.

VAS SUBSCRIPTION QUICK SUMMARY MO AGGR

Aggregate

Monthly Summary of VALUE ADDED SERVICE Details by CUSTOMER TYPE.

VAS SUBSCRIPTION QUICK SUMMARY DRVD

Derived

Monthly Aggregation of VALUE ADDED SERVICE Details by CUSTOMER and ACCESS METHOD.

VAS USAGE DAY DRVD

Derived

Daily usage statistics for all value added services that are content based (and some others). This includes: M2M, P2P, and SMS, MMS, ringtone, music, video, email, Universal (Voice/Email) message, and others.

VAS USAGE MONTH AGGR

Aggregate

Monthly aggregation of VAS usage statistics, from VAS USAGE DAY DRVD.

VEHICLE

Reference

The vehicles owned and used by the operators to fulfill its business requirement.

VENDOR

Reference

Supplier or source of equipment or supplies.

VENDOR APPOINTMENT

Base

Single or recurring appointment times allocated for VENDOR representative to visit the Provider or Retail Site.

VENDOR CLASS

Lookup

Lookup for the classification of Vendors. For example:

Primary

Associate

Direct Supply

VENDOR CONTRACT

Reference

Time bound agreement with VENDOR.

VENDOR FACTOR COMPANY ASSIGNMENT

Reference

Defines the relationship between VENDOR and FACTOR COMPANY.

VENDOR RATING

Reference

Score assigned to VENDOR based on performance criteria.

VENDOR RATING TYPE

Lookup

Lookup for type codes and descriptions of VENDOR RATING performance criteria.

VENDOR SITE

Reference

A Site or Location associated with a VENDOR from which VENDOR may do business with Provider. A Vendor site may be an Office, Warehouse, Dispatch Center, and so on.

VENDOR SITE COURIER ASSIGNMENT

Reference

Association of VENDOR SITE with COURIER code (from the goods transportation perspective).

VENDOR SITE TYPE

Lookup

Lookup for valid type codes and descriptions pertaining to VENDOR SITE. For example:

Call center

Branch Office

Warehouse

VIRTUAL TEAM

Reference

Type of Business Unit formed for a specific purpose. For example:

Sales Team A, B, C

Customer Support Team A, B, C

Project team

Strategic Account management team including sales and support

VOICE MESSAGE SERVICE

Reference

Subtype of SERVICE.

VOICE CALL DAY DRVD

Derived

Daily aggregate of Voice Call statistics by TIME SLOT, Business Unit, County, PRODUCT, CUSTOMER TYPE, Call Source, Call Destination, CALL DIRECTION, Call Success/Failure, Roaming Service.

VOIP CALL EVENT

Base

The subtype of Network event, specialized for Voice Over IP (VOIP) Calls.

VOICE CALL MONTH AGGR

Aggregate

Monthly Summary of Voice Call statistics by Business Unit, County, PRODUCT, CUSTOMER TYPE, CALL CATEGORY, CALL DIRECTION, Call Success/Failure.

VOLUME BAND

Lookup

Characterizes network events by volume. The volume characteristic may be in units of bytes, minutes, packets, downloads. The entity is used as part of the rating of calls and other network events.

VPN LOGICAL DEVICE ROLE

Reference

A VPNRole is the superclass for various types of VPN role classes. For example, MPLS VPNs will use the CPELogicalDeviceRole, PELogicalDeviceRole, and PLogicalDeviceRole subclasses of this entity to abstract functionality required for the CPE, PE, and P roles of an MPLS VPN. Other types of VPNs use other subclasses of the VPNRole class. The advantage of this class is that it enables different types of VPN roles to be specified by an MPLSVPNServiceSpecification.

VPN SERVICE

Reference

The VPN service currently used by the customers.

Table 2-29 W to Z Entity Descriptions

Entity Name
Type
Description

WAN PROTOCOL

Reference

WAN Protocols operate at the lowest three levels of the OSI model, that is, physical, data link, and network. Use WAN Protocols define communications over different types of wide-area media.

WEATHER CONDITION

Reference

Reference of the various “weather” conditions, in a very general sense, affecting a given day. There is a difference between internal "weather" (a flood in a store, an employee strike, and so on) and external "weather" (storm, flood, snow, and so on). This information is useful in relation to a network failure.

WEB INTERACTION NAVIGATION HISTORY

Base

The history of customer navigation path in web visit.

WEB PAGE

Reference

A web page on a service operator Web site. The Web page may present a product or handle a customer service request.

WEB PAGE CONTENT

Reference

Content of a WEB PAGE, links WEB PAGE to its relevant entity, including product, script, and so on.

WEB PAGE RENDERING TYPE

Lookup

Lookup for type of WEB PAGE rendering. For example:

Dynamic (ASP, PHP, JSP, and so on)

Static (html)

WEB PAGE TYPE

Lookup

Web page type groups the web pages according to their content and purpose. For example:

Service page

Advertisement

Tariff plan

WEEK TODATE TRANSFORMATION

Reference

Cumulative time transformations at the week level.

WEEK TRANSFORMATION

Reference

Time transformations at the week level.

WEEKDAY

Reference

Calendar weekdays.

WIRELESS CALL EVENT

Base

Defines occurrence of wireless call.

WIRELESS CONTENT DOWNLOADING EVENT

Base

Type of network event, to track wireless content downloading such as music, video clips, and so on.

WIRELESS NETWORK ELEMENT

Derived

Derived from NETWORK ELEMENT Hierarchy for analytical purposes.

WIRELESS RATING PLAN

Reference

Subtype of PRODUCT RATING PLAN, reserved for wireless voice and data services.

WIRELESS ROAMING EVENT

Base

The wireless call event which roams across operators, including TAP IN and TAP OUT events. This entity is designed according to GSMA (Global System for Mobile communications) official document TD.57.

WIRELESS ROAMING EVENT BATCH

Base

The batch which includes roaming events as details. This batch normally appears in one TAP file.

WIRLESS SERVICE

Reference

The wireless services that the customer is using. For example:

GSM

WCDMA

WIRELESS SPECTRUM

Reference

The wireless spectrum used in service provider network.

YEAR TRANSFORMATION

Reference

Transformations at the year level.

3 Logical Data Model Dimensions

This chapter describes the logical dimensions, and hierarchies, of the data model, as shown in Table 3-1.

Table 3-1 Logical Data Model Dimensions

Dimension

Access Method

Account

Account Payment Method Status Type

Account Refund Reason

Address Location

Age Band

Age On Net Band

ARPU Band

Bank Direct Debit Channel

Ber Fer Type

Billing Cycle

Billing Status Type

Business Time

Calendar Time

Call Category

Call Center Agent

Call Center Case Title

Call Center

Call Direction

Call Other Type

Call Routing Type

Call Service Type

Call Source Destination

Call Success Fail Type

Call Type

Campaign Channel

Cell Outage Reason

Change Proposed By Type

Collection Agency

Commission Type

Content Type

Contract Change Initiator Type

Contract Assignment Reason

Contract

Credit Category

Customer Revenue Band

Customer Segment

Dealer

Debt Aging Band

Direct Debit Status Reason

Divert Retrieve Type

Employee

Event Result

Event Type

External Operator

Fraud Profile Class

Geography

Give Away Type

GPRS Services

Handset Model

IN Platform

Initiative Type

Interaction Channel

Internet Service Provider

Invoice Adjustment Reason

Invoice Adjustment Type

Item

Legal Process Status Type

Loyalty Program Channel

Market Area

Network

Network Element

Network Touchpoint Class

Network Touchpoint Status

Network Touchpoint Type

Notification Type

NP Request Type

On Off Net

Organization

Partner Settlement Reason

Party

Payment Channel

Payment Method Type

Payment Transaction Type

PCU Outage Reason

Peak Offpeak Time

PPA Category

Product

Product Market Plan

Promotion

Promotion Result Type

Recharge Revenue Slab

Redemption Type

RF Carrier

Roaming Type

Sales Channel

Sales Channel Representative

Service Coverage Area

Subscription

Subsidy Type

Switch

Technology Type

Time Slot

UMS Access Type

Value Added Services (VAS)

Logical Data Model Dimensions

This sections lists the logical data model dimensions.

Access Method

Description: ACCESS METHOD

Access Method Hierarchy

Standard Access Method Hierarchy

Description of image001.gif follows
Description of the illustration image001.gif

Access Method Levels

Table 3-2 shows Access Method Total: All access method is the most aggregate level of the dimension.

Table 3-2 Access Method Total

Sr. Number
Attribute
Description

1.

ACCESS METHOD TOTAL

Code for All Access Method.

Table 3-3 shows Access Method Type: This entity keeps all types of the Access Telephone Numbers, such as Wire line, Wireless.

Table 3-3 Access Method Type

Sr. Number
Attribute
Description
Sample Value

1

ACCESS METHOD TYPE CODE

A code, used to uniquely identify the access method type.

FLTN

2

ACCESS METHOD TYPE DESC

A textual description of the Access Method Type.

Fixed Line Telephone Numbers

3

ACCESS METHOD TYPE NAME

The name assigned to the Access Method Type.

Fixed Line Telephone Numbers

4

LANGUAGE CODE

Unique identifier for Language

Table 3-4 shows Access Method Detail: Detail level of the dimension. Stores the Access Method Information.

Table 3-4 Access Method Detail

Sr. Number
Attribute
Description
Sample Value

1

ACCESS METHOD CODE

A sequence of numbers (like phone number) electronically registered to telecommunications equipment that gives the Customer access to services or products. Other access method like DSL account, Service ID might be character type.

867558305000

2

ACCESS METHOD DESC

Access method full description.

WRLS867558305000

3

ACCESS METHOD NAME

ACCESS METHOD NAME. ACCESS METHOD NAME

WRLS867558305000

4

ACCESS METHOD POOL CODE

Unique identifier for Access Method Pool

5

ACCESS METHOD SEGMENT CODE

Unique identifier for Access Method Segment

1

ACCESS METHOD TYPE CODE

A code, used to uniquely identify a access method type.

FLTN

2

ACCOUNT CODE

This is usually natural key of the account. Optional column, At certain time period, the access method may not be bound to an account.

10000101

3

CUSTOMER SELECT INDICATOR

Indicates whether the phone number (access method identifier) is selected by a customer.

4

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column.

12/31/2005 12:00:00 AM

5

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column.

12/31/2005 12:00:00 AM

6

NETWORK CODE

Identifier of the network.

7

SILENT NUMBER INDICATOR

An indicator that indicates whether a party has a silent number. A silent number could not be found on the White Pages. access method full description

8

STATUS CODE

Current STATUS CODE, standard SCD2 column.

9

SWITCH CODE

Unique identifier for Switch

Account

Description: ACCOUNT

Account Hierarchies

Standard Account Hierarchy:

Description of image002.gif follows
Description of the illustration image002.gif

Account Levels

Table 3-5 shows Account Total: All accounts are most aggregate level of the dimension.

Table 3-5 Account Total

Sr. Number
Attribute
Description

1.

ACCOUNT TOTAL

Code for All account.

Table 3-6 shows Account Detail: All account types are most aggregate level of the dimension.

Table 3-6 Account Detail

Sr. Number
Attribute
Description
Sample Value

1

ACCOUNT CODE

This is usually natural key of the account.

10000102

2

ACCOUNT NAME

The name for the account.

3

ACCOUNT SEGMENT CODE

Unique identifier for Account Segment

4

ACCOUNT TYPE CODE

Unique identifier for Account Type

PRPD

5

ACCOUNTING CYCLE CODE

Unique identifier for Accounting Cycle

6

ADVERTISING STATUS

Indicated if it need some advertising material for a particular invoice arrangement, and if customer explicitly requested NOT to send.

7

BILLING CYCLE CODE

Unique identifier for Billing Cycle

MO

8

BILLING PERIOD CODE

Unique identifier for Billing period

9

CREATE DATE

The date when the account was created.

4/4/2006 12:00:00 AM

10

CREATE STAFF

the employee number of who created the account.

11

CREDIT CATEGORY CODE

Current Credit Category Code.

12

CREDIT RATING DATE

CREDIT RATING DATE is when the credit category code is rated for the account.

13

CURRENCY CODE

Unique identifier for Currency

USD

14

CUSTOMER CODE

Unique identifier for Customer

15

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column.

12/31/2005 12:00:00 AM

16

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column.

12/31/2005 12:00:00 AM

17

GROUP PLAN INDICATOR

Indicates whether an account belongs to a group plan/solution.

18

LAST ACTIVATE DATE

The last date when account was activated.

19

LAST REOPEN DATE

Last time when account was reopen.

20

LAST SUSPEND DATE

Last date when the account was suspended for certain reasons.

21

MULTIPLE CUSTOMER INDICATOR

Indicates whether one bill has multiple customer.

22

ORGANIZATION BUSINESS UNIT CODE

Unique identifier for Organization Business Unit

23

PAYMENT DAYS

The number of days after customer billing before certain actions (like debt collection) would be taken.

24

STATUS CODE

STATUS CODE, standard SCD2 column.

25

TERMINATION DATE

TERMINATION DATE.

3/3/2008 12:00:00 AM

Account Payment Method Status Type

Description: ACCOUNT PAYMENT METHOD STATUS TYPE

Account Payment Method Status Type Hierarchy

Standard Account Payment Method Status Type Hierarchy:

Description of image003.gif follows
Description of the illustration image003.gif

Account Payment Method Status Type Levels

Table 3-7 shows Account Payment Method Status Type Total: All Account Payment Method Status Types are most aggregate level of the dimension.

Table 3-7 Account Payment Method Status Type Total

Sr. Number
Attribute
Description

1.

ACCOUNT PAYMENT METHOD STATUS TYPE TOTAL

Code for All Account Payment Method Status Type.

Table 3-8 shows Account Payment Method Status Type Detail: All Account Payment Method Status Types are most aggregate level of the dimension.

Table 3-8 Account Payment Method Status Type Detail

Sr. Number
Attribute
Description
Sample Value

1

ACCOUNT PAYMENT METHOD STATUS TYPE CODE

Code for Direct Debit Status

CHECK

2

ACCOUNT PAYMENT METHOD STATUS TYPE DESC

Direct Debit Status Description

CHECK

3

ACCOUNT PAYMENT METHOD STATUS TYPE NAME

Direct Debit Status Short Description

Transaction By Check

4

LANGUAGE CODE

Unique identifier for Language

Account Refund Reason

Description: ACCOUNT REFUND REASON

Account Refund Reason Hierarchies

Standard Account Refund Reason Hierarchy:

Description of image004.gif follows
Description of the illustration image004.gif

Account Refund Reason Levels

Table 3-9 shows Account Refund Reason Total: All Account Refund Reasons are the most aggregate level of the dimension.

Table 3-9 Account Refund Reason Total

Sr. Number
Attribute
Description

1.

ACCOUNT REFUND REASON TOTAL

Code for All Account Refund Reason.

Table 3-10 shows Account Refund Reason Detail: All Account Refund Reason Types are most aggregate level of the dimension.

Table 3-10 Account Refund Reason Detail

Sr. Number
Attribute
Description
Sample Value

1

ACCOUNT REFUND REASON CODE

A code, used to uniquely identify ACCOUNT REFUND REASON.

INVCADJ

2

ACCOUNT REFUND REASON DESC

A textual description of ACCOUNT REFUND REASON.

Invoice Adjustment

3

ACCOUNT REFUND REASON NAME

The name assigned to ACCOUNT REFUND REASON.

Invoice Adjustment

4

LANGUAGE CODE

Unique identifier for Language

Address Location

Description: ADDRESS LOCATION

Address Location Hierarchies

Standard Address Location Hierarchy:

Description of image005.gif follows
Description of the illustration image005.gif

Address Location Levels

Table 3-11 shows Address Location Total: All Address Location is most aggregate level of the dimension.

Table 3-11 Address Location Total

Sr. Number
Attribute
Description

1.

ADDRESS LOCATION TOTAL

Code for All Address Locations.

Table 3-12 shows Address Location Detail: All Address Locations are most aggregate level of the dimension.

Table 3-12 Address Location Detail

Sr. Number
Attribute
Description
Sample Value

1

ADDRESS DESCRIPTION

Address description. Textual description of the address.

2

ADDRESS LATITUDE MEASURE

This is the Latitude value of the specified location

3

ADDRESS LINE 1

Address. Line one of detailed postal address

123 Park Avenue

4

ADDRESS LINE 2

Address. Line two of detailed postal address

ABC Tower

5

ADDRESS LINE 3

Address. Line three of detailed postal address

Suite 1111

6

ADDRESS LINES PHONETIC

Phonetic or Kana representation of the Kanji address lines (used in Japan)

7

ADDRESS LOCATION CODE

unique identifier for the address.

8

ADDRESS LONGITUDE MEASURE

This is the longitude location of the specified address.

9

ADDRESS STYLE

Any specific style of the address. It might include the detail like All Capital words, case, font and so on.

10

ADDRESS TYPE CODE

Unique identifier for the address type.

Shipping

11

REGION NAME

Name of the Reason

12

SUBREGION DESC

description of sub region

13

TAX AUTHORITY CODE

Unique identified for the tax authority

14

WORLD DESC

Description of world

15

WORLD NAME

Name of the world

16

ADDRESS LATITUDE MEASURE

This is the Latitude value of the specified location

17

POSTAL PLUS CODE

Four digit extension to the United States Postal ZIP code.

18

STREET CODE

Uniquely identifier of state

19

CITY DESC

Description of the city

20

FLAT ROOM CODE

Uniquely identifier of the flat room

21

GEOGRAPHY STATE CODE

State of the geography

22

POST OFFICE BOX

PO box if available.

23

STATE DESC

Description of the state

24

STATE NAME

Name of the state

26

BUILDING DESC

Description for Building

27

COUNTY DESC

Description for County

28

GEOGRAPHY COUNTRY CODE

Code for Geography Country

29

POSTCODE CODE

Code for Post Code

30

ADDRESS DESCRIPTION

Address description. Textual description of the address.

31

ADDRESS TYPE CODE

Unique identifier for the address type.

32

BUILDING NAME

Name for Building

33

COUNTY NAME

Name for County

34

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column.

35

FLAT ROOM DESC

Description for Flat Room

36

GEOGRAPHY COUNTY CODE

Code for Geography County

37

GEOGRAPHY ENTITY CODE

unique geography identifier. A unique identifier for the geography entities, could be a system generated unique key for Geography entity.

38

REGION DESC

Description for Region

39

WORLD CODE

Description for World

42

LONGITUDE

The angular distance between a point on any meridian and the prime meridian at Greenwich

43

PRIMARY ADDRESS TELEPHONE

Telephonic address

44

STATUS CODE

An indicator of the address current status. For instance, this address may be valid, invalid, temporary, and so on.

47

COUNTRY NAME

Name for Country

48

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column.

49

EMPLOYEE CODE

Code for Employee

50

FLOOR DESC

Description for Floor

51

SUBREGION NAME

Name for Subregion

52

ADDRESS LOCATION CODE

unique identifier for the address.

53

CITY NAME

Name for City

54

COUNTRY DESC

Description for Country

55

FLAT ROOM NAME

Name for Flat Room

56

GEOGRAPHY CITY CODE

Code for Geography City

57

GEOGRAPHY SUBREGION CODE

Code for Geography Subregion

58

STREET DESC

Description for Street

59

STREET NAME

Name for Street

60

TIME ZONE CODE

Unique Identifier for time zone.

GEOGRAPHY LOCATION CODE

ELEVATION

ELEVATION UOM CODE

GEOGRAPHY REGION CODE

PRIMARY EMAIL ADDRESS

Age Band

Description: AGE BAND

Age Band Hierarchies

Standard Age Band Hierarchy

Description of image006.gif follows
Description of the illustration image006.gif

Age Band Levels

Table 3-13 shows Age Band Total: All Age Bands are most aggregate level of the dimension.

Table 3-13 Age Band Total

Sr. Number
Attribute
Description

1.

AGE BAND TOTAL

Code for All Age Bands.

Table 3-14 shows Age Band Detail: All Age Bands are most aggregate level of the dimension.

Table 3-14 Age Band Detail

Sr. Number
Attribute
Description
Sample Value

1

AGE BAND CODE

Code for Age band.

AGBND1

2

AGE BAND DESC

Long Description for age band value.

Age Band 21-30

3

AGE BAND FROM

Lower limit of age value of the slab.

21

4

AGE BAND NAME

Description for age band value.

Age Band 21-30

5

AGE BAND TO

Upper limit of age value of the slab.

30

6

LANGUAGE CODE

Unique identifier for Language

Age On Net Band

Description: AGE ON NET BAND

Age on Net Band Hierarchies

Standard Age On Net Band Hierarchy:

Description of image007.gif follows
Description of the illustration image007.gif

Age on Net Band Levels

Table 3-15 shows Age on Net Band Total: All age on net bands are most aggregate level of the dimension.

Table 3-15 Age on Net Band Total

Sr. Number
Attribute
Description

1.

AGE ON NET BAND TOTAL

Code for All Age On Net Band.

Table 3-16 shows Age On Net Band Detail: All Age on net bands are most aggregate level of the dimension.

Table 3-16 Age On Net Band Detail

Sr. Number
Attribute
Description
Sample Value

1

AGE ON NET BAND CODE

Code for age on Net band.

AGBND1

2

AGE ON NET BAND DESC

Long Description for age on net band value.

Age on net Band 0-20

3

AGE ON NET BAND FROM

Lower limit of age on net band value of the slab.

21

4

AGE ON NET BAND NAME

Description for age on net band value.

Age on net Band 21-30

5

AGE ON NET BAND TO

Upper limit of age on net band value of the slab.

30

6

LANGUAGE CODE

Unique identifier for Language.

ARPU Band

Description: ARPU BAND

ARPU Band Hierarchies

Standard ARPU Band Hierarchy:

Description of image008.gif follows
Description of the illustration image008.gif

ARPU Band Levels

Table 3-17 shows ARPU Band Total: All ARPU Bands are most aggregate level of the dimension.

Table 3-17 ARPU Band Total

Sr. Number
Attribute
Description

1.

ARPU BAND TOTAL

Code for All ARPU Band.

Table 3-18 shows ARPU Band Detail: All ARPU Bands are most aggregate level of the dimension.

Table 3-18 ARPU Band Detail

Sr. Number
Attribute
Description
Sample Value

1

ARPU BAND CODE

Unique identifier for revenue band. For example: 0_1000, 1000_3000.

ARPU1000

2

ARPU BAND DESC

Description revenue band.

ARPU Ranging From 0-1000

3

ARPU BAND END VALUE

The end point of a band (the end point is included in the band).

$1,000.00

4

ARPU BAND END VALUE LOCAL

The end point of a band.

5

ARPU BAND END VALUE REPORTING

The end point of a band.

6

ARPU BAND NAME

Name of revenue band.

7

ARPU BAND START VALUE

The start point of a band (the start value is included in the band).

$0.00

8

ARPU BAND START VALUE LOCAL

The start point of a band.

9

ARPU BAND START VALUE REPORTING

The start point of a band.

10

LANGUAGE CODE

Unique identifier for Language

Bank Direct Debit Channel

Description: BANK DIRECT DEBIT CHANNEL

Bank Direct Debit Channel Hierarchies

Standard Bank Direct Debt Channel Hierarchy:

Description of image009.gif follows
Description of the illustration image009.gif

Bank Direct Debit Channel Levels

Table 3-19 shows Bank Direct Debt Channel Total: All Bank Direct Debt Channel is most aggregate level of the dimension.

Table 3-19 Bank Direct Debt Channel Total

Sr. Number
Attribute
Description

1.

BANK DIRECT DEBT CHANNEL TOTAL

Code for All Bank Direct Debt Channel.

Table 3-20 shows Bank Direct Debit Channel Detail: All Bank Direct Debt Channel is most aggregate level of the dimension.

Table 3-20 Bank Direct Debit Channel Detail

Sr. Number
Attribute
Description
Sample Value

1

BANK BRANCH CODE

Bank Branch id/code.

2

BANK DIRECT DEBIT CHANNEL CODE

Unique identifier for Bank Direct Debit Channel

SHP

3

PAYMENT CHANNEL CODE

4

CHANNEL CODE

5

CHANNEL TYPE CODE

6

PARTY CODE

7

PARTY TYPE CODE

8

CHANNEL NAME

9

CHANNEL DESC

10

CAPACITY QUANTITY

11

EFFECTIVE FROM DATE

12

EFFECTIVE TO DATE

13

STATUS CODE

Ber Fer Type

Description: BER FER TYPE

Ber Fer Type Hierarchies

Standard Ber Fer Type Hierarchy:

Description of image010.gif follows
Description of the illustration image010.gif

Ber Fer Type Levels

Table 3-21 shows Ber Fer Type Total: All Ber Fer Types are most aggregate level of the dimension.

Table 3-21 Ber Fer Type Total

Sr. Number
Attribute
Description

1.

BER FER TYPE TOTAL

Code for All Ber Fer Type.

Table 3-22 shows Ber Fer Type Detail: All Ber Fer Type are most aggregate level of the dimension.

Table 3-22 Ber Fer Type Detail

Sr. Number
Attribute
Description
Sample Value

1

BER FER TYPE CODE

Unique identifier for Ber Fer Type

BER

2

BER FER TYPE DESC

Description for Ber Fer Type

Bit Error Ratio

3

BER FER TYPE NAME

Name of Ber Fer Type

Bit Error Ratio

4

LANGUAGE CODE

Unique identifier for Language

Billing Cycle

Description: BILLING CYCLE

Billing Cycle Hierarchies

Standard Billing Cycle Hierarchy:

Description of image011.gif follows
Description of the illustration image011.gif

Billing Cycle Levels

The next figure shows Billing Cycle Total: All Billing Cycle is most aggregate level of the dimension.

Table 3-23 Billing Cycle Total

Sr. Number
Attribute
Description
Sample Value

1

BILLING CYCLE CODE

Code.

BIWK

2

BILLING CYCLE DESC

Full description.

Billed every 2 weeks

3

BILLING CYCLE NAME

Name of the Billing Cycle.

Bi-Week

4

BILLING CYCLE PERIOD UOM

The time period unit used to define the Cycle.

5

BILLING CYCLE UNIT AMOUNT

Amount of period unit in the billing cycle.

6

BILLING CYCLE UNIT AMOUNT LOCAL

Amount of period unit in the billing cycle.

7

BILLING CYCLE UNIT AMOUNT REPORTING

Amount of period unit in the billing cycle.

8

LANGUAGE CODE

Unique identifier for Language

Billing Status Type

Description: BILLING STATUS TYPE

Billing Status Type Hierarchies

Standard Billing Status Type Hierarchy:

Description of image012.gif follows
Description of the illustration image012.gif

Billing Status Type Levels

Table 3-24 shows Billing Status Type Total: All Billing Status Type are most aggregate level of the dimension.

Table 3-24 Billing Status Type Total

Sr. Number
Attribute
Description

1.

BILLING STATUS TYPE TOTAL

Code for All Billing Status Type.

Table 3-25 shows Billing Status Type Detail: All Billing Status Type is most aggregate level of the dimension.

Table 3-25 Billing Status Type Detail

Sr. Number
Attribute
Description
Sample Value

1

BILLING STATUS CATEGORY CODE

BILLING STATUS CATEGORY CODE.

FAILED

2

BILLING STATUS TYPE CODE

BILLING STATUS TYPE code.

FAILDAT

3

BILLING STATUS TYPE DESC

BILLING STATUS TYPE description.

Status type of billing result: Incorrect_data_failed

4

BILLING STATUS TYPE NAME

BILLING STATUS TYPE NAME

Incorrect data failed

5

LANGUAGE CODE

Unique identifier for Language

Business Time

Description: Calendar as defined and applied to a business unit. Corresponds business calendar entities (BUSINESS YEAR, BUSINESS HALF YEAR, BUSINESS QUARTER, BUSINESS MONTH, BUSINESS HALF MONTH, DAY.

Business Time Hierarchies

Standard Business Time Hierarchy:

Description of image013.gif follows
Description of the illustration image013.gif

Business Time Level

Table 3-26 shows Business Time Total: This is the most aggregate level of the Time dimension.

Table 3-26 Business Time Total

Sr. Number
Attribute
Description

1.

ALL BUSINESS TIME CODE

Identification for the top level value

Table 3-27 shows Business Year: It captures information relating to a year in a Business Calendar.

Table 3-27 Business Year

Sr. Number
Attribute
Description
Sample Value

1

BUSINESS CALENDAR NAME

Textual name of the business Calendar

BUSINESS

2

BUSINESS YEAR CODE

Unique warehouse key of the Year, in the Calendar.

20050101

3

BUSINESS YEAR DESC

Calendar year description.

BY 2005

4

BUSINESS YEAR END DATE

Calendar year end date.

12/31/2005 12:00:00 AM

5

BUSINESS YEAR NUMBER

Calendar year number

6

BUSINESS YEAR START DATE

Calendar year start date

12/31/2005 12:00:00 AM

7

BUSINESS YEAR TIMESPAN

The length, in terms of days, of this year in the Calendar. For example: 365 days

365

8

TOTAL CODE

Table 3-28 shows Business Half Year: It captures information relating to half year in a Business Calendar.

Table 3-28 Business Half Year

Sr. Number
Attribute
Description
Sample Value

1

BUSINESS HALF YEAR CODE

Unique warehouse key of the half year, in the Calendar.

20050101

2

BUSINESS HALF YEAR DESC

Calendar half year description.

BY 2005 HY1

3

BUSINESS HALF YEAR END DATE

Calendar half year end date.

12/31/2005 12:00:00 AM

4

BUSINESS HALF YEAR NUMBER

A numeric representation of half year number in the Calendar. It contains values 1 or 2.

1

5

BUSINESS HALF YEAR START DATE

Calendar half year start date.

12/31/2005 0:00

6

BUSINESS HALF YEAR TIMESPAN

The length, in terms of days, of this half year in the Calendar. For example: 178 days

181

7

BUSINESS YEAR CODE

Unique key of the year, in which this half year occurred in the Calendar.

20050101

8

BUSINESS YEAR START DAY CODE

Code for calendar year start day

Table 3-29 shows Business Quarter: It captures information relating to half year in a Business Calender.

Table 3-29 Business Quarter

Sr. Number
Attribute
Description
Sample Value

1

BUSINESS HALF YEAR CODE

Unique key of the half year

20050101

2

BUSINESS HALF YEAR START DAY CODE

Calendar year start date

3

BUSINESS QUARTER CODE

Unique key of business quarter

20050101

4

BUSINESS QUARTER DESC

Description for business quarter

BY 2005 Q1

5

BUSINESS QUARTER END DATE

Calendar year end date

12/31/2005 0:00

6

BUSINESS QUARTER NUMBER

Number for business quarter

1

7

BUSINESS QUARTER START DATE

Calendar year start date

12/31/2005 0:00

8

BUSINESS QUARTER TIMESPAN

The length, in terms of days, of this quarter

90

9

BUSINESS YEAR CODE

Unique key of the year, in which this half year occurred in the Calendar.

10

BUSINESS YEAR START DAY CODE

Code for year start date

Table 3-30 shows Business Month: It captures information relating to a month in a Business Calendar.

Table 3-30 Business Month

Sr. Number
Attribute
Description
Sample Value

1

BUSINESS HALF YEAR CODE

Unique warehouse key for half year

20050101

2

BUSINESS HALF YEAR START DAY CODE

Unique warehouse key for year start day

20050101

3

BUSINESS MONTH CODE

Unique warehouse key of the month, in the Calendar.

20050101

4

BUSINESS MONTH DESC

Calendar month description.

BY 2005 M1

5

BUSINESS MONTH END DATE

Calendar month end date

12/31/2005 0:00

6

BUSINESS MONTH NUMBER

A numeric representation of the month number in the Calendar. It ranges from 1 to 12

1

7

BUSINESS MONTH START DATE

Calendar month start date

12/31/2005 0:00

8

BUSINESS MONTH TIMESPAN

The length, in terms of days, of this month in the Calendar. For example: 30 days

28

9

BUSINESS QUARTER CODE

Unique key of the quarter, in which this month occurred in the Calendar.

20050101

10

BUSINESS QUARTER START DAY CODE

Unique warehouse key for quarter start day

11

BUSINESS YEAR CODE

Unique warehouse key for year

20050101

12

BUSINESS YEAR START DAY CODE

Unique warehouse key year start day

Table 3-31 shows Business Half Month: It captures information relating to a Fortnight in a Business Calendar.

Table 3-31 Business Half Month

Sr. Number
Attribute
Description
Sample Value

1

BUSINESS HALF MONTH CODE

Unique warehouse key of the Fortnight, in the Calendar.

20050101

2

BUSINESS HALF MONTH DESC

Calendar half month description.

BY 2005 M1 HM1

3

BUSINESS HALF MONTH END DATE

Calendar half month end date.

12/31/2005 12:00:00 AM

4

BUSINESS HALF MONTH NUMBER

A numeric representation of the fortnight number in the Calendar. It ranges from 1 to 24

1

5

BUSINESS HALF MONTH START DATE

Calendar half month start date

12/31/2005 12:00:00 AM

6

BUSINESS HALF MONTH TIMESPAN

The length, in terms of days, of this fortnight in the Calendar. For example: 15 days

15

7

BUSINESS HALF YEAR CODE

Unique warehouse key for half year

20050101

8

BUSINESS HALF YEAR START DAY CODE

Unique warehouse key for half year start day

20050101

9

BUSINESS MONTH CODE

Unique key of the month, in which this fortnight occurred in the Calendar.

20050101

10

BUSINESS MONTH START DAY CODE

Unique warehouse key for month start day

11

BUSINESS QUARTER CODE

Unique warehouse key for quarter

20050101

12

BUSINESS QUARTER START DAY CODE

Unique warehouse key for quarter start day

13

BUSINESS YEAR CODE

Unique warehouse key for year

20050101

14

BUSINESS YEAR START DAY CODE

Unique warehouse key for year start day

Table 3-32 shows Day: It captures information relating to a Day.

Table 3-32 Day

Sr. Number
Attribute
Description
Sample Value

1

BUSINESS CURRENT IND

Business Current indicator 'Y' or 'N'

2

BUSINESS DATE

Business date.

3

BUSINESS DATE DESC

Business Date description.

4

BUSINESS DAY CODE

Code for Calendar Day

20050101

5

BUSINESS DAY OF YEAR

Business day of year

6

BUSINESS DAY TIME SPAN

The length, in terms of days, of this fortnight in the Calendar.

7

BUSINESS END DATE

Business end date.

12/31/2005 12:00:00 AM

8

BUSINESS HALF MONTH CODE

Unique warehouse key for half month

20050101

9

BUSINESS HALF MONTH DESCRIPTION

Calendar half month description.

10

BUSINESS HALF MONTH END DATE

Calendar half month end date.

12/31/2005 12:00:00 AM

11

BUSINESS HALF MONTH NUMBER

A numeric representation of the fortnight number in the Calendar. It ranges from 1 to 24.

1

12

BUSINESS HALF MONTH START DATE

Calendar half month start date.

12/31/2005 12:00:00 AM

13

BUSINESS HALF MONTH START DAY CODE

Unique ware house key for half month start day.

20050101

14

BUSINESS HALF MONTH TIMESPAN

The length, in terms of days, of this fortnight in the Calendar. For example: 15 days

15

15

BUSINESS HALF YEAR CODE

Unique warehouse key for half year

20050101

16

BUSINESS HALF YEAR DESC

Business half year description.

17

BUSINESS HALF YEAR END DATE

Business half year end date.

12/31/2005 12:00:00 AM

18

BUSINESS HALF YEAR NUMBER

Business half year number

19

BUSINESS HALF YEAR START DATE

Business half year start date

12/31/2005 12:00:00 AM

20

BUSINESS HALF YEAR START DAY CODE

Unique warehouse key for half year start day

20050101

21

BUSINESS HALF YEAR TIMESPAN

The length, in terms of days, of this half year in the Calendar. For example: 178 days

181

22

BUSINESS MONTH CODE

Unique key of the month, in which this fortnight occurred in the Calendar

20050101

23

BUSINESS MONTH DESC

Calendar month description

BY 2005 M1

24

BUSINESS MONTH END DATE

Calendar month end date.

12/31/2005 12:00:00 AM

25

BUSINESS MONTH NUMBER

A numeric representation of the month number in the Calendar. It ranges from 1 to 12.

1

26

BUSINESS MONTH START DATE

Calendar month start date.

12/31/2005 12:00:00 AM

27

BUSINESS MONTH START DAY CODE

Unique warehouse key for month start day

20050101

28

BUSINESS MONTH TIME SPAN

The length, in terms of days, of this month in the Calendar. For example: 30 days

28

29

BUSINESS QUARTER CODE

Unique warehouse key for quarter

20050101

30

BUSINESS QUARTER DESC

Calendar quarter description.

BY 2005 Q1

31

BUSINESS QUARTER END DATE

Business quarter end date.

12/31/2005 12:00:00 AM

32

BUSINESS QUARTER NUMBER

Number for business quarter

33

BUSINESS QUARTER START DATE

Business quarter start date

12/31/2005 12:00:00 AM

34

BUSINESS QUARTER START DAY CODE

Unique warehouse key for quarter start day

20050101

35

BUSINESS QUARTER TIME SPAN

The length, in terms of days, of this year in the Calendar.

36

BUSINESS START DATE

Business start date.

12/31/2005 12:00:00 AM

37

BUSINESS WEEK CODE

Unique identifier for business week

20050101

38

BUSINESS WEEK DAY

Business week day.

39

BUSINESS WEEK DAY CODE

Unique identifier for business week day.

20050101

40

BUSINESS WEEK DAY DESC

Business week day description

41

BUSINESS WEEK DESC

Business week description.

42

BUSINESS WEEK END DATE

Business week end date.

12/31/2005 12:00:00 AM

43

BUSINESS WEEK NUMBER

Number for business week

44

BUSINESS WEEK START DATE

Business week start date.

12/31/2005 12:00:00 AM

45

BUSINESS WEEK START DAY CODE

Unique identifier for business week start day

20050101

46

BUSINESS WEEK TIME SPAN

The length, in terms of days, of this year in the Calendar.

47

BUSINESS WEEKEND IND

Weekend indicator 'Y' or 'N'

48

BUSINESS WORKING DAY IND

Working day indicator 'Y' or "N'

49

BUSINESS YEAR CODE

Unique warehouse key for year

20050101

50

BUSINESS YEAR DESC

Calendar year description

51

BUSINESS YEAR END DATE

Calendar year end date.

12/31/2005 12:00:00 AM

52

BUSINESS YEAR NUMBER

Calendar year number.

53

BUSINESS YEAR START DATE

Calendar year start date.

12/31/2005 12:00:00 AM

54

BUSINESS YEAR START DAY CODE

Unique warehouse key for year start day

20050101

55

BUSINESS YEAR TIMESPAN

The length, in terms of days, of this year in the Calendar. For example: 365 days

365

Calendar Time

Description: Information related to the calendar, including: CALENDAR YEAR, CALENDAR HALF YEAR, CALENDAR QUARTER, CALENDAR MONTH, CALENDAR HALF MONTH, DAY.

Calendar Time Hierarchy

Standard Calendar Time Hierarchy:

Description of image014.gif follows
Description of the illustration image014.gif

Calendar Time Level

Table 3-33 shows Calendar Time Total: This is the most aggregate level of the Time dimension.

Table 3-33 Calendar Time Total

Sr. Number
Attribute
Description

1.

ALL CALENDAR TIME CODE

Identification for the top level value

Table 3-34 shows Calendar Year: It captures information relating to a year in a Business Calender.

Table 3-34 Calendar Year

Sr. Number
Attribute
Description
Sample Value

1

CALENDAR NAME

Textual name of the business Calendar

2

CALENDAR YEAR CODE

Unique warehouse key of the Year, in the Calendar.

3

CALENDAR YEAR DESC

Calendar year description.

4

CALENDAR YEAR END DATE

Calendar year end date.

12/31/2005 12:00:00 AM

5

CALENDAR YEAR NUMBER

Calendar year number.

6

CALENDAR YEAR START DATE

Calendar year start date.

12/31/2005 0:00

7

CALENDAR YEAR TIMESPAN

The length, in terms of days, of this year in the Calendar. For example: 365 days

Table 3-35 shows Calendar Half Year: It captures information relating to half year in a Business Calender.

Table 3-35 Calendar Half Year

Sr. Number
Attribute
Description
Sample Value

1

CALENDAR HALF YEAR CODE

Unique warehouse key of the half year, in the Calendar.

2

CALENDAR HALF YEAR DESC

Calendar half year description.

3

CALENDAR HALF YEAR END DATE

Calendar half year end date.

12/31/2005 12:00:00 AM

4

CALENDAR HALF YEAR NUMBER

A numeric representation of half year number in the Calendar. It contains values 1 or 2.

5

CALENDAR HALF YEAR START DATE

Calendar half year start date.

12/31/2005 0:00

6

CALENDAR HALF YEAR TIMESPAN

The length, in terms of days, of this half year in the Calendar. For example: 178 days

7

CALENDAR YEAR CODE

Unique key of the year, in which this half year occurred in the Calendar.

8

CALENDAR YEAR START DAY CODE

Code for calendar year start day

Table 3-36 shows Calendar Quarter: It captures information relating to half year in a Business Calendar.

Table 3-36 Calendar Quarter

Sr. Number
Attribute
Description
Sample Value

1

CALENDAR HALF YEAR CODE

Unique key of the half year

20050101

2

CALENDAR HALF YEAR START DAY CODE

Calendar year start date

20050101

3

CALENDAR QUARTER CODE

Unique key of Calendar quarter

20050101

4

CALENDAR QUARTER DESC

Description for Calendar quarter

CY 2005 Q1

5

CALENDAR QUARTER END DATE

Calendar year end date

12/31/2005 0:00

6

CALENDAR QUARTER NUMBER

Number for Calendar quarter

7

CALENDAR QUARTER START DATE

Calendar year start date

12/31/2005 0:00

8

CALENDAR QUARTER TIMESPAN

The length, in terms of days, of this quarter

9

CALENDAR YEAR CODE

Unique key of the year, in which this half year occurred in the Calendar.

20050101

10

CALENDAR YEAR START DAY CODE

Code for year start date

20050101

Table 3-37 shows Calendar Month: It captures information relating to a month in a Calendar.

Table 3-37 Calendar Month

Sr. Number
Attribute
Description
Sample Value

1

CALENDAR HALF YEAR CODE

Unique warehouse key for half year

20050101

2

CALENDAR HALF YEAR START DAY CODE

Unique warehouse key for year start day

3

CALENDAR MONTH CODE

Unique warehouse key of the month, in the Calendar.

20050101

4

CALENDAR MONTH DESC

Calendar month description.

5

CALENDAR MONTH END DATE

Calendar month end date.

12/31/2005 12:00:00 AM

6

CALENDAR MONTH NUMBER

A numeric representation of the month number in the Calendar. It ranges from 1 to 12.

7

CALENDAR MONTH START DATE

Calendar month start date.

12/31/2005 0:00

8

CALENDAR MONTH TIMESPAN

The length, in terms of days, of this month in the Calendar. For example: 30 days

9

CALENDAR QUARTER CODE

Unique key of the quarter, in which this month occurred in the Calendar.

20050101

10

CALENDAR QUARTER START DAY CODE

Unique warehouse key for quarter start day

11

CALENDAR YEAR CODE

Unique warehouse key for year

20050101

12

CALENDAR YEAR START DAY CODE

Unique warehouse key year start day

Table 3-38 shows Calendar Half Month: It captures information relating to a Fortnight in a Business Calendar.

Table 3-38 Calendar Half Month

Sr. Number
Attribute
Description
Sample Value

1

CALENDAR HALF MONTH CODE

Unique warehouse key of the Fortnight, in the Calendar.

20050101

2

CALENDAR HALF MONTH DESC

Calendar half month description.

3

CALENDAR HALF MONTH END DATE

Calendar half month end date.

12/31/2005 12:00:00 AM

4

CALENDAR HALF MONTH NUMBER

A numeric representation of the fortnight number in the Calendar. It ranges from 1 to 24.

5

CALENDAR HALF MONTH START DATE

Calendar half month start date

6

CALENDAR HALF MONTH TIMESPAN

The length, in terms of days, of this fortnight in the Calendar. For example: 15 days

7

CALENDAR HALF YEAR CODE

Unique warehouse key for half year.

8

CALENDAR HALF YEAR START DAY CODE

Unique warehouse key for half year start day

9

CALENDAR MONTH CODE

Unique key of the month, in which this fortnight occurred in the Calendar.

20050101

10

CALENDAR MONTH START DAY CODE

Unique warehouse key for month start day

11

CALENDAR QUARTER CODE

Unique warehouse key for quarter

20050101

12

CALENDAR QUARTER START DAY CODE

Unique warehouse key for quarter start day

13

CALENDAR YEAR CODE

Unique warehouse key for year

20050101

14

CALENDAR YEAR START DAY CODE

Unique warehouse key for year start day

Table 3-39 shows Day: It captures information relating to a day.

Table 3-39 Day

Sr. Number
Attribute
Description
Sample Value

1

CALENDAR CURRENT IND

Calendar current indicator 'Y' or 'N'

2

CALENDAR DATE

Calendar date.

3

CALENDAR DATE DESC

Calendar date description.

4

CALENDAR DAY OF YEAR

Calendar day of year.

5

CALENDAR DAY TIMESPAN

The length, in terms of days.

6

CALENDAR END DATE

Calendar end date

12/31/2005 0:00

7

CALENDAR HALF MONTH CODE

Calendar Half Month Code

20050101

8

CALENDAR HALF MONTH DESC

Calendar half month description.

9

CALENDAR HALF MONTH END DATE

Calendar half month end date

12/31/2005 0:00

10

CALENDAR HALF MONTH NUMBER

A numeric representation of the month number in the Calendar. It ranges from 1 to 12.

11

CALENDAR HALF MONTH START DATE

Calendar half month start date.

12/31/2005 0:00

12

CALENDAR HALF MONTH START DAY CODE

The unique identifier for a calendar half month start day.

13

CALENDAR HALF MONTH TIMESPAN

The length, in terms of days, of this fortnight in the Calendar. For example: 15 days

14

CALENDAR HALF YEAR CODE

The unique identifier for a calendar half year.

20050101

15

CALENDAR HALF YEAR DESC

Calendar half year description.

16

CALENDAR HALF YEAR END DATE

Calendar half year description,

12/31/2005 0:00

17

CALENDAR HALF YEAR NUMBER

A numeric representation of half year number in the Calendar. It contains values 1 or 2.

18

CALENDAR HALF YEAR START DATE

Calendar half year start date.

12/31/2005 0:00

19

CALENDAR HALF YEAR START DAY CODE

The unique identifier for a calendar half year start day.

20050101

20

CALENDAR HALF YEAR TIME SPAN

The length, in terms of days, of this half year in the Calendar. For example: 178 days

21

CALENDAR HOLIDAY IND

It indicates holiday indicator 'Y' or 'N'

22

CALENDAR MONTH CODE

The unique identifier for a calendar month.

20050101

23

CALENDAR MONTH DESC

Calendar month description.

24

CALENDAR MONTH END DATE

Calendar month end date.

12/31/2005 0:00

25

CALENDAR MONTH NUMBER

A numeric representation of the month number in the Calendar. It ranges from 1 to 12.

26

CALENDAR MONTH START DATE

Calendar month start date.

12/31/2005 0:00

27

CALENDAR MONTH START DAY CODE

The unique identifier for a calendar month start day

20050101

28

CALENDAR MONTH TIME SPAN

The length, in terms of days, of this month in the Calendar. For example: 30 days

29

CALENDAR QUARTER CODE

The unique identifier for calendar quarter.

20050101

30

CALENDAR QUARTER DESC

Calendar quarter description.

31

CALENDAR QUARTER END DATE

Calendar quarter end date.

12/31/2005 0:00

32

CALENDAR QUARTER NUMBER

Number for Calendar quarter

33

CALENDAR QUARTER START DATE

Calendar quarter start date.

12/31/2005 0:00

34

CALENDAR QUARTER START DAY CODE

The unique identifier for a calendar quarter start day.

20050101

35

CALENDAR QUARTER TIMESPAN

The length, in terms of days, of this quarter

36

CALENDAR START DATE

Calendar Start Date

12/31/2005 0:00

37

CALENDAR WEEK CODE

The unique identifier for calendar week.

20050101

38

CALENDAR WEEK DAY

Calendar week day

39

CALENDAR WEEK DAY CODE

The unique identifier for a calendar week day.

20050101

40

CALENDAR WEEK DAY DESCRIPTION

Calendar week day description.

41

CALENDAR WEEK DESC

Calendar week description.

42

CALENDAR WEEK END DATE

Calendar week end date.

12/31/2005 0:00

43

CALENDAR WEEK NUMBER

A numeric representation of the week number in the Calendar.

44

CALENDAR WEEK START DATE

Calendar week start date

12/31/2005 0:00

45

CALENDAR WEEK TIMESPAN

The length, in terms of days, of this week

46

CALENDAR WEEKEND IND

It indicates calendar weekend indicator 'Y' or 'N'

47

CALENDAR WORKING DAY IND

It indicates the calendar working day indicator 'Y' or 'N'

48

CALENDAR YEAR CODE

The unique identifier for a calendar year.

20050101

49

CALENDAR YEAR DESC

Calendar week description.

50

CALENDAR YEAR END DATE

Calendar year end date.

12/31/2005 0:00

51

CALENDAR YEAR NUMBER

A numeric representation of the year number in the Calendar.

52

CALENDAR YEAR START DATE

Calendar year start date.

12/31/2005 0:00

53

CALENDAR YEAR START DAY CODE

The unique identifier for a calendar year starts date.

54

CALENDAR YEAR TIME SPAN

The length, in terms of days, of this year in the Calendar. For example: 365 days

55

CALENDAR WEEK START DAY CODE

The unique identifier for a calendar week starts date.

20050101

56

DAY CODE

The unique identifier for a calendar date

Call Category

Description: CALL CATEGORY

Call Category Hierarchies

Standard Call Category Hierarchy:

Description of image015.gif follows
Description of the illustration image015.gif

Call Category Levels

Table 3-40 shows Call Category Total: All Call Category are most aggregate level of the dimension.

Table 3-40 Call Category Total

Sr. Number
Attribute
Description

1.

CALL CATEGORY TOTAL

Code for All Call Categories.

Table 3-41 shows Call Category Detail: All Call Category is most aggregate level of the dimension.

Table 3-41 Call Category Detail

Sr. Number
Attribute
Description
Sample Value

1

CALL CATEGORY CODE

Code for Call Category.

DATA

2

CALL CATEGORY DESC

Description of the Call Category.

Data Call

3

CALL CATEGORY NAME

Short description of the Call Category.

Data Call

Call Center Agent

Description: CALL CENTER AGENT

Call Center Agent Hierarchy

Standard Call Center Agent Hierarchy:

Description of image016.gif follows
Description of the illustration image016.gif

Call Center Agent Levels

Table 3-42 shows Call Center Agent Total: All call center agent are most aggregate level of the dimension.

Table 3-42 Call Center Agent Total

Sr. Number
Attribute
Description

1.

CALL CENTER AGENT TOTAL

Code for All Call Center Agent Subscribers.

Table 3-43 shows Call Center Agent Type: The type of Call Center Agent. Examples includes: Employee, IVR.

Table 3-43 Call Center Agent Type

Sr. Number
Attribute
Description
Sample Value

1

CALL CENTER AGENT TYPE DESC

Description of the Agent type.

AUTO

2

CALL CENTER AGENT TYPE NAME

Name of Agent type.

3

LANGUAGE CODE

Uniquely identifier of language

4

CALL CENTER AGENT TYPE CODE

The next table shows Call Center Agent Detail: Detail level of the dimension. Stores the Call Center Agent Information.

Table 3-44 Call Center Agent Detail

Sr. Number
Attribute
Description
Sample Value

1

CALL CENTER AGENT CODE

All the possible agents with whom the customer can make a contact like IVR, Human Agent, Corporate agent, CRC, and so on.

CODE-1

2

CALL CENTER AGENT DESC

Description of the Agent.

3

CALL CENTER AGENT NAME

Name of Agent.

HUMAN

4

CALL CENTER AGENT TYPE CODE

Foreign key, to indicate which type this agent is, for example: Auto, Human.

5

CALL CENTER CODE

Uniquely identifier of call center

6

7

BILLING ADDRESS EFFECTIVE DATE

Date on which the billing address referenced in the billing_address_id column became active. This facilitates queries such as find customers who changed address in the last 3 months.""

8

BUSINESS DIVISION EXECUTIVE NAME

BUSINESS DIVISION EXECUTIVE LAST NAME is the last name of the business division executive to whom the employee reports to. Like LOB Owner.

9

BUSINESS PHONE NUMBER

Phone number used for business purpose

10

CELL PHONE NO

Redundancy to 'party contact information'

11

CHILDREN COUNT

Number of children

12

CONTACT ADDRESS EFFECTIVE DATE

Date on which the contact address referenced in the billing_address_id column became active. This facilitates queries such as find customers who changed address in the last 3 months.""

13

COST CENTER NUMBER

The cost center to which the bank employee expenses are charged.

14

DATE OF BIRTH

Date of Birth of the individual.

15

DATE OF DEATH

Date of natural person death.

16

DEATH CERTIFICATE CODE

The certification document number for customer's death.

17

DEPENDENTS COUNT

Number of dependents

18

DRIVER LICENSE NUMBER

Driver License Number in most countries.

19

DWELLING SIZE

Size of dwelling

20

DWELLING TENURE

Tenure of dwelling

21

ECONOMICALLY ACTIVE IND

customer is economically active (is not a minor or pensioner and so on.)

22

EDUCATION CODE

The customer highest level of education.

23

EMAIL

Redundancy to 'party contact information'

24

EMPLOYEE CODE

A code for any person or business that is of interest to the Communications Service Provider.

25

EMPLOYEE DESIGNATION CODE

Unique warehouse key, representing the designation

26

EMPLOYEE DISCOUNT GROUP CODE

Unique identifier for Employee Discount Group

27

EMPLOYEE KEY

Key value for each employee

28

EMPLOYEE NUMBER

Internal number for the employee.

29

EMPLOYEE TYPE CODE

Unique identifier for Employee Type

PT

30

EMPLOYEE TYPE DESC

Description of the Employee Type

Part Time

31

EMPLOYEE TYPE NAME

Unique identifier for the Employee Type

Part Time

32

EMPLOYER TAX NUMBER

The tax code of Employer.

33

EMPLOYMENT BEGIN DATE

Start date for the employment.

12/31/2005 12:00:00 AM

34

EMPLOYMENT END DATE

If the employee quit from the Bank, we still hold the information of his past employment

35

EMPLOYMENT EXEMPT IND

An employee exempt from the overtime policies of the University due to the nature of the work, as compared to (Non-Exempt).

Education requirements of the position and salary range. These employees are paid an annual salary and are not customarily eligible for overtime pay.

36

EMPLOYMENT STATUS

EMPLOYEE STATUS is the abbreviated identifier for the employment status. Employee

37

END OF JOB CONTRACT

End date of the customer's job contract (for contracts concluded for definite terms).

38

ETHNIC BACKGROUND

Customer Attribute of an employee

39

ETHNICITY

Classifies the individual for minority reporting purposes.

40

FAMILY NAME IN MAIDEN

Given name in maiden

41

FIRST NAME

First name of a party individual

42

FORM OF EMPLOYMENT

The customer's form of employment (private entrepreneur, employee, civil servant and so on.)

43

GENDER CODE

For PARTYs that are people, this is their GENDER.

For PARTYs that are organizations, this is indicates whether the organization is foreign or domestically owned.

44

GIVEN NAME IN MAIDEN

Given name in maiden

45

HOME TELEPHONE NO

Redundance to 'party contact information'

46

HOUSEHOLD KEY

The code of household which the party belongs to.

47

INCOME

Income of a party individual

48

INCOME LCL

Income of a party individual

49

INCOME RPT

Income of a party individual

50

JOB CONTRACT TYPE

Type of the customer's job contract

51

JOB KEY

Code for job of subscriber.

52

JOB POSITION

job Position.

53

LANGUAGE CODE

Unique identifier for Language

54

LAST NAME

Last name of a party individual

55

LAST PERFORMANCE RATING

This describes the annual rating assigned to the employee.

56

LAST PERFORMANCE RATING DATE

When the last rating is done.

57

LEGAL TITLE TO HOUSING

The customer's legal title to home (rents, owns and so on.)

58

LIVING AT CURRENT ADDRESS SINCE

Date since the customer has lived at the present address.

59

MANAGER CODE

manager's employee code.

60

MARITAL STATUS

CSALADI ALLAPOT. Marital status

61

MARTIAL STATUS CODE

62

MIDDLE NAME

Middle name of a party individual

63

MOTHER FIRST NAME

Mother's first name

64

MOTHER LAST NAME

Mother's last name

65

NAME OF WORKPLACE

Name of workplace

66

NAME PREFIX

Name prefix

For example: Mr, Mrs, Ms, Dr,

67

NAME SUFFIX

Name suffix. For example: PhD, MD, JD, MA

68

NATIONALITY CODE

Code for Nationality of subscriber

69

NUMBER OF EARNERS IN HOUSEHOLD

Number of wage earners in the household.

70

NUMBER OF PERSONS LIVING IN HOUSEHOLD

Number of persons sharing the customer's household.

72

OFFICE TELEPHONE NO

Redundancy to 'party contact information'

73

ORGANIZATION BUSINESS UNIT KEY

74

PERSONAL ID NUMBER

In China, this one will be same as party.national_identifier.

75

PLACE OF BIRTH

Where the person was born.

76

PREVIOUS EMPLOYER TAX NUMBER

Tax number of previous employer.

77

PREVIOUS EMPLOYMENT END DATE

End date of previous job.

78

PREVIOUS EMPLOYMENT START DATE

Start date of previous job.

12/31/2005 12:00:00 AM

79

SOC JOB KEY

80

SOCIAL SECURITY NUMBER

In US, this code will be same as party.national_identifier. Null if some country does not have.

81

SOURCE OF INCOME

Source of income (can typify, may be several)

82

START OF EMPLOYMENT

Start of employment

83

TAX NUMBER

Tax number

84

ACTIVE IND

Activate Indicator

85

ADDRESS

Address

86

BARING REASON CODE

Unique identifier for Baring Reason

87

BUSINESS LEGAL STATUS CODE

A unique identifier for a legal classification of a non-residential Customer.

88

CITY

City of the party. Redundance to party location history.

89

COUNTRY

Country of the party. Redundance to party location history.

90

CUSTOMER IND

Indicator for Customer

91

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column.

92

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column.

93

EMPLOYEE NAME

Name of the employee

94

PARTY DESC

Description for the Party

95

PARTY KEY

Key value for Party

96

PARTY NAME

Name of the Party

97

PARTY TYPE CODE

Unique identifier for Party Type

98

POST CODE

Unique identifier for Post

99

SOURCE SYSTEM KEY

Key value for Source System

100

STATE

State Name

101

STATUS CODE

Current Status

Call Center Case Title

Description: CALL CENTER CASE TITLE

Call Center Case Title Hierarchies

Standard Call Center Case Title Hierarchy:

Description of image101.gif follows
Description of the illustration image101.gif

Call Center Case Levels

Table 3-45 shows Call Center Case Title Total: All call center case title are most aggregate level of the dimension.

Table 3-45 Call Center Case Title Total

Sr. Number
Attribute
Description

1.

CALL CENTER CASE TITLE TOTAL

Total of all call center case titles.

Table 3-46 shows Call Center Case Title Detail: Detail level of the dimension. Stores the Call Center Case Title Information.

Table 3-46 Call Center Case Title Detail

Sr. Number
Attribute
Description
Sample Value

1

CALL CENTER CASE SUB TYPE CODE

Code or Id for Call Center Case Sub Type.

2

CALL CENTER CASE TITLE CODE

Code or Id for Call Center Case Title.

CBPWD

3

CALL CENTER CASE TITLE DESC

Description of the Call Center Case Title.

4

CALL CENTER CASE TITLE NAME

Name of Call Center Case Title.

5

LANGUAGE CODE

Uniquely identifier of language

Call Center

Description: CALL CENTER

Call Center Hierarchies

Standard Call Center Hierarchy:

Description of image018.gif follows
Description of the illustration image018.gif

Call Center Levels

Table 3-47 shows Call Center Total: All call centers is most aggregate level of the dimension.

Table 3-47 Call Center Total

Sr. Number
Attribute
Description

1.

CALL CENTER TOTAL

Code for All Call Centers.

Table 3-48 shows Call Center: Detail level of the dimension. Stores the Call Center Information.

Table 3-48 Call Center Detail

Sr. Number
Attribute
Description

1

CALL CENTER CODE

CODE-1

2

NUMBER OF EMPLOYEES

NUMBER OF EMPLOYEES.

3

NUMBER OF LINES

How many telephone lines (trunk) are offered.

4

PRIMARY LANGUAGE

The language/Dialects the call center can support.

5

ACCOUNT CLERK CODE

This field is client specific. The definition and use of this field is customizable for each client.

6

ADDRESS LINE 1

Address. Line one of detailed postal address

7

ADDRESS LINE 2

Address. Line two of detailed postal address

8

ADDRESS LINE 3

Address. Line three of detailed postal address

9

ADDRESS LOCATION CODE

Unique identifier for the address. unique identifier for the address location

10

ADDRESS TYPE CODE

Unique identifier of the address type.

11

ADDRESS USAGE

Describes how the address is used

12

ANNUAL REVENUE

Revenue of the company.

13

ANNUAL REVENUE LOCAL

Revenue of the company.

14

ANNUAL REVENUE REPORTING

Revenue of the company.

15

ANNUAL SALES

Sales for Annual

16

ANNUAL SALES LOCAL

Local Sales for Annual

17

ANNUAL SALES REPORTING

Reporting Sales for Annual

18

BANKRUPTCY END DATE

The end date of bankruptcy. If current date is behind start and end date is null, then the company is undergoing the bankruptcy process.

19

BANKRUPTCY START DATE

start date of bankruptcy.

20

BUSINESS ENTITY CODE

Unique Identifier for Business Entity

21

BUSINESS UNIT CONCEPT

Possible values include, Convenience, General Merchandise, Category dominant anchors with few small tenants, Fashion, Higher-end (Upscale), Fashion oriented, Manufacturer's Outlet, Leisure, Tourist oriented and Discount.

22

BUSINESS UNIT TYPE CODE

Unique identifier of the business unit type

23

CHAIRMAN CODE

Connect to Another Person Party who is responsible for this Organization.

24

CHANNEL TYPE CODE

Unique identifier of the channel type

25

COMPANY REGISTRY NUMBER

Will be same as Party. National_Identifier. Natural Key for Organization.

26

CONSTRUCTION STATUS

Identifies the status of the site such as 'Under Construction', 'New', and so on.

27

CONTACT CODE

ID of the contact person for the organization.

28

CONTACT NAME

Contact Employee for organization.

29

CONTACT NUMBER

This is the number for the method specified to contact this site. There can be multiple contact numbers of each type for each site.

30

CONTACT TYPE CODE

This is the general method to use to contact a site, that is, Phone, Fax, Telex, and so on.

31

COURT CODE

Code of the law of court.

32

DOMESTIC INDICATOR

For PARTYs that are organizations, this indicates whether the organization is foreign or domestically owned.

33

DUNS NUMBER

DUNS NUMBER is an identifier for organization.

34

EMPLOYEE COUNT

Total number of employee in the company or organization.

35

EQUITY AMOUNT

The equity value of the company/org.

36

EQUITY AMOUNT LOCAL

The equity value of the company/org.

37

EQUITY AMOUNT REPORTING

The equity value of the company/org.

38

EXTERNAL NAME

Name/Number assigned to site for electronic communication. For example: EDI transactions.

39

FINAL SETTLEMENT END DATE

End date of final settlement.

40

FINAL SETTLEMENT START DATE

Start date of final settlement

41

JUDICIAL DISTRAINT CODE

Case identifier of the judicial distraint

42

JUDICIAL DISTRAINT DATE

Date of the judicial distraint

43

LIQUIDATION END DATE

The date when the company/org was liquidated. If is null and start_date is not null, the company is undergoing the liquidation.

44

LIQUIDATION START DATE

Start date of liquidation

45

LOCATION TYPE CODE

Unique identifier for location type

46

LONG DESCRIPTION

The 10 character abbreviation of the store name

47

MANAGER CODE

ID of the manager for the organization.

48

MANAGER EMPLOYEE NUMBER

Unique key denoting the employee number of the employee's manager.

49

MANAGER NAME

Name of manager for the whole company.

50

ORGANIZATION BANNER CODE

51

ORGANIZATION BUSINESS UNIT CODE

Unique identifier for Business Unit. To identify whether the site is a store, distribution center or warehouse.

52

ORGANIZATION BUSINESS UNIT TYPE CODE

Unique identifier for Organization business unit type

53

ORGANIZATION CODE

The unique identifier of the organization

54

ORGANIZATION DISTRICT CODE

District code of ORGANIZATION DISTRICT

55

ORGANIZATION DIVISION CODE

Division code of a ORGANIZATION

56

ORGANIZATION NAME

Name of the organization

57

ORGANIZATIONAL DEMOGRAPHY VALUE CODE

Unique identifier for organization demographic value

58

PAYMENT ACCOUNT CLOSE DATE

Closing date of the account for payments.

59

PAYMENT ACCOUNT NUMBER

Account number for payments.

60

PAYMENT ACCOUNT OPEN DATE

Opening date of the account for payments.

61

POSTAL PLUS CODE

Four digit extension to the United States Postal ZIP code.

62

POSTCODE

Postal codes of interest to the Retail Organization

63

PRIMARY ADDRESS TELEPHONE

Default Address Telephone Number

64

PRIMARY BUSINESS UNIT CALENDAR CODE

Primary Business Unit Calendar Code

65

PRIMARY CURRENCY ISO CODE

The unique ISO standard identifier of the CURRENCY

66

PRIMARY EMAIL ADDRESS

Default Email Address

67

PRIMARY MARKET AREA CODE

Market area code under which the business unit falls

68

PRIMARY TRADE AREA CODE

Primary Trade area code, under which the business unit falls

69

SEAL IMAGE

The image of the Organization's Seal, or the Artificial Person's Signature.

70

SECONDARY DESCRIPTION

The secondary description or name of the store or warehouse.

72

SHOPPING CENTER TYPE

Shopping center is group of retail and other commercial establishments that is planned, developed, owned, and managed as a single property.=- Strip Center (Neighborhood, Community)- Mall (Power, Super Regional, Regional, Fashion/Specialty, Lifestyle, Outlet, Theme/Festival)

73

SHORT DESCRIPTION

The 3 character abbreviation of the store name.

74

STOCK EXCHANGE NAME

Abbreviation of listed companies as used on the stock exchange.

75

TAX EXEMPT STATUS

Indicates if the org. is tax exempt.

76

TERMINATION DATE

Termination date of the company in case of company was founded with termination date.

77

TIME ZONE

It denotes which TimeZone the Site is in.

78

TOTAL LINEAR DISTANCE

The total linear selling space of the location.

79

VALIDATION END DATE

Effective date of the deletion of the company's record from the company register.

70

SECONDARY DESCRIPTION

The secondary description or name of the store or warehouse.

80

VALIDATION START DATE

Date of the registration of the company' record deletion from the company register.

81

VAT INCLUDE INDICATOR

Indicates whether the Value Added Tax will be included in the retail prices for the store. Valid values are 'Y' or 'N'

82

VAT REGION

The number of the Value Added Tax region in which this store or warehouse is contained.

83

PARTY CODE

84

PARTY TYPE CODE

85

BUSINESS LEGAL STATUS CODE

86

SOURCE SYSTEM CODE

87

BARING REASON CODE

88

STATUS CODE

89

CITY

90

STATE

91

COUNTRY

92

PARTY NAME

93

PARTY DESC

94

ADDRESS

95

ACTIVE INDICATOR

96

CUSTOMER INDICATOR

97

EFFECTIVE FROM DATE

98

EFFECTIVE TO DATE

Call Direction

Description: CALL DIRECTION

Call Direction Hierarchies

Standard Call Direction Hierarchy:

Description of image019.gif follows
Description of the illustration image019.gif

Call Direction Levels

Table 3-49 shows Call Direction Total: All Call Directions are most aggregate level of the dimension.

Table 3-49 Call Direction Total

Sr. Number
Attribute
Description

1.

ALL CALL DIRECTION CODE

Code for Call Directions.

Table 3-50 shows Call Direction Detail: Detail level of the dimension. Stores the Call Direction Information.

Table 3-50 Call Direction Detail

Sr. Number
Attribute
Description
Sample Value

1

CALL DIRECTION CODE

Code for call direction.

IN

2

CALL DIRECTION DESC

Description of call direction.

To indicate incoming call

3

CALL DIRECTION NAME

Name of the call direction.

IN

4

LANGUAGE CODE

Unique identifier for Language

Call Other Type

Description: CALL OTHER TYPE

Call Other Type Hierarchies

Standard Call Other Type Hierarchy:

Description of image020.gif follows
Description of the illustration image020.gif

Call Other Type Levels

Table 3-51 shows Call Other Type Total: All Call Other Types are most aggregate level of the dimension.

Table 3-51 Call Other Type Total

Sr. Number
Attribute
Description

1.

ALL CALL OTHER TYPE CODE

Code for Call Other Types.

Table 3-52 shows Call Other Type Detail: Detail level of the dimension. Stores the Call other Type Information.

Table 3-52 Call Other Type Detail

Sr. Number
Attribute
Description
Sample Value

1

CALL OTHER TYPE CODE

A code used to uniquely identify a category of Special Services that a Call may utilize. Examples include: 1 - Directory Assistance 2 - 800 3 - 900 4 - 911 5 - Customer Service 6 - Voice Mail.

CUSTSRVC

2

CALL OTHER TYPE DESC

A textual description of a Call Special Service Type.

Customer Service

3

CALL OTHER TYPE NAME

The name assigned to a Call Special Service Type. Examples include: Directory Assistance 800 900 911 Customer Service Voice Mail.

Customer Service

4

LANGUAGE CODE

Unique identifier for Language

Call Routing Type

Description: CALL ROUTING TYPE

Call Routing Type Hierarchies

Standard Call Routing Type Hierarchy:

Description of image021.gif follows
Description of the illustration image021.gif

Call Routing Type Levels

Table 3-53 shows Call Routing Type Total: All Call Routing Type are most aggregate level of the dimension.

Table 3-53 Call Routing Type Total

Sr. Number
Attribute
Description

1.

ALL CALL ROUTING CODE

Code for All Call Routing Subscribers.

Table shows Call Routing Type Detail: Detail level of the dimension. Stores the Call Routing Type Information.

Table 3-54 Call Routing Type Detail

Sr. Number
Attribute
Description
Sample Value

1

CALL ROUTING TYPE CODE

The code for the type can use number or character.

ATA

2

CALL ROUTING TYPE DESC

Full Description.

Call was routed from Air To Air

3

CALL ROUTING TYPE NAME

The short name for the type.

Air To Air

4

LANGUAGE CODE

Uniquely identifier of language

Call Service Type

Description: CALL SERVICE TYPE

Call Service Type Hierarchies

Standard Service Type Hierarchy:

Description of image022.gif follows
Description of the illustration image022.gif

Call Service Type Levels

Table 3-55 shows Call Service Type Total: All Call Service Type are most aggregate level of the dimension.

Table 3-55 Call Service Type Total

Sr. Number
Attribute
Description

1.

CALL SERVICE TYPE TOTAL CODE

Code for All Call Service Type.

Table 3-56 shows Call Service Type Detail: Detail level of the dimension. Stores the Call Service Type Information.

Table 3-56 Call Service Type Detail

Sr. Number
Attribute
Description
Sample Value

1

CALL SERVICE TYPE CODE

The code.

1

2

CALL SERVICE TYPE DESC

The full description.

Fire

3

CALL SERVICE TYPE NAME

The title.

Fire

4

LANGUAGE CODE

Uniquely identifier of language

Call Source Destination

Description: CALL SOURCE DESTINATION

Call Source Destination Hierarchies

Standard Call Source Destination Hierarchy:

Description of image023.gif follows
Description of the illustration image023.gif

Call Source Destination Levels

Table 3-57 shows Call Source Destination Total: All Call Source Destination are most aggregate level of the dimension.

Table 3-57 Call Source Destination Total

Sr. Number
Attribute
Description

1.

CALL SOURCE DESTINATION TOTAL

Code for All Call Source Destination

Table 3-58 shows Call Source Destination Detail: Detail level of the dimension. Stores the Call Source Destination Information.

Table 3-58 Call Source Destination Detail

Sr. Number
Attribute
Description
Sample Value

1

CALL SOURCE DESTINATION CODE

Code for call destination.

8675583965191

2

CALL SOURCE DESTINATION DESC

Description of call destination.

8675583965191

3

CALL SOURCE DESTINATION NAME

Name of the destination.

8675583965191

4

DESTINATION TYPE CODE

Unique identifier of destination type.

5

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

6

EFFECTIVE TO DATE

Date the party left the program. Will be null if the party is currently a member of the program.

7

NETWORK TYPE CODE

Unique identifier of destination network type.

8

NUMBER AREA CODE

Area code. For example: 713-Houston

9

NUMBER NETWORK TYPE CODE

Unique identifier of destination network type.

10

STATUS CODE

Current status of the assignment.

Call Success Fail Type

Description: CALL SUCCESS FAILURE TYPE

Call Successful Fail Hierarchies

Standard Call Success Fail Hierarchy:

Description of image024.gif follows
Description of the illustration image024.gif

Call Success Fail Type Levels

Table 3-59 shows Call Successful Fail Total: All Call Successful/failed is most aggregate level of the dimension.

Table 3-59 Call Successful Fail Total

Sr. Number
Attribute
Description

1.

ALL SUCCESSFUL/FAILED CODE

Code for All Call Successful/failed.

Table 3-60 shows Call Successful Fail Detail: Detail level of the dimension. Stores the Successful/failed Detail Information.

Table 3-60 Call Successful Fail Detail

Sr. Number
Attribute
Description
Sample Value

1

CALL SUCCESS FAILURE TYPE CODE

Call Success failure id.

FAIL

2

CALL SUCCESS FAILURE TYPE DESC

Call Success failure description.

Fail

3

CALL SUCCESS FAILURE TYPE NAME

Call Success failure short description.

Fail

4

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

Call Type

Description: CALL TYPE

Call Type Hierarchies

Standard Call Type Hierarchy:

Description of image025.gif follows
Description of the illustration image025.gif

Call Type Levels

Table 3-61 shows Call Type Total: All Call Type are most aggregate level of the dimension.

Table 3-61 Call Type Total

Sr. Number
Attribute
Description

1.

ALL CALL TYPE CODE

Code for All Call Type Subscribers.

Table 3-62 shows Call Type Detail: Detail level of the dimension. Stores the Call Type Information.

Table 3-62 Call Type Detail

Sr. Number
Attribute
Description
Sample Value

1

CALL CATEGORY CODE

The code for the call category.

VOI

2

CALL TYPE CODE

The code for the call type.

INTL

3

CALL TYPE DESC

The Full Description.

International

4

CALL TYPE NAME

The title.

International

5

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

Campaign Channel

Description: CAMPAIGN CHANNEL

Campaign Channel Hierarchies

Standard Campaign Channel Hierarchy:

Description of image026.gif follows
Description of the illustration image026.gif

Campaign Channel Levels

Table 3-63 shows Campaign Channel Total: All Campaign Channels are most aggregate level of the dimension.

Table 3-63 Campaign Channel Total

Sr. Number
Attribute
Description

1.

ALL CAMPAIGN CHANNEL CODE

Code for All Campaign Channel.

Table 3-64 shows Campaign Channel Detail: Detail level of the dimension. Stores the Campaign Channel Information.

Table 3-64 Campaign Channel Detail

Sr. Number
Attribute
Description
Sample Value

1

CAMPAIGN CHANNEL CODE

A unique identifier for a campaign channel.

MAGAZINE

2

CAMPAIGN CHANNEL DESC

The name assigned to a campaign channel.

3

CAMPAIGN CHANNEL NAME

A textual description of an campaign channel.

4

CAMPAIGN CHANNEL TYPE CODE

A code used to uniquely identify a campaign channel type.

MGZN

5

CAPACITY QUANTITY

The number of transaction that a Channel can handle, at a point of time.

6

CHANNEL CODE

The unique identifier for each Channel. A Channel identifies each possible link where interaction between the Communications Service Provider and the Customer occurs.

7

CHANNEL DESC

Descriptions of the channels

8

CHANNEL NAME

The name assigned to a channel.

9

CHANNEL TYPE CODE

A code used to uniquely identify a major grouping of Channels. Examples: M - MailT - Telephone TV - Television.

LYLTCHNL

10

EFFECTIVE FROM DATE

The first date of the period when this Channel was valid.

12/31/2005 12:00:00 AM

11

EFFECTIVE TO DATE

The end date of the period when this Channel was valid.

12/31/2005 12:00:00 AM

12

PARTY CODE

A code for any person or business that is of interest to the Communications Service Provider.

13

PARTY TYPE CODE

Type of party

RPRSTTV

14

STATUS CODE

Current status.

Campaign

Description: CAMPAIGN

Campaign Hierarchies

Standard Campaign Hierarchy:

Description of image028.gif follows
Description of the illustration image028.gif

Campaign Levels

Table 3-65 shows Campaign Total: All Campaign is most aggregate level of the dimension.

Table 3-65 Campaign Total

Sr. Number
Attribute
Description

1.

ALL CAMPAIGN CODE

Code for All Campaign.

Table 3-66 shows Campaign Detail: Detail level of the dimension. Stores the Campaign Information.

Table 3-66 Campaign Detail

Sr. Number
Attribute
Description
Sample Value

1

CAMPAIGN CODE

The campaign which this cost occurs in

CMPGN-1

2

CAMPAIGN DESC

A textual description of the Campaign.

3

CAMPAIGN NAME

Name of the campaign

4

CAMPAIGN PURPOSE

Campaign purpose. The purpose of the campaign being conducted, in most of scenarios this field would be empty since this would be addressed in the Theme and Promotion Theme. But when this campaign is being executed as a continuation of a previous campaign due to demand, this field would contain the reason for the continuation.

ACQUIRE

5

CAMPAIGN PURPOSE TYPE CODE

Unique Identifier for a Campaign purpose type.

RTENTION

6

CAMPAIGN STATUS CODE

A code used to uniquely identify strategy of a Campaign.

7

CAMPAIGN TYPE CODE

Unique Identifier for a Campaign type.

MMPRMTN

8

COST AMOUNT

The monetary cost of a Campaign.

9

COST AMOUNT LOCAL

The monetary cost of a Campaign.

10

COST AMOUNT REPORTING

The monetary cost of a Campaign.

11

COST CODE

Identify the cost to the Carrier.

CMPGN_CSCD_1

12

EFFECTIVE FROM DATE

The start date of a Campaign.

12/31/2005 12:00:00 AM

13

EFFECTIVE TO DATE

The end date of a Campaign.

12/31/2005 12:00:00 AM

14

FUND SOURCE CODE

Campaign fund source type. Possible values would include, Vendor Sponsored, Charity and so on.

15

GLOBAL IND

Flag to indicate if the campaign is run globally.

16

PARTNER IND

Indicates if the campaign has partners.

17

PARTNER NUMBER

Identification number for partner.

18

PLANNED COST

Planned or budgeted total cost for the campaign.

19

PLANNED COST LOCAL

Planned or budgeted total cost for the campaign.

20

PLANNED COST REPORTING

Planned or budgeted total cost for the campaign.

21

PLANNED RESPONSE

Expected or planned response for the campaign.

22

PRIORITY

Campaign priority.

Cell Outage Reason

Description: CELL OUTAGE REASON

Cell Outage Reason Hierarchies

Standard Cell Outage Reason Hierarchy:

Description of image029.gif follows
Description of the illustration image029.gif

Cell Outage Levels

Table 3-67 shows Cell Outage Reason Total: All Cell Outage Reason is most aggregate level of the dimension.

Table 3-67 Cell Outage Reason Total

Sr. Number
Attribute
Description

1.

ALL CELL OUTAGE REASON CODE

Code for All Cell Outage Reason.

Table 3-68 shows Cell Outage Reason Detail: Detail level of the dimension. Stores the Cell Outage Reason Information.

Table 3-68 Cell Outage Reason Detail

Sr. Number
Attribute
Description
Sample Value

1

CELL OUTAGE REASON CODE

Cause for cell outage.

FAIL

2

CELL OUTAGE REASON DESC

Description of CELL OUTAGE REASON

Fail

3

CELL OUTAGE REASON NAME

Name of the CELL OUTAGE REASON

Fail

4

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

Change Proposed By Type

Description: CHANGE PROPOSED BY TYPE

Change Proposed By Type Hierarchies

Standard Change Proposed By Type Hierarchy:

Description of image030.gif follows
Description of the illustration image030.gif

Change Proposed By Type Levels

Table 3-69 shows Change Proposed By Type Total: All Change Proposed By Type is most aggregate level of the dimension.

Table 3-69 Change Proposed By Type Total

Sr. Number
Attribute
Description

1.

ALL CHANGE PROPOSED BY TYPE CODE

Code for Change Proposed By Type.

Table 3-70 shows Change Proposed By Type Detail: Detail level of the dimension. Stores the Change Proposed By Type Information.

Table 3-70 Change Proposed By Type Detail

Sr. Number
Attribute
Description
Sample Value

1

CHANGE PROPOSED BY TYPE CODE

Some customer chooses another plan voluntary while other are downgrade/upgraded by the operator.

CMPLN

2

CHANGE PROPOSED BY TYPE DESC

Description of the CHANGE PROPOSED BY TYPE

Complain

3

CHANGE PROPOSED BY TYPE NAME

Name of the CHANGE PROPOSED BY TYPE

Complain

4

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

Collection Agency

Description: COLLECTION AGENCY

Collection Agency Hierarchies

Standard Collection Agency Hierarchy:

Description of image031.gif follows
Description of the illustration image031.gif

Collection Agency Levels

Table 3-71 shows Collection Agency Total: This is the most aggregate level of the Debt Aging Band dimension.

Table 3-71 Collection Agency Total

Sr. Number
Attribute
Description

1.

ALL COLLECTION AGENCY TOTAL CODE

Identification for the top level value

Table 3-72 shows Collection Agency Detail: Description level of the dimension. It stores the Collection Agency details.

Table 3-72 Collection Agency Detail

Sr. Number
Attribute
Description
Sample Value

1

ANNUAL REVENUE

Revenue of the company.

2

ANNUAL REVENUE LOCAL

Revenue of the company.

3

ANNUAL REVENUE REPORTING

Revenue of the company.

4

ANNUAL SALES

Sales for annual

5

ANNUAL SALES LOCAL

Local sales for annual

6

ANNUAL SALES REPORTING

Reporting sales for annual

7

BANKRUPTCY END DATE

The end date of bankruptcy. If current date is behind start and end date is null, then the company is undergoing the bankruptcy process.

12/31/2005 12:00:00 AM

8

BANKRUPTCY START DATE

Start date of bankruptcy.

12/31/2005 12:00:00 AM

9

CAMPAIGN PARTNER CODE

CAMPAIGN PARTNER CODE is the code to track campaign partner.

10

CAMPAIGN PARTNER INDICATOR

to indicator this is a campaign partner. The campaign partner can be an external organization or even another Telco operator. The service provider can partner with another service provider if their business is complementary, like 1 wireless operator and 1 local fixed line company. Most of content provider can also partner with the telco for promotion.

11

CHAIRMAN CODE

Connect to Another Person Party who is responsible for this Organization.

12

COLLECTION AGENCY CODE

A code for any person or business that is of interest to the Communications Service Provider.

1,2,3

13

COMPANY REGISTRY NUMBER

Will be same as Party. National_Identifier. Natural Key for Organization.

14

CONTACT CODE

ID of the contact person for the organization.

15

CONTACT NAME

Contact Employee for organization.

16

COURT CODE

Code of the law of court.

17

DOMESTIC INDICATOR

For PARTYs that are organizations, this indicates whether the organization is foreign or domestically owned.

18

DUNS NUMBER

DUNS NUMBER is an identifier for organization.

19

EMPLOYEE COUNT

Total number of employee in the company or organization.

20

EQUITY AMOUNT

The equity value of the company/org.

21

EQUITY AMOUNT LOCAL

The equity value of the company/org.

22

EQUITY AMOUNT REPORTING

The equity value of the company/org.

23

EXTERNAL ORGANIZATION TYPE CODE

Uniquely identifier of EXTERNAL ORGANIZATION TYPE

24

FINAL SETTLEMENT END DATE

End date of final settlement.

25

FINAL SETTLEMENT START DATE

Start date of final settlement

12/31/2005 0:00

26

JUDICIAL DISTRAINT CODE

Case identifier of the judicial distraint

27

JUDICIAL DISTRAINT DATE

Date of the judicial distraint.

12/31/2005 0:00

28

LIQUIDATION END DATE

The date when the company/org was liquidated. If is null and start_date is not null, the company is undergoing the liquidation.

12/31/2005 0:00

29

LIQUIDATION START DATE

Start date of liquidation.

12/31/2005 0:00

30

MANAGER CODE

ID of the manager for the organization.

31

MANAGER NAME

Name of manager for the whole company.

32

OTHER INDIVIDUAL CODE

Uniquely identifier of OTHER INDIVIDUAL

33

PARTY ORGANIZATION TYPE CODE

Type code of organization party.

34

PAYMENT ACCOUNT CLOSE DATE

Closing date of the account for payments.

35

PAYMENT ACCOUNT NUMBER

Account number for payments.

36

PAYMENT ACCOUNT OPEN DATE

Opening date of the account for payments.

37

SEAL IMAGE

The image of the Organization's Seal, or the Artificial Person's Signature.

38

STOCK EXCHANGE NAME

Abbreviation of listed companies as used on the stock exchange.

39

TAX EXEMPT STATUS

Indicates if the org. is tax exempt.

40

TERMINATION DATE

Termination date of the company in case of company was founded with termination date.

41

VALIDATION END DATE

Effective date of the deletion of the company's record from the company register.

42

VALIDATION START DATE

Date of the registration of the company' record deletion from the company register

12/31/2005 0:00

43

ACTIVE INDICATOR

Indicates if the party is currently active - which means the party has a current relationship with the carrier.

44

ADDRESS

Address of the party. Redundance to party location history.

45

BARING REASON CODE

Reasons for barring. For example, 1-Credit Limit, 2-Barring period.

46

BUSINESS LEGAL STATUS CODE

A unique identifier for a legal classification of a non-residential Customer.

47

CITY

City of the party. Redundance to party location history.

48

COUNTRY

Country of the party. Redundance to party location history.

49

CUSTOMER INDICATOR

Indicates if the party is a customer. Note: the party may have multiple relationships simultaneously - this flag identifies those parties which has a current account with the Telco.

50

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column

12/31/2005 0:00

51

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column

12/31/2005 0:00

52

PARTY CODE

A code for any person or business that is of interest to the Communications Service Provider

53

PARTY DESC

Description of the party. applicable to both individual and organization. Normally it refer to the full name.

54

PARTY NAME

Name of the party. applicable to both individual and organization. Normally it refer to the full name.

Collector1

55

PARTY TYPE CODE

type code. type code

56

POST CODE

Postcode of the party. Redundance to party location history.

57

SOURCE SYSTEM CODE

SOURCE SYSTEM ID, from which source ERP system this recorded was extracted.

58

STATE

State of the party. Redundance to party location history.

59

STATUS CODE

Current status of party.

Commission Type

Description: COMMISSION TYPE

Commission Type Hierarchies

Standard Commission Type Hierarchy:

Description of image032.gif follows
Description of the illustration image032.gif

Commission Type Levels

Table 3-73 shows Commission Type Total: All Commission Type are most aggregate level of the dimension.

Table 3-73 Commission Type Total

Sr. Number
Attribute
Description

1.

ALL COMMISSION TYPE CODE

Code for All Commission Type.

Table 3-74 shows Commission Type Details: Detail level of the dimension. Stores the Commission Type Information.

Table 3-74 Commission Type Detail

Sr. Number
Attribute
Description
Sample Value

1

COMMISSION TYPE CODE

COMMISSION TYPE CODE.

FLAT

2

COMMISSION TYPE DESC

COMMISSION TYPE DESC.

Flat Rate

3

COMMISSION TYPE NAME

Redemption Type Short Name.

Flat Rate

4

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

Content Type

Description: CONTENT TYPE

Content Type Hierarchies

Standard Content Type Hierarchy:

Description of image033.gif follows
Description of the illustration image033.gif

Content Type Levels

Table 3-75 shows All Content Type: All Content Types are most aggregate level of the dimension.

Table 3-75 All Content Type

Sr. Number
Attribute
Description

1.

ALL CONTENT TYPE CODE

Code for All Content Type.

Table 3-76 shows Content Type Details: Detail level of the dimension. Stores the Content Types Information.

Table 3-76 Content Type Detail

Sr. Number
Attribute
Description
Sample Value

1

CONTENT TYPE CODE

Type of the content: For example: constellation, jokes, and so on.

CONST

2

CONTENT TYPE DESC

Descriptions of content type

Constellation

3

CONTENT TYPE NAME

Name of the content type.

Constellation

4

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

Contract Change Initiator Type

Description: CONTRACT CHANGE INITIATOR TYPE

Contract Change Initiator Type Hierarchies

Standard Contract Change Initiator Type Hierarchy:

Description of image034.gif follows
Description of the illustration image034.gif

Contract Change Initiator Type Levels

Table 3-77 shows Contract Change Initiator Type Total: All Contract Change Initiator type is most aggregate level of the dimension.

Table 3-77 Contract Change InitiatorType Total

Sr. Number
Attribute
Description

1.

ALL CONTENT TYPE CODE

Code for All Content Type.

Table 3-78 shows Contract Change Initiator Type Detail: Detail level of the dimension. Stores the Content Type Information.

Table 3-78 Contract Change Initiator Type Detail

Sr. Number
Attribute
Description
Sample Value

1

CONTRACT CHANGE INITIATOR TYPE CODE

CONTRACT CHANGE INITIATOR TYPE CODE.

CUST

2

CONTRACT CHANGE INITIATOR TYPE DESC

CONTRACT CHANGE INITIATOR TYPE DESC.

Cust

3

CONTRACT CHANGE INITIATOR TYPE NAME

CONTRACT CHANGE INITIATOR TYPE name.

Cust

4

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

Contract Assignment Reason

Description: CONTRACT ASSIGNMENT REASON

Contract Assignment Reason Hierarchies

Standard Contract Assignment Reason Hierarchies:

Description of image035.gif follows
Description of the illustration image035.gif

Contract Assignment Reason Level

Table 3-79 shows Contract Assignment Reason Total: It's not actually hierarchy. It is the top level to aggregate.

Table 3-79 Contract Assignment Reason Total

Sr. Number
Attribute
Description

1

CONTRACT ASSIGNMENT REASON ID

Code of reason

Table 3-80 shows Contract Assignment Reason Detail: Detail level of the Contract Assignment Reason.

Table 3-80 Contract Assignment Reason Detail

Sr. Number
Attribute
Description
Sample Value

1

CONTRACT ASSIGNMENT REASON CODE

Code of reason

CMPLN

2

CONTRACT ASSIGNMENT REASON DESC

Description of reason

Complain

3

CONTRACT ASSIGNMENT REASON NAME

Name of reason

Complain

4

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

Contract

Description: CONTRACT

Contract Hierarchies

Standard Contract Hierarchies:

Description of image036.gif follows
Description of the illustration image036.gif

Contract Levels

Table 3-81 shows Contract Total: This is not really a hierarchical dimension but to provide the summary or aggregate value on month based on the entire Contract.

Table 3-81 Contract Total

Sr. Number
Attribute
Description

1

CONTRACT ID

Id of the contract

Table 3-82 shows Contract Detail: This level represents the detail level information of Contract End Month.

Table 3-82 Contract Detail

Sr. Number
Attribute
Description
Sample Value

1

ACCOUNT CODE

This is usually natural key of the account.

2

ACTUAL COST

Actual cost of the Contract

$2,000.00

3

ACTUAL COST LOCAL

Actual cost of the Contract

$2,000.00

4

ACTUAL COST REPORTING

Actual cost of the Contract

$2,000.00

5

AMORTIZED ACTUAL COST

Amortized cost of the Contract

$2,000.00

6

AMORTIZED ACTUAL COST LOCAL

Amortized cost of the Contract

$2,000.00

7

AMORTIZED ACTUAL COST REPORTING

Amortized cost of the Contract

$2,000.00

8

AMORTIZED STANDARD COST

Amortized Standard Cost of the Contract

$2,000.00

9

AMORTIZED STANDARD COST LOCAL

Amortized Standard Cost of the Contract

$2,000.00

10

AMORTIZED STANDARD COST REPORTING

Amortized Standard Cost of the Contract

$2,000.00

11

AUTOMATIC RENEW INDICATOR

Whether the contract should be automatically renewed when the contract ends.

12

CANCELLATION DATE

The date when customer applied for cancellation.

13

CANCELLATION REASON

Reason of cancel

14

CHANNEL CODE

The unique identifier for each Channel. A Channel identifies each possible link where interaction between the Communications Service Provider and the Customer occurs.

15

CONTRACT CODE

CONTRACT CODE.

zone-1000001

16

CONTRACT DATE

The date when the contract was created.

10/11/2008 0:00

17

CONTRACT END DATE

The expected contract end date.

10/11/2008 0:00

18

CONTRACT NAME

The name assigned to a contract.

zone-1000001

19

CONTRACT START DATE

When the contract was set to start. Customer may define a future time as start date of a new contract (future plan) while using current contract

12/31/2005 0:00

20

CONTRACT TYPE CODE

CONTRACT TYPE CODE

LECNRT

21

CUSTOMER CODE

A code for any person or business that is of interest to the Communications Service Provider.

22

CUSTOMER ORDER NUMBER

A unique system assigned identifier for the Customer Order.

11000001

23

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column.

24

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column.

25

INTERACTION CHANNEL CODE

Uniquely identifier of Interaction Channel

26

INVC PAYMENT TERM TYPE CODE

Code.

27

LEGAL EFFECTIVE DATE

The date on which a contract take effect.

28

ORGANIZATION BUSINESS UNIT CODE

Unique identifier for Business Unit. To identify whether the site is a store, distribution center or warehouse.

29

PARTY CODE

A code for any person or business that is of interest to the Communications Service Provider.

30

PREMIUM ACTUAL COST

The standard cost of contract normally stay in Product Market plan, Here is actual cost for individual contract. This can only be calculated after the contract generated, therefore not from market plan. Note: Customer can use Gift redemption event " to track the cost instead of updating this column. But this is useful if they want to."

$2,000.00

31

PREMIUM ACTUAL COST LOCAL

The standard costs of contract normally stay in Product Market plan, Here is actual cost for individual contract. This can only be calculated after the contract generated, therefore not from market plan. Note: Customer can use Gift redemption event "to track the cost instead of updating this column. But this is useful if they want to."

$2,000.00

32

PREMIUM ACTUAL COST REPORTING

The standard cost of contract normally stay in Product Market plan, Here is actual cost for individual contract. This can only be calculated after the contract generated, therefore not from market plan. Note: Customer can use Gift redemption event "to track the cost instead of updating this column. But this is useful if they want to."

$2,000.00

33

PRODUCT MARKET PLAN CODE

MARKET PLAN CODE.

34

PROMOTION CODE

A unique identifier for a campaign cell.

35

SALES CHANNEL CODE

Link to sales channel to determine sales representatives caring the customer

36

SALES CHANNEL REPRESENTATIVE CODE

SALES CHANNEL REPRESENTATIVE CODE is used to track and detect sales performance on account payment status.

37

STANDARD COST

Standard cost of the Contract

$2,000.00

38

STANDARD COST LOCAL

Standard cost of the Contract

$2,000.00

39

STANDARD COST REPORTING

Standard cost of the Contract

$2,000.00

40

START BILLING DATE

The date when first bill was generated.

41

STATUS CODE

Current Status

42

SUPPORTING DOCUMENT CODE

Large Binary Object (LOB) column to store support document with type of text or image. It can also be a path string to external storage.

Credit Category

Description: CREDIT CATEGORY

Credit Category Hierarchies

Standard Credit Category Hierarchies:

Description of image037.gif follows
Description of the illustration image037.gif

Credit Category Levels

Table 3-83 shows Credit Category Total: Top most level used in the Credit Category dimension for aggregating data for all Credit categories. Attribute at this level is just the id for the level value.

Table 3-83 Credit Category Total

Sr. Number
Attribute
Description

1

CREDIT CATEGORY TOTAL ID

Id of the contract Credit Category Total

Table 3-84 shows Credit Category Detail: The detail or lowest level of the dimension, which actually contains the category values. The attributes for this level are id, descriptions for the level values.

Table 3-84 Credit Category Detail

Sr. Number
Attribute
Description
Sample Value

1

CREDIT CATEGORY CODE

Code for Credit Category.

BAD

2

CREDIT CATEGORY DESC

Description for credit category.

Bad Customer

3

CREDIT CATEGORY NAME

Name for Credit Category.

Bad Customer

4

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column.

12/31/2005 12:00:00 AM

5

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column.

12/31/2005 12:00:00 AM

6

STATUS CODE

Current STATUS CODE, standard SCD2 column.

Customer Revenue Band

Description: CUSTOMER REVENUE BAND

Customer Revenue Band Hierarchies

Standard Customer Revenue Band Hierarchies:

Description of image038.gif follows
Description of the illustration image038.gif

Customer Revenue Band Levels

Table 3-85 shows Customer Revenue Band Total: This is not really a hierarchical dimension but to provide the summary or aggregate value Customer Revenue.

Table 3-85 Customer Revenue Band Total

Sr. Number
Attribute
Description

1

CUSTOMER REVENUE BAND TOTAL ID

Id of Customer Revenue Band Total

Table 3-86 shows Customer Revenue Band Detail: This level represents the detail level information of Customer Revenue Band.

Table 3-86 Customer Revenue Band Detail

Sr. Number
Attribute
Description
Sample Value

1

CUSTOMER REVENUE BAND CODE

Unique identifier for revenue band. For example: 0_1000, 1000_3000.

BAND100

2

CUSTOMER REVENUE BAND DESC

Description revenue band.

Customer Revenue Band 100

3

CUSTOMER REVENUE BAND END VALUE

The end point of a band.

$100.00

4

CUSTOMER REVENUE BAND NAME

Name of revenue band.

Customer Revenue Band 100

5

CUSTOMER REVENUE BAND START VALUE

The start point of a band.

$0.00

6

CUSTOMER REVENUE TYPE CODE

For recharging, rent fee, one time equipment purchase,-.

RCG

7

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

Customer Segment

Description: CUSTOMER SEGMENT

Customer Segment Hierarchies

Standard Customer Segment Hierarchies:

Description of image039.gif follows
Description of the illustration image039.gif

Customer Segment Levels

Table 3-87 shows Customer Segment Total: This is not really a hierarchical dimension but to provide the summary or aggregate value Customer Segment.

Table 3-87 Customer Segment Total

Sr. Number
Attribute
Description

1

CUSTOMER SEGMENT TOTAL ID

Id of Customer Segment Total

Table 3-88 shows Customer Segment Detail: This level represents the detail level information of Customer Segment.

Table 3-88 Customer Segment Detail

Sr. Number
Attribute
Description
Sample Value

1

CUSTOMER SEGMENT CODE

A code used to uniquely identify a grouping of Parties or Accounts for marketing and management issues.

1

2

CUSTOMER SEGMENT DESC

A textual description for a Segment.

SGMNT1

3

CUSTOMER SEGMENT NAME

The name assigned to a Segment.

SGMNT1

4

CUSTOMER SEGMENTATION MODEL CODE

Unique identifier for Customer Segmentation Model

5

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column.

6

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column.

7

IS LEAF INDICATOR

Is leaf is to indicate if the cluster is leaf of the cluster tree.

8

SEGMENT CRITERIA CODE

SEGMENT CRITERIA CODE.

9

SEGMENT DISPERSION

The dispersion of the training data in this segment.

10

STATUS CODE

Current STATUS CODE, standard SCD2 column.

11

SUPPORTING RECORD COUNT

How many customers are included in segment during training, therefore support the cluster.

12

TREE LEVEL

TREE LEVEL in the cluster tree.

6

Dealer

Description: DEALER

Dealer Hierarchies

Standard Dealer Hierarchies:

Description of image040.gif follows
Description of the illustration image040.gif

Dealer Levels

Table 3-89 shows Dealer Total: This is not really a hierarchical dimension but to provide the summary or aggregate value of Dealer.

Table 3-89 Dealer Total

Sr. Number
Attribute
Description

1

DEALER TOTAL ID

Id of dealer

Table 3-90 shows Dealer Detail: This level represents the detail level information of Customer Revenue Band.

Table 3-90 Dealer Detail

Sr. Number
Attribute
Description
Sample Value

1

ADDRESS LOCATION CODE

Unique identifier for Address Location

2

ANNUAL REVENUE

Revenue of the company.

3

ANNUAL REVENUE LOCAL

Revenue of the company.

4

ANNUAL REVENUE REPORTING

Revenue of the company.

5

ANNUAL SALES

Annual sales of Dealer

6

ANNUAL SALES LOCAL

Annual sales of Dealer local

7

ANNUAL SALES REPORTING

Annual sales of Dealer reporting

8

AREA CODE

Code for the Area.

9

BANKRUPTCY END DATE

The end date of bankruptcy. If current date is behind start and end date is null, then the company is undergoing the bankruptcy process.

10

BANKRUPTCY START DATE

start date of bankruptcy.

12/31/2005 12:00:00 AM

11

CAMPAIGN PARTNER CODE

CAMPAIGN PARTNER CODE is the code to track campaign partner.

12

CAMPAIGN PARTNER INDICATOR

To indicator this is a campaign partner. The campaign partner can be an external organization or even another telco operator. The service provider can partner with another service provider if their business are complementary, like 1 wireless operator and 1 local fixed line company. Most of content provider can also partner with the telco for promotion.

13

CHAIRMAN CODE

Connect to Another Person Party who is responsible for this Organization.

14

COMPANY REGISTRY NUMBER

Will be same as Party. National_Identifier. Natural Key for Organization.

15

CONTACT CODE

ID of the contact person for the organization.

16

CONTACT NAME

Contact Employee for organization.

17

CONTRACT DATE

The date when the contract was created.

18

CONTRACT VALID TILL

Validation details

19

COURT CODE

Code of the law of court.

20

DEALER CODE

Uniquely identifier of dealer

21

DEALER NAME

Name of the dealer

22

DISCOUNT ELIGIBLE INDICATOR

Flag represents eligible for discount or not

23

DISCOUNT GROUP CODE

DISCOUNT GROUP CODE.

24

DOMESTIC INDICATOR

For PARTYs that are organizations, this indicates whether the organization is foreign or domestically owned.

25

DUNS NUMBER

DUNS NUMBER is an identifier for organization.

26

EMAIL ADDRESS

Electronic Address of dealer

27

EMPLOYEE COUNT

Total number of employee in the company or organization.

28

EQUITY AMOUNT

The equity value of the company/org.

29

EQUITY AMOUNT LOCAL

The equity value of the company/org.

30

EQUITY AMOUNT REPORTING

The equity value of the company/org.

31

FINAL SETTLEMENT END DATE

End date of final settlement.

32

FINAL SETTLEMENT START DATE

Start date of final settlement.

12/31/2005 0:00

33

JUDICIAL DISTRAINT CODE

Case identifier of the judicial distraint

34

JUDICIAL DISTRAINT DATE

Date of the judicial distraint

35

LIQUIDATION END DATE

The date when the company/org was liquidated. If is null and start_date is not null, the company is undergoing the liquidation.

36

LIQUIDATION START DATE

Start date of liquidation.

12/31/2005 0:00

37

MANAGER CODE

ID of the manager for the organization

38

MANAGER NAME

Name of manager for the whole company

39

OTHER INDIVIDUAL CODE

Unique identifier for Individual

40

PAYMENT ACCOUNT CLOSE DATE

Closing date of the account for payments.

41

PAYMENT ACCOUNT NUMBER

Account number for payments.

42

PAYMENT ACCOUNT OPEN DATE

Opening date of the account for payments.

43

SALES CHANNEL CODE

The unique identifier for each Channel. A Channel identifies each possible link where interaction between the Communications Service Provider and the Customer occurs.

44

SEAL IMAGE

The image of the Organization's Seal, or the Artificial Person's Signature.

45

STOCK EXCHANGE NAME

Abbreviation of listed companies as used on the stock exchange.

46

TAX EXEMPT STATUS

Indicates if the org. is tax exempt.

47

TERMINATION DATE

Termination date of the company in case of company was founded with termination date.

48

VALIDATION END DATE

Effective date of the deletion of the company's record from the company register.

49

VALIDATION START DATE

Date of the registration of the company' record deletion from the company register

12/31/2005 0:00

50

ACTIVE INDICATOR

Indicates if the party is currently active - which means the party has a current relationship with the carrier.

51

ADDRESS

Address of the party. Redundance to party location history.

52

BARING REASON CODE

Reasons for barring, eg,1-Credit Limit, 2-Barring period. Reasons for barring. For example 1-Credit Limit, 2-Barring period

53

BUSINESS LEGAL STATUS CODE

A unique identifier for a legal classification of a non-residential Customer.

54

CITY

City of the party. Redundance to party location history.

55

COUNTRY

Country of the party. Redundance to party location history.

56

CUSTOMER INDICATOR

Indicates if the party is a customer. Note: the party may have multiple relationships simultaneously - this flag identifies those parties which has a current account with the Telco.

57

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column

58

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column

59

PARTY CODE

A code for any person or business that is of interest to the Communications Service Provider.

60

PARTY DESC

Description of the party. applicable to both individual and organization. Normally it refer to the full name.

61

PARTY NAME

Name of the party. Applicable to both individual and organization. Normally it refers to the full name.

62

PARTY TYPE CODE

type code.

63

POST CODE

Postcode of the party. Redundance to party location history.

64

SOURCE SYSTEM CODE

SOURCE SYSTEM ID, from which source ERP system this recorded was extracted.

65

STATE

State of the party. Redundance to party location history.

66

STATUS CODE

Current status of party.

Debt Aging Band

Description: DEBT AGING BAND

Debt Aging Band Hierarchies

Standard Debt Aging Band Hierarchy:

Description of image041.gif follows
Description of the illustration image041.gif

Debt Aging Band Levels

Table 3-91 shows Debt Aging Band Total: Most aggregate level for the Debt Aging Band dimension to see the aggregated value of all the Debt Aging Band.

Table 3-91 Debt Aging Band Total

Sr. Number
Attribute
Description

1.

DEBT AGING BAND ID

Code for Debt Aging Band

Table 3-92 shows Debt Aging Band Detail: There are customers who have not paid or partially paid one or more bills. This is called as aging for the bill payment. Based on the age of unpaid or partial paid bill those amounts are put into different buckets for each customer.

Table 3-92 Debt Aging Band Detail

Sr. Number
Attribute
Description
Sample Value

1

DEBT AGING BAND CODE

Code for Aging Slab.

DAB1

2

DEBT AGING BAND DESC

Description for aging Slab.

Debt Aging Band Between 0 And 4

3

DEBT AGING BAND FROM

4

DEBT AGING BAND NAME

Name for aging Slab.

Band(0-4)

5

DEBT AGING BAND TO

0

6

LANGUAGE CODE

Unique identifier for Language

4

Direct Debit Status Reason

Description: DIRECT DEBIT STATUS REASON

Direct Debit Status Reason Hierarchies

Standard Direct Debt Status Reason Hierarchy:

Description of image042.gif follows
Description of the illustration image042.gif

Direct Debit Status Reason Levels

Table 3-93 shows Direct Debit Status Reason Total: Most aggregate level for the Direct Debit Status Reason dimension to see the aggregated value of all the Direct Debit Status Reason.

Table 3-93 Direct Debit Status Reason Total

Sr. Number
Attribute
Description

1

DIRECT DEBT STATUS REASON ID

Code for Direct Debit Status Reason

Table 3-94 shows Direct Debit Status Reason Detail: All Address Locations are most aggregate level of the dimension.

Table 3-94 Direct Debit Status Reason Detail

Sr. Number
Attribute
Description
Sample Value

1

DIRECT DEBT STATUS REASON CODE

Unique code for Direct Debt Status Reason

ACTV

2

DIRECT DEBT STATUS REASON DESC

Description of Direct Debt Status Reason

Active

3

DIRECT DEBT STATUS REASON NAME

Name for Direct Debt Status Reason

Active

4

LANGUAGE CODE

Unique identifier for Language

Divert Retrieve Type

Description: DIVERT RETRIEVE TYPE

Divert Retrieve type Hierarchies

Standard Divert Retrieve Type Hierarchy:

Description of image043.gif follows
Description of the illustration image043.gif

Divert Retrieve Type Levels

Table 3-95 shows Divert Retrieve Type Total: Most aggregate level for the Divert Retrieve Type Total dimension to see the aggregated value of all the Divert Retrieve Type Total.

Table 3-95 Divert Retrieve Type Total

Sr. Number
Attribute
Description

1.

DIVERT RETRIEVE TYPE TOTAL ID

Code for Divert Retrieve Type Total

Table 3-96 shows Divert Retrieve Type Detail: Call divert retrieve type indicates if the call is a diverted call or a retrieved call and then it can further drill down to define call as diverted to/retrieved from fax, ums or vms.

Subscriber's calls are diverted to the voice mail or UMS mail box according to subscriber instructions or settings. For example, calls can be diverted when subscriber is busy on other call, subscriber has switched off this handset or subscriber is not reachable for the moment.

Subscriber can later retrieve all his calls that are stored on the mailbox by accessing his mailbox through specified numbers or using Internet in case of UMS.

All this traffic generated by diverted calls as well as retrieved calls is to be analyzed based on the type of call such as diverted or retrieved, type of access to retrieve a call and so on.

Call Divert retrieve dimension helps in achieving this by organizing calls as diverted - retrieved calls.

Table 3-96 Divert Retrieve Type Detail

Sr. Number
Attribute
Description
Sample Value

1

DIVERT RETRIEVE SUB TYPE CODE

Call divert/retrieve subtype ID.

2

DIVERT RETRIEVE SUB TYPE DESC

Call divert/retrieve subtype description.

3

DIVERT RETRIEVE SUB TYPE NAME

Call divert/retrieve subtype short description.

4

DIVERT RETRIEVE TYPE CODE

Code for Divert Retrieve Type.

DVRT

5

DIVERT RETRIEVE TYPE DESC

Divert retrieve Type description.

Call Are Diverted To The Mailbox

6

DIVERT RETRIEVE TYPE NAME

Name of Divert retrieve Type.

Diverted Calls

7

LANGUAGE CODE

Unique identifier for Language

Employee

Description: EMPLOYEE

Employee Hierarchies

Standard Employee Hierarchy:

Description of image044.gif follows
Description of the illustration image044.gif

Employee Levels

Table 3-97 shows Employee Total: Most aggregate level for the Employee Total dimension to see the aggregated value of all the Employee Total

Table 3-97 Employee Total

Sr. Number
Attribute
Description

1.

EMPLOYEE TOTAL ID

Code for employee total identifier.

Table 3-98 shows Employee Details: Employee of Carrier. Sub entity of Party individual.

Table 3-98 Employee Detail

Sr. Number
Attribute
Description
Sample Value

1

BILLING ADDRESS EFFECTIVE DATE

Date on which the billing address referenced in the billing_address_id column became active. This facilitates queries such as find customers who changed address in the last 3 months.""

2

BUSINESS DIVISION EXECUTIVE NAME

BUSINESS DIVISION EXECUTIVE LAST NAME is the last name of the business division executive to whom the employee reports to. Like LOB Owner.

3

BUSINESS PHONE NUMBER

Phone number used for business purpose

4

CELL PHONE NO

Redundancy to 'party contact information'

5

CHILDREN COUNT

Number of children

6

CONTACT ADDRESS EFFECTIVE DATE

Date on which the contact address referenced in the billing_address_id column became active. This facilitates queries such as find customers who changed address in the last 3 months.""

7

COST CENTER NUMBER

The cost center to which the bank employee expenses are charged.

8

DATE OF BIRTH

Date of Birth of the individual.

9

DATE OF DEATH

Date of natural person death.

10

DEATH CERTIFICATE CODE

The certification document number for customer's death.

11

DEPENDENTS COUNT

Number of dependents

12

DRIVER LICENSE NUMBER

Driver License Number in most countries.

13

DWELLING SIZE

Size of dwelling

14

DWELLING TENURE

Tenure of dwelling

15

ECONOMICALLY ACTIVE IND

customer is economically active (is not a minor or pensioner and so on.)

16

EDUCATION CODE

The customer highest level of education.

17

EMAIL

Redundancy to 'party contact information'

18

EMPLOYEE CODE

A code for any person or business that is of interest to the Communications Service Provider.

19

EMPLOYEE DESIGNATION CODE

Unique warehouse key, representing the designation

20

EMPLOYEE DISCOUNT GROUP CODE

Unique identifier for Employee Discount Group

21

EMPLOYEE KEY

Key value for each employee

22

EMPLOYEE NUMBER

Internal number for the employee.

23

EMPLOYEE TYPE CODE

Unique identifier for Employee Type

PT

24

EMPLOYEE TYPE DESC

Description of the Employee Type

Part Time

25

EMPLOYEE TYPE NAME

Unique identifier for the Employee Type

Part Time

26

EMPLOYER TAX NUMBER

The tax code of Employer.

27

EMPLOYMENT BEGIN DATE

Start date for the employment.

12/31/2005 12:00:00 AM

28

EMPLOYMENT END DATE

If the employee quit from the Bank, we still hold the information of his past employment

29

EMPLOYMENT EXEMPT IND

An employee exempt from the overtime policies of the University due to the nature of the work, as compared to (Non-Exempt).

Education requirements of the position and salary range. These employees are paid an annual salary and are not customarily eligible for overtime pay.

30

EMPLOYMENT STATUS

EMPLOYEE STATUS is the abbreviated identifier for the employment status. Employee

31

END OF JOB CONTRACT

End date of the customer's job contract (for contracts concluded for definite terms).

32

ETHNIC BACKGROUND

Customer Attribute of an employee

33

ETHNICITY

Classifies the individual for minority reporting purposes.

34

FAMILY NAME IN MAIDEN

Given name in maiden

35

FIRST NAME

First name of a party individual

36

FORM OF EMPLOYMENT

The customer's form of employment (private entrepreneur, employee, civil servant and so on.)

37

GENDER CODE

For PARTYs that are people, this is their GENDER.

For PARTYs that are organizations, this is indicates whether the organization is foreign or domestically owned.

38

GIVEN NAME IN MAIDEN

Given name in maiden

39

HOME TELEPHONE NO

Redundance to 'party contact information'

40

HOUSEHOLD KEY

The code of household which the party belongs to.

41

INCOME

Income of a party individual

42

INCOME LCL

Income of a party individual

43

INCOME RPT

Income of a party individual

44

JOB CONTRACT TYPE

Type of the customer's job contract

45

JOB KEY

Code for job of subscriber.

46

JOB POSITION

job Position.

47

LANGUAGE CODE

Unique identifier for Language

48

LAST NAME

Last name of a party individual

49

LAST PERFORMANCE RATING

This describes the annual rating assigned to the employee.

50

LAST PERFORMANCE RATING DATE

When the last rating is done.

51

LEGAL TITLE TO HOUSING

The customer's legal title to home (rents, owns and so on.)

52

LIVING AT CURRENT ADDRESS SINCE

Date since the customer has lived at the present address.

53

MANAGER CODE

manager's employee code.

54

MARITAL STATUS

CSALADI ALLAPOT. Marital status

55

MARTIAL STATUS CODE

56

MIDDLE NAME

Middle name of a party individual

57

MOTHER FIRST NAME

Mother's first name

58

MOTHER LAST NAME

Mother's last name

59

NAME OF WORKPLACE

Name of workplace

60

NAME PREFIX

Name prefix

For example: Mr, Mrs, Ms, Dr,

61

NAME SUFFIX

Name suffix. For example: PhD, MD, JD, MA

62

NATIONALITY CODE

Code for Nationality of subscriber

63

NUMBER OF EARNERS IN HOUSEHOLD

Number of wage earners in the household.

64

NUMBER OF PERSONS LIVING IN HOUSEHOLD

Number of persons sharing the customer's household.

65

OFFICE TELEPHONE NO

Redundancy to 'party contact information'

66

ORGANIZATION BUSINESS UNIT KEY

67

PERSONAL ID NUMBER

In China, this one will be same as party.national_identifier.

68

PLACE OF BIRTH

Where the person was born.

69

PREVIOUS EMPLOYER TAX NUMBER

Tax number of previous employer.

70

PREVIOUS EMPLOYMENT END DATE

End date of previous job.

71

PREVIOUS EMPLOYMENT START DATE

Start date of previous job.

12/31/2005 12:00:00 AM

72

SOC JOB KEY

73

SOCIAL SECURITY NUMBER

In US, this code will be same as party.national_identifier. Null if some country does not have.

74

SOURCE OF INCOME

Source of income (can typify, may be several)

75

START OF EMPLOYMENT

Start of employment

76

TAX NUMBER

Tax number

77

ACTIVE IND

Activate Indicator

78

ADDRESS

Address

79

BARING REASON CODE

Unique identifier for Baring Reason

80

BUSINESS LEGAL STATUS CODE

A unique identifier for a legal classification of a non-residential Customer.

81

CITY

City of the party. Redundance to party location history.

82

COUNTRY

Country of the party. Redundance to party location history.

83

CUSTOMER IND

Indicator for Customer

84

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column.

85

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column.

86

EMPLOYEE NAME

Name of the employee

87

PARTY DESC

Description for the Party

88

PARTY KEY

Key value for Party

89

PARTY NAME

Name of the Party

90

PARTY TYPE CODE

Unique identifier for Party Type

91

POST CODE

Unique identifier for Post

92

SOURCE SYSTEM KEY

Key value for Source System

93

STATE

State Name

94

STATUS CODE

Current Status

Event Result

Description: EVENT RESULT

Event Result Hierarchies

Standard Event Result Hierarchy:

Description of image045.gif follows
Description of the illustration image045.gif

Event Result Levels

Table 3-99 shows Event Result Total: Most aggregate level for the Event Result dimension to see the aggregated value of all the Event Result.

Table 3-99 Event Result Total

Sr. Number
Attribute
Description

1.

ALL EVENT RESULT ID

Code for Event Result

Table 3-100 shows Event Result Detail: Keep the result of an event. For example,

S: Successful

F: failed

Table 3-100 Event Result Detail

Sr. Number
Attribute
Description
Sample Value

2

EVENT RESULT CODE

The unique identifier of an event result.

FAIL

3

EVENT RESULT DESC

The description of an event result.

Failed

4

EVENT RESULT NAME

The name of an event result.

Failed

5

LANGUAGE CODE

Unique identifier for Language

Event Type

Description: EVENT TYPE

Event Type Hierarchies

Standard Event Type Hierarchies:

Description of image046.gif follows
Description of the illustration image046.gif

Event Type Levels

Table 3-101 shows Event Type Total: Most aggregate level for the Event Type to see the aggregated sales of all the Event Type of all types.

Table 3-101 Event Type Total

Sr. Number
Attribute
Description

1.

ALL EVENT TYPE TOTAL ID

Code for All Event Type

Table 3-102 shows Event Type Detail: This entity keeps all types of events under each category.

Table 3-102 Event Type Detail

Sr. Number
Attribute
Description
Sample Value

1

EVENT CATEGORY CODE

An unique identifier for event class. Examples: A-advertising.

ACCSMTHD

2

EVENT TYPE CODE

A Code used to uniquely identify the type of Event. Examples: M - Marketing, F - Finance.

ACTV

3

EVENT TYPE DESC

A textual description for an Event Type.

Activate

4

EVENT TYPE NAME

The name of type. Examples: Marketing, Finance.

Activate

5

LANGUAGE CODE

Unique identifier for Language

External Operator

Description: EXTERNAL OPERATOR

External Operator Hierarchies

Standard External Operator Hierarchy:

Description of image047.gif follows
Description of the illustration image047.gif

External Operator Levels

Table 3-103 shows All External Operator: Most aggregate level for the External Operator to see the aggregated sales of all the External Operator of all types.

Table 3-103 All External Operator

Sr. Number
Attribute
Description

1.

ALL EXTERNAL OPERATOR ID

Code for All External Operator

Table 3-104 shows External Operator: Other operators. Those information are required when client roam to their territory or are from those operators.

Table 3-104 External Operator

Sr. Number
Attribute
Description
Sample Value

1

ANNUAL REVENUE LCL

Revenue of the company.

2

ANNUAL REVENUE RPT

Revenue of the company.

3

ANNUAL SALES

Sales for annual

4

ANNUAL SALES LCL

Local Sales for annual

5

ANNUAL SALES RPT

Reporting Sales for annual

6

BANKRUPTCY END DATE

The end date of bankruptcy. If current date is behind start and end date is null, then the company is undergoing the bankruptcy process.

7

BANKRUPTCY START DATE

Start date of bankruptcy.

12/31/2005 12:00:00 AM

8.

CAMPAIGN PARTNER CODE

CAMPAIGN PARTNER CODE is the code to track campaign partner.

9

CAMPAIGN PARTNER IND

to indicator this is a campaign partner. The campaign pattern can be an external organization or even another telco operator. The service provider can partner with another service provider if their businesses are complementary, like 1 wireless operator and 1 local fixed line company. Most of content provider can also partner with the telco for promotion.

10

CHAIRMAN CODE

Connect to Another Person Party who is responsible for this Organization.

11

COMPANY REGISTRY NUMBER

Will be same as Party. National_Identifier. Natural Key for Organization.

12

CONTACT CODE

ID of the contact person for the organization.

13

CONTACT NAME

Contact Employee for organization.

14

COUNTRY CODE

Unique identifier for country. For example: USA, UK, CN, JP.

15

COUNTRY DESC

Short Name/description for Governors/Country.

16

COUNTRY NAME

The name of the country associated with this currency.

17

COURT CODE

Code of the law of court.

18

DUNS NUMBER

DUNS NUMBER is an identifier for organization.

19

DOMESTIC IND

For PARTYs that are organizations, this indicates whether the organization is foreign or domestically owned.

20

EMPLOYEE COUNT

Total number of employee in the company or organization.

21

EQUITY AMOUNT

The equity value of the company/org.

22

EQUITY AMOUNT LCL

The equity value of the company/org.

23

EQUITY AMOUNT RPT

The equity value of the company/org.

24

EXTERNAL OPERATOR CODE

Unique identifier for operator. For example: Airtel, CMCC, NTT.

26

EXTERNAL ORGANIZATION TYPE CODE

27

FINAL SETTLEMENT END DATE

End date of final settlement

12/31/2005 0:00

28

FINAL SETTLEMENT START DATE

Start date of final settlement

12/31/2005 0:00

29

JUDICIAL DISTRAINT CODE

Case identifier of the judicial distraint.

30

JUDICIAL DISTRAINT DATE

Date of the judicial distraint.

31

LIQUIDATION END DATE

The date when the company/org was liquidated. If is null and start date is not null, the company is undergoing the liquidation.

12/31/2005 0:00

32

LIQUIDATION START DATE

Start date of liquidation

12/31/2005 0:00

33

MANAGER CODE

ID of the manager for the organization

34

MANAGER NAME

Name of manager for the whole company

35

OPERATOR DESC

Further information with operating country and other details

36

OPERATOR GROUP CODE

Unique identifier for operator type. For example: international, land!-.

37

OPERATOR NAME

The full name of the operator. For example: China Mobile for CMCC.

38

OPERATOR TYPE CODE

Unique identifier for operator type. For example: international, land!-.

LSCL

39

OTHER INDIVIDUAL CODE

Code for individual.

40

PARTY ORGANIZATION TYPE CODE

Unique identifier for Party Organization

41

PAYMENT ACCOUNT CLOSE DATE

Closing date of the account for payments.

42

PAYMENT ACCOUNT NUMBER

Account number for payments.

43

PAYMENT ACCOUNT OPEN DATE

Opening date of the account for payments.

44

SEAL IMAGE

The image of the Organization's Seal, or the Artificial Person's Signature.

45

STOCK EXCHANGE NAME

Abbreviation of listed companies as used on the stock exchange.

46

TAX EXEMPT STATUS

Indicates if the org. is tax exempt

47

TERMINATION DATE

Termination date of the company in case of company was founded with termination date

48

VALID END DATE

Effective date of the deletion of the company's record from the company register

12/31/2005 0:00

49

VALID START DATE

Date of the registration of the company' record deletion from the company register

12/31/2005 0:00

50

ACTIVE IND

Active Indicator

51

ADDRESS

Address

52

BARING REASON CODE

Unique identifier for Baring Reason

53

BUSINESS LEGAL STATUS CODE

Unique identifier for Business Legal Status

54

CITY

City

55

COUNTRY

Country

56

CUSTOMER IND

Customer Indicator

57

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column.

58

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column.

59

PARTY DESC

Description of the party. Applicable to both individual and organization. Normally it refers to the full name.

60

PARTY CODE

Code value for a party.

61

PARTY NAME

Name of the Party

62

PARTY TYPE CODE

Unique identifier for Party

63

POST CODE

Postcode of the party. Redundance to party location history.

64

SOURCE SYSTEM CODE

Code value for source system.

65

STATE

State

66

STATUS CODE

Current Status

ANNUAL REVENUE

Fraud Profile Class

Description: FRAUD PROFILE CLASS

Fraud Profile Class Hierarchies

Standard Fraud Profile Class Hierarchy:

Description of image048.gif follows
Description of the illustration image048.gif

Fraud Profile Class Levels

Table 3-105 shows Fraud Profile Class Total: Most aggregate level for the Fraud Profile Class dimension to see the aggregated value of all the Fraud Profile Class.

Table 3-105 Fraud Profile Class Total

Sr. Number
Attribute
Description

1.

ALL FRAUD PROFILE CLASS ID

Code for All Fraud Profile Class

Table 3-106 shows Fraud Profile Class Detail: The fraud profile class is generalized after certain analysis process over the past network event. New network event therefore can be tagged through the same model to detect if there are suspicious activities.

Table 3-106 Fraud Profile Class Detail

Sr. Number
Attribute
Description

1.

FRAUD PROFILE CLASS CODE

Code of The Fraud Profile Class

2.

FRAUD PROFILE CLASS NAME

Name of The Fraud Profile Class

3.

FRAUD PROFILE CLASS DESCRIPTION

Description of The Fraud Profile Class

LANGUAGE CODE

Geography

Description: GEOGRAPHY ENTITY

Geography Hierarchies

Standard Geography Hierarchy:

Description of image049.gif follows
Description of the illustration image049.gif

Geography Levels

Table 3-107 shows Geography World: World level in GEOGRAPHY hierarchy.

Table 3-107 Geography World

Sr. Number
Attribute
Description
Sample Value

1

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column

2

GEOGRAPHY WORLD CODE

Identifier of world.

3

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

4

GEOGRAPHY WORLD NAME

Name of the geography world.

Table 3-108 shows Geography Region: Region level in GEOGRAPHY hierarchy.

Table 3-108 Geography Region

Sr. Number
Attribute
Description
Sample Value

1

GEOGRAPHY REGION CODE

uniquely identifier of geography region

2

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column

12/31/2005 12:00:00 AM

3

GEOGRAPHY WORLD CODE

Identifier of world.

4

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

5

GEOGRAPHY REGION NAME

Name of the geography region

Table 3-109 shows Geography Sub Region: Sub Region level in GEOGRAPHY hierarchy.

Table 3-109 Geography Sub Region

Sr. Number
Attribute
Description
Sample Value

1

GEOGRAPHY REGION CODE

uniquely identifier of geography region

2

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column

12/31/2005 12:00:00 AM

3

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

4

GEOGRAPHY SUB REGION NAME

name of the sub region

5

GEOGRAPHY SUB REGION CODE

Uniquely identifier of geography sub region

Table 3-110 shows Geography Country: Country level in GEOGRAPHY hierarchy.

Table 3-110 Geography Country

Sr. Number
Attribute
Description
Sample Value

1

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column

12/31/2005 12:00:00 AM

2

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

3

GEOGRAPHY COUNTRY CODE

Uniquely identifier of the country.

4

GEOGRAPHY SUB REGION CODE

Uniquely identifier of geography sub region

5

GEOGRAPHY COUNTRY NAME

Name of the country

Table 3-111 shows Geography State: State level in GEOGRAPHY hierarchy.

Table 3-111 Geography State

Sr. Number
Attribute
Description
Sample Value

1

GEOGRAPHY STATE NAME

Name of state

2

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column

12/31/2005 12:00:00 AM

3

GEOGRAPHY STATE CODE

Uniquely identifier of geography state

4

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

5

GEOGRAPHY COUNTRY CODE

Uniquely identifier of the country.

Table 3-112 shows Geography City: CITY level in GEOGRAPHY hierarchy.

Table 3-112 Geography City

Sr. Number
Attribute
Description
Sample Value

1

GEOGRAPHY CITY NAME

Name of the city

2

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column

12/31/2005 12:00:00 AM

3

GEOGRAPHY STATE CODE

Uniquely identifier of state

4

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

5

GEOGRAPHY CITY CODE

Uniquely identifier of city

6

GEOGRAPHY CITY DESC

CITY DESC.

Table 3-113 shows Geography County: County level in GEOGRAPHY hierarchy.

Table 3-113 Geography County

Sr. Number
Attribute
Description
Sample Value

1

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column

2

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

3

GEOGRAPHY COUNTY CODE

Uniquely identifier of county

4

GEOGRAPHY COUNTY NAME

Name of the county

5

GEOGRAPHY CITY CODE

Uniquely identifier of city

Table 3-114 shows Address Location: Keep all address. It has levels as country, state, city, address and so on.

Table 3-114 Address Location

Sr. Number
Attribute
Description

1

ADDRESS STYLE

Any specific style of the address. It might include the detail like All Capital words, case, font and so on.

2

BUILDING CODE

Uniquely identifier of building

3

ELEVATION

Elevation of the Geographic Location

4

ELEVATION UOM CODE

Uniquely identifier of ELEVATION UOM

5

FLOOR CODE

Uniquely identifier of floor

6

FLOOR NAME

Name of the floor

7

GEOGRAPHY LOCATION CODE

Applicable unique geography ID.

8

GEOGRAPHY REGION CODE

Uniquely identifier of GEOGRAPHY REGION

9

LATITUDE

LATITUDE description

10

PRIMARY EMAIL ADDRESS

Email address

11

REGION NAME

Name of the Reason

12

SUBREGION DESC

description of sub region

13

TAX AUTHORITY CODE

Unique identified for the tax authority

14

WORLD DESC

Description of world

15

WORLD NAME

Name of the world

16

ADDRESS LATITUDE MEASURE

This is the Latitude value of the specified location

17

POSTAL PLUS CODE

Four digit extension to the United States Postal ZIP code.

18

STREET CODE

Uniquely identifier of state

19

CITY DESC

Description of the city

20

FLAT ROOM CODE

Uniquely identifier of the flat room

21

GEOGRAPHY STATE CODE

State of the geography

22

POST OFFICE BOX

PO box if available.

23

STATE DESC

Description of the state

24

STATE NAME

Name of the state

25

ADDRESS LONGITUDE MEASURE

This is the longitude location of the specified address.

26

BUILDING DESC

Description for Building

27

COUNTY DESC

Description for County

28

GEOGRAPHY COUNTRY CODE

Code for Geography Country

29

POSTCODE CODE

Code for Post Code

30

ADDRESS DESCRIPTION

Address description. Textual description of the address.

31

ADDRESS TYPE CODE

Unique identifier for the address type.

32

BUILDING NAME

Name for Building

33

COUNTY NAME

Name for County

34

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column.

35

FLAT ROOM DESC

Description for Flat Room

36

GEOGRAPHY COUNTY CODE

Code for Geography County

37

GEOGRAPHY ENTITY CODE

unique geography identifier. A unique identifier for the geography entities, could be a system generated unique key for geography entity

38

REGION DESC

Description for Region

39

WORLD CODE

Description for World

40

ADDRESS LINE 2

Address. Line 2 of the detailed postal address

41

ADDRESS LINE 3

Address. Line 3 of the detailed postal address

42

LONGITUDE

The angular distance between a point on any meridian and the prime meridian at Greenwich

43

PRIMARY ADDRESS TELEPHONE

Telephonic address

44

STATUS CODE

An indicator of the address current status. For instance, this address may be valid, invalid, temporary, and so on.

45

ADDRESS LINE 1

Address. Line one of detail postal address

46

ADDRESS LINES PHONETIC

Phonetic or Kana representation of the Kanji address lines (used in Japan).

47

COUNTRY NAME

Name for Country

48

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column.

49

EMPLOYEE CODE

Code for Employee

50

FLOOR DESC

Description for Floor

51

SUBREGION NAME

Name for Subregion

52

ADDRESS LOCATION CODE

unique identifier for the address.

53

CITY NAME

Name for City

54

COUNTRY DESC

Description for Country

55

FLAT ROOM NAME

Name for Flat Room

56

GEOGRAPHY CITY CODE

Code for Geography City

57

GEOGRAPHY SUBREGION CODE

Code for Geography Subregion

58

STREET DESC

Description for Street

59

STREET NAME

Name for Street

60

TIME ZONE CODE

Unique Identifier for time zone.

Give Away Type

Description: GIVE AWAY TYPE

Give Away Type Hierarchies

Standard Give Away Hierarchy:

Description of image050.gif follows
Description of the illustration image050.gif

Give Away Type Levels

Table 3-115 shows All Give Away Type: All Give Away are most aggregate level of the dimension.

Table 3-115 All Give Away Type

Sr. Number
Attribute
Description

1.

ALL GIVE AWAY TYPE CODE

Code for All Give Away Type.

Table 3-116 shows Give Away Type Detail: Detail level of the dimension. Stores the Give Away Type Detail Information.

Table 3-116 Give Away Type Detail

Sr. Number
Attribute
Description

1.

GIVE AWAY TYPE CODE

Code for Give Away type

2.

GIVE AWAY TYPE DESC

Description of the Give Away Type

3.

GIVE AWAY TYPE NAME

Name of the Give Away type

4.

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

GPRS Services

Description: GPRS SERVICE

GRPS Service Hierarchies

Standard GRPS Service Hierarchy:

Description of image051.gif follows
Description of the illustration image051.gif

GPRS Service Levels

Table 3-117 shows GRRS Services Total: All GPRS Service are most aggregate level of the dimension.

Table 3-117 GRRS Services Total

Sr. Number
Attribute
Description

1.

ALL GPRS SERVICE CODE

Code for All GPRS Service.

Table 3-118 shows GRRS Services: Detail level of the dimension. Stores the GPRS Service Detail Information.

Table 3-118 GRRS Services Detail

Sr. Number
Attribute
Description

1.

EFFECTIVE FROM DATE

Active from. Standard SCD field,

2.

EFFECTIVE TO DATE

Date the party left the program. Will be null if the party is currently a member of the program.

3.

EQUIPMENT FUNCTIONALITY CODE

The code of function

4.

GPRS SERVICE CODE

GPRS service code

5.

GPRS SERVICE DESC

GPRS service description

6.

GPRS SERVICE NAME

GPRS service name

7.

IN PLATFORM CODE

IN PLATFORM CODE.

8.

NETWORK CODE

Identifier of the network.

9.

PRODUCT CODE

The unique identifier of product.

10.

PRODUCT DESC

Full Description.

11.

PRODUCT GROUP CODE

The unique identifier of product group

12.

PRODUCT NAME

Product name.

13.

PRODUCT PACKAGE CHARGE TYPE CODE

The unique identifier of product package charge type.

14.

PRODUCT PACKAGE TYPE CODE

Code for product package type

15.

PRODUCT TYPE CODE

Retrofitted from column PRODUCT_KEY of table FACT_MARKET_SHARE

16.

STATUS CODE

An indicator of the address current status. For instance, this address may be valid, invalid, temporary, and so on.

PRODUCT RATING PLAN TYPE CODE

Handset Model

Description: HANDSET MODEL

Handset Model Hierarchies

Standard Handset Model Hierarchy:

Description of image052.gif follows
Description of the illustration image052.gif

Handset Model Levels

Table 3-119 shows Handset Model Total: All Handset Model are most aggregate level of the dimension.

Table 3-119 Handset Model Total

Sr. Number
Attribute
Description

1.

HANDSET MODEL TOTAL CODE

Code for All Handset Model.

Table 3-120 shows Handset Model Detail: Detail level of the dimension. Stores the Handset Model Detail Information.

Table 3-120 Handset Model Detail

Sr. Number
Attribute
Description

1.

AVAILABLE FOR SALE DATE

The date when this ITEM becomes available for sale. For example, certain books have specific publication dates, music entertainment release dates.

2.

BRAND CODE

Unique Identifier for a item brand

3.

BRAND NAME

One Item can have one brand name. One brand name can extend to multiple items. A unique name to denote a class of Items as a product of a single supplier or manufacturer. The brand can include private label Items.

4.

COMMISSION IND

A flag to indicate whether this ITEM has a commission related to it or not

5.

CUSTOMER USAGE INDICATOR

Indicates whether equipment should be used by customer, otherwise for service provider.

6.

DISCOUNT IND

A flag to indicate whether this ITEM can be discounted.

7.

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

8.

EFFECTIVE TO DATE

Date the party left the program. Will be null if the party is currently a member of the program.

9.

EQUIPMENT CODE

EQUIPMENT CODE.

10.

EQUIPMENT DESC

EQUIPMENT DESC.

11.

EQUIPMENT FUNCTIONALITY CODE

The code of function

12.

EQUIPMENT NAME

EQUIPMENT NAME.

13.

HANDSET BRAND CODE

Code for Handset Brand.

14.

HANDSET BRAND DESC

Description of the Handset Brand.

15.

HANDSET BRAND NAME

Name of the Handset Brand.

16.

HANDSET MODEL CODE

The date when this ITEM becomes available for sale. For example, certain books have specific publication dates, music entertainment release dates.

17.

HANDSET MODEL DESC

Description of Handset Model.

18.

HANDSET MODEL NAME

Name of the Handset Model.

19.

IN PLATFORM CODE

IN PLATFORM CODE.

20.

INVENTORY IND

Indicates whether an item is an inventory item or a non-inventory item (such as gift certificates, labor)

21.

ITEM CLUSTER CODE

Surrogate key used to identify an Item cluster. This column is used for Behavior Profiling.

22.

ITEM CODE

Unique identifier for item type.

23.

ITEM TYPE CODE

Unique identifier for item type.

24.

MERCHANDISE IND

Indicates whether the item's sales are financially tracked in the stock ledger.

25.

NETWORK CODE

Identifier of the network.

26.

PERISHABLE IND

Indicates whether the item is perishable.

27.

PRICE AUDIT IND

An indicator to denote whether the ITEM was validated (scanned) during verification of the ITEM table.

28.

PRIMARY ALTERNATE ITEM NAME

Default Alternate Item Name

29.

PRIMARY ALTERNATE ITEM NUMBER

Default Alternate Item Number

30

PRODUCT CODE

Description of Handset Model.

31.

PRODUCT GROUP CODE

Code for Product Group.

32.

PRODUCT NAME

Product name.

33.

PRODUCT PACKAGE CHARGE TYPE CODE

Code. For example: CMBND

34.

PRODUCT PACKAGE TYPE CODE

Identifier for the offer. For example: Individual.

35.

PRODUCT RATING PLAN TYPE CODE

Identifier for the offer.

36.

PRODUCT TYPE CODE

Code. For example CALL

37.

RECIPE IND

The recipe identifier that is associated to the selling item.

38.

SECURITY REQUIRED TYPE CODE

A code that defines the security environment and procedures required for receiving, displaying and selling the item. This is for high-priced merchandise like jewelry, certain prescription drugs, ordinance, fireworks, and so on.

39.

SELLABLE IND

Indicates whether the item can be sold. If 'N', then the only analysis available is on customer order lines of type partial within Customer Order Management

40.

SHRINK IND

An indicator to denote if the ITEM could loose weight from the time of order until the time of receipt

41.

STATUS CODE

An indicator of the address current status. For instance, this address may be valid, invalid, temporary, and so on.

42.

STOP SALE IND

Indicates that sale of the item should be stopped immediately at the location.

43.

STORE REORDERABLE IND

Indicates whether the store may re-order the item.

44.

SUBSTITUTE IDENTIFIED IND

An ITEM for which there is a substitute available for sale within the RETAIL STORE

45.

SWELL IND

An indicator to indicate if the ITEM may gain weight or swell from time of order to time of receipt.

46.

TAX EXEMPT CODE

A code to denote the tax exemption status from sales and use tax. The codes refer to the UCC code

47.

UNIT PRICE FACTOR

The number of units of measure per selling unit. Used as the divisor when calculating the ITEMs unit retail price. For example: $1.67 per pound or $2.59 for 32 fl. oz.

48.

UOM CODE

The code used to specify the units in which a value is being expressed, or manner in which a measurement has been taken. This code relates to the UCC data element 355.

49.

VENDOR CODE

The vendor who provide this product. Here product should be an product item. For example: handset, STB

50.

VENDOR SITE CODE

Unique identifier or the Vendor Site

PRODUCT DESC

MODEL TYPE CODE

IN Platform

Description: IN PLATFORM

IN Platform Hierarchies

Standard IN Platform Hierarchy:

Description of image054.gif follows
Description of the illustration image054.gif

IN Platform Level

Table 3-121 shows IN Platform Total: All IN Platform are most aggregate level of the dimension.

Table 3-121 IN Platform Total

Sr. Number
Attribute
Description

1.

ALL IN PLATFORM CODE

Code for All IN Platform.

Table 3-122 shows IN Platform Detail: Detail level of the dimension. Stores the IN Platform Detail Information.

Table 3-122 IN Platform Detail

Sr. Number
Attribute
Description
Sample Value

1.

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

2.

EFFECTIVE TO DATE

Date the party left the program. Will be null if the party is currently a member of the program.

12/31/2005 12:00:00 AM

3.

IN PLATFORM CODE

Id for IN Platform.

5101

4.

IN PLATFORM DESC

IN Platform description.

5.

IN PLATFORM NAME

IN Platform name.

6.

NETWORK CODE

The network which is used by this platform

1

8.

STATUS CODE

An indicator of the address current status. For instance, this address may be valid, invalid, temporary, and so on.

Initiative Type

Description: INITIATIVE TYPE

Initiative Type Hierarchies

Standard Initiative Type Hierarchy:

Description of image056.gif follows
Description of the illustration image056.gif

Initiative Type Levels

Table 3-123 shows Initiative Type Total: All Initiative Type are most aggregate level of the dimension.

Table 3-123 Initiative Type Total

Sr. Number
Attribute
Description

1.

ALL INITIATIVE TYPE CODE

Code for All Initiative Type.

Table 3-124 shows Initiative Type Detail: Detail level of the dimension. Stores the Initiative Type Detail Information.

Table 3-124 Initiative Type Detail

Sr. Number
Attribute
Description

1.

INITIATIVE TYPE CODE

The initiative type identifier.

2.

INITIATIVE TYPE NAME

The initiative type name.

3.

INITIATIVE TYPE DESC

The initiative type description

4.

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

Interaction Channel

Description: INTERACTION CHANNEL

Interaction Channel Hierarchies

Standard Interaction Channel Hierarchy:

Description of image057.gif follows
Description of the illustration image057.gif

Interaction Channel Levels

Table 3-125 shows Interaction Channel Total: All Initiative Type are most aggregate level of the dimension.

Table 3-125 Interaction Channel Total

Sr. Number
Attribute
Description

1.

ALL INTERACTION CHANNEL CODE

Code for All Interaction Channel.

Table 3-126 shows Interaction Channel Detail: Detail level of the dimension. It Stores the Interaction Channel Detail Information.

Table 3-126 Interaction Channel Detail

Sr. Number
Attribute
Description
Sample Value

1.

CAPACITY QUANTITY

The number of transaction that a Channel can handle, at a point of time.

2.

CHANNEL CODE

A unique identifier for channel

3.

CHANNEL DESC

Description for Channel

4.

CHANNEL NAME

The name assigned to a channel.

SHOP

5.

CHANNEL TYPE CODE

A code used to uniquely identify a major grouping of Channels. Examples: M - MailT - Telephone TV - Television.

SLCHNL

6.

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

7.

EFFECTIVE TO DATE

Date the party left the program. Will be null if the party is currently a member of the program.

12/31/2005 12:00:00 AM

8.

INTERACTION CHANNEL CODE

A code for Interaction channel

9.

PARTY CODE

A code for any person or business that is of interest to the Communications Service Provider.

10.

PARTY TYPE CODE

PARTY TYPE CODE.

ORG

11.

STATUS CODE

An indicator of the address current status. For instance, this address may be valid, invalid, temporary, and so on. An indicator of the address current status. For instance, this address may be valid, invalid, temporary, and so on.

Internet Service Provider

Description: An Internet service provider (ISP), also sometimes referred to as an Internet Access Provider (IAP), is a company that offers its customers access to the Internet. The ISP connects to its customers using a data transmission technology appropriate for delivering Internet Protocol datagrams, such as dial-up, DSL, cable modem, wireless, or dedicated high-speed interconnects.

This entity relates an ISP to the Communications Service Provider through a "business" relationship. This entity assigns the definition of the relationship, in entity ISP BUSINESS, with the corresponding ISP.

ISP Usage Events records traffic details of each session the user conducts with the Internet Service Provider ISP. The entity documents the connect and disconnect date/time as well as the number of local and international bytes downloaded as well uploaded. There will typically be multiple rows for each long running session. The entity will be implementation dependent, but normally there will be a record generate each hour - all records for the one session will have the same connect and disconnect date times, but the event start/ed date times will identify the period that the usage (bytes) covers.

Internet Service Provider Hierarchies

Standard Internet Service Provider Hierarchy:

Description of image055.gif follows
Description of the illustration image055.gif

Internet Service Provider Levels

Table 3-127 shows Internet Service Provider Total: All Internet Service Provider are most aggregate level of the dimension.

Table 3-127 Internet Service Provider Total

Sr. Number
Attribute
Description

1.

ALL INTERNET SERVICE PROVIDER CODE

Code for Internet Service Provider.

Table 3-128 shows Internet Service Provider Detail: Detail level of the dimension. It Stores the Internet Service Provider Detail information.

Table 3-128 Internet Service Provider Detail

Sr. Number
Attribute
Description
Sample Value

1.

ANNUAL REVENUE

Revenue of the company.

2.

ANNUAL REVENUE LOCAL

Revenue of the company in local currency.

3.

ANNUAL REVENUE REPORTING

Revenue of the company in reporting currency.

4.

ANNUAL SALES

Sales of the company

5.

ANNUAL SALES LOCAL

Sales of the company in local currency

6.

ANNUAL SALES REPORTING

Sales of the company in reporting currency

7.

BANKRUPTCY END DATE

The end date of bankruptcy. If current date is behind start and end date is null, then the company is undergoing the bankruptcy process.

12/31/2005 12:00:00 AM

8.

BANKRUPTCY START DATE

start date of bankruptcy.

12/31/2005 12:00:00 AM

9.

CHAIRMAN CODE

Connect to Another Person Party who is responsible for this Organization.

10.

COMPANY REGISTRY NUMBER

Will be same as Party. National_Identifier. Natural Key for Organization.

11.

CONTACT CODE

ID of the contact person for the organization.

12.

CONTACT NAME

Contact Employee for organization.

13.

COURT CODE

Code of the law of court.

14.

DOMESTIC INDICATOR

For PARTYs that are organizations, this indicates whether the organization is foreign or domestically owned.

15.

DUNS NUMBER

DUNS NUMBER is an identifier for organization.

16.

EMPLOYEE COUNT

Total number of employee in the company or organization.

17.

EQUITY AMOUNT

The equity value of the company/org.

18.

EQUITY AMOUNT LOCAL

The equity value of the company/org.

19.

EQUITY AMOUNT REPORTING

The equity value of the company/org.

20.

EXTERNAL ORGANIZATION TYPE CODE

code for external organization type

21.

FINAL SETTLEMENT END DATE

End date of final settlement.

12/31/2005 12:00:00 AM

22.

FINAL SETTLEMENT START DATE

Start date of final settlement.

12/31/2005 12:00:00 AM

23.

ISP BUSINESS LICENSE CODE

The ISP business license code issued by regulation authorities.

TYP1

24.

ISP CODE

Unique key for internet service provider

1

25.

ISP TYPE CODE

unique key for internet service provider type.

TYP1

26.

JUDICIAL DISTRAINT CODE

Case identifier of the judicial distraint.

27.

JUDICIAL DISTRAINT DATE

Date of the judicial distraint

12/31/2005 12:00:00 AM

28

LIQUIDATION END DATE

The date when the company/org was liquidated. If is null and start date is not null, the company is undergoing the liquidation

12/31/2005 12:00:00 AM

29

LIQUIDATION START DATE

Start date of liquidation

12/31/2005 12:00:00 AM

30

MANAGER CODE

ID of the manager for the organization

31.

MANAGER NAME

Name of manager for the whole company.

32.

OTHER INDIVIDUAL CODE

code for other individual

33.

PARTY ORGANIZATION TYPE CODE

unique key for organization type party

Individual

34.

PAYMENT ACCOUNT CLOSE DATE

Closing date of the account for payments.

12/31/2005 12:00:00 AM

35.

PAYMENT ACCOUNT NUMBER

Account number for payments.

36.

PAYMENT ACCOUNT OPEN DATE

Opening date of the account for payments.

12/31/2005 12:00:00 AM

37.

SEAL IMAGE

The image of the Organization's Seal, or the Artificial Person's Signature.

38.

STOCK EXCHANGE NAME

Abbreviation of listed companies as used on the stock exchange.

39.

TAX EXEMPT STATUS

Indicates if the org. is tax exempt.

40.

TERMINATION DATE

Termination date of the company in case of company was founded with termination date.

12/31/2005 12:00:00 AM

41.

VALIDATION END DATE

Effective date of the deletion of the company's record from the company register.

12/31/2005 12:00:00 AM

42.

VALIDATION START DATE

Date of the registration of the company' record deletion from the company register.

12/31/2005 12:00:00 AM

ADDRESS

PARTY CODE

PARTY TYPE CODE

BUSINESS LEGAL STATUS CODE

SOURCE SYSTEM CODE

BARING REASON CODE

POST CODE

STATUS CODE

CITY

STATE

COUNTRY

PARTY NAME

PARTY DESC

ACTIVE INDICATOR

CUSTOMER INDICATOR

EFFECTIVE FROM DATE

EFFECTIVE TO DATE

Invoice Adjustment Reason

Description: INVOICE ADJUSTMENT REASON

Invoice Adjustment Reason Hierarchies

Standard Invoice Adjustment Reason Hierarchy:

Description of image058.gif follows
Description of the illustration image058.gif

Invoice Adjustment Reason Levels

Table 3-129 shows Invoice Adjustment Reason Total: All Invoice Adjustment Reason are most aggregate level of the dimension.

Table 3-129 Invoice Adjustment Reason Total

Sr. Number
Attribute
Description

1.

ALL INVOICE ADJUSTMENT REASON CODE

Code for All Invoice Adjustment Reason.

Table 3-130 shows Invoice Adjustment Reason Detail: Detail level of the dimension. It Stores the Invoice Adjustment Reason Detail Information.

Table 3-130 Invoice Adjustment Reason Detail

Sr. Number
Attribute
Description
Sample Value

2.

INVOICE ADJUSTMENT RSN CODE

A unique identifier for reason

CMPLN

3.

INVOICE ADJUSTMENT RSN DESC

Description for reason

Customer complain

4.

INVOICE ADJUSTMENT RSN NAME

The name for invoice adjustment.

Customer complain

5.

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

Invoice Adjustment Type

Description: INVOICE ADJUSTMENT TYPE

Invoice Adjustment Type Hierarchies

Standard Invoice Adjustment Type Hierarchy:

Description of image059.gif follows
Description of the illustration image059.gif

Invoice Adjustment Type Levels

Table 3-131 shows Invoice Adjustment Type Total: All Invoice Adjustment Type are most aggregate level of the dimension.

Table 3-131 Invoice Adjustment Type Total

Sr. Number
Attribute
Description

1.

ALL INVOICE ADJUSTMENT TYPE CODE

Code for All Invoice Adjustment Type.

Table 3-132 shows Invoice Adjustment Type Detail: Detail level of the dimension. It Stores the Invoice Adjustment Type Detail Information.

Table 3-132 Invoice Adjustment Type Detail

Sr. Number
Attribute
Description
Sample Value

1.

INVOICE ADJUSTMENT TYPE CODE

A code used to uniquely identify a adjustment type.

CMPGN

2.

INVOICE ADJUSTMENT TYPE DESC

A textual description of the adjustment Type.

Invoice Adjustment because of Specific Campaign in certain time period

3.

INVOICE ADJUSTMENT TYPE NAME

The name assigned to a adjustment Type.

Campaign

4.

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

Item

Description: ITEM

Item Hierarchies

Standard Item Hierarchy:

Description of image060.gif follows
Description of the illustration image060.gif

Item Levels

Table 3-133 shows Item Total: All Items are most aggregate level of the dimension.

Table 3-133 Item Total

Sr. Number
Attribute
Description

1.

ALL ITEM CODE

Code for All Items.

Table 3-134 shows Item Detail: Detail level of the dimension. It Stores the Item Detail Information.

Table 3-134 Item Detail

Sr. Number
Attribute
Description
Sample Value

1.

AVAILABLE FOR SALE DATE

The date when this ITEM becomes available for sale. For example, certain books have specific publication dates, music entertainment release dates.

12/31/2005 12:00:00 AM

2.

BRAND CODE

Unique Identifier for a item brand

3.

BRAND NAME

One Item can have one brand name. One brand name can extend to multiple items.

A unique name to denote a class of ITEMs as a product of a single supplier or manufacturer. The brand can include private label ITEMs.

4.

COMMISSION IND

A flag to indicate whether this ITEM has a commission related to it or not

5.

DISCOUNT IND

A flag to indicate whether this ITEM can be discounted.

6.

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

7.

EFFECTIVE TO DATE

Date the party left the program. Will be null if the party is currently a member of the program.

12/31/2005 12:00:00 AM

8.

EQUIPMENT FUNCTIONALITY CODE

The code of function

9.

IN PLATFORM CODE

IN PLATFORM CODE.

10.

ITEM CODE

Unique identifier for item type.

ITEM-1

11.

ITEM TYPE CODE

Unique identifier for item type.

CELL

12.

MERCHANDISE IND

Indicates whether the item's sales are financially tracked in the stock ledger.

13.

MODEL TYPE CODE

Unique Identifier for Model Type

14.

NETWORK CODE

Identifier of the network.

15.

PERISHABLE IND

Indicates whether the item is perishable.

16.

PRIMARY ALTERNATE ITEM NAME

Default Alternate Item Name

17.

PRIMARY ALTERNATE ITEM NUMBER

Default Alternate Item Number

18.

PRODUCT CODE

PRODUCT CODE.

19.

PRODUCT DESC

Full Description.

Broadband

20.

PRODUCT GROUP CODE

21.

PRODUCT NAME

Product name.

BRDBND

22.

PRODUCT PACKAGE CHARGE TYPE CODE

Code.

23.

PRODUCT PACKAGE TYPE CODE

Identifier for the offer.

24.

PRODUCT RATING PLAN TYPE CODE

Identifier for the offer.

25.

PRODUCT TYPE CODE

Retrofitted from column PRODUCT_KEY of table FACT_MARKET_SHARE

NETWORK

26.

RECIPE IND

The recipe identifier that is associated to the selling item.

27.

SECURITY REQUIRED TYPE CODE

A code that defines the security environment and procedures required for receiving, displaying and selling the item. This is for high-priced merchandise like jewelry, certain prescription drugs, ordinance, fireworks, and so on.

28.

SHRINK IND

An indicator to denote if the ITEM could loose weight from the time of order until the time of receipt

29.

STOP SALE IND

Indicates that sale of the item should be stopped immediately at the location.

30.

STORE REORDERABLE IND

Indicates whether the store may re-order the item.

31.

SUBSTITUTE IDENTIFIED IND

An ITEM for which there is a substitute available for sale within the RETAIL STORE

32.

SWELL IND

An indicator to indicate if the ITEM may gain weight or swell from time of order to time of receipt.

33.

TAX EXEMPT CODE

A code to denote the tax exemption status from sales and use tax. The codes refer to the UCC code

34.

UNIT PRICE FACTOR

The number of units of measure per selling unit. Used as the divisor when calculating the ITEMs unit retail price. For example: $1.67 per pound or $2.59 for 32 fl. oz.

35.

UOM CODE

The code used to specify the units in which a value is being expressed, or manner in which a measurement has been taken. This code relates to the UCC data element 355.

36.

VENDOR CODE

The vendor who provide this product. Here product should be an product item. For example: handset, STB

37.

VENDOR SITE CODE

Unique identifier or the Vendor Site

ITEM CLUSTER CODE

INVENTORY IND

SELLABLE IND

PRICE AUDIT IND

Legal Process Status Type

Description: LEGAL PROCESS STATUS TYPE

Legal Process Status Type Hierarchies

Standard Legal Process Status Type Hierarchy:

Description of image061.gif follows
Description of the illustration image061.gif

Legal Process Status type Levels

Table 3-135 shows Legal Process Status Type Total: All Legal Process Status Type are most aggregate level of the dimension.

Table 3-135 Legal Process Status Type Total

Sr. Number
Attribute
Description

1.

ALL LEGAL PROCESS STATUS TYPE CODE

Code for All Legal Process Status Type.

Table 3-136 shows Legal Process Status Type Detail: Detail level of the dimension. It Stores the Legal Process Status Type Detail Information.

Table 3-136 Legal Process Status Type Detail

Sr. Number
Attribute
Description

1.

LEGAL PROCESS STATUS TYPE CODE

Legal Process Started Indicator.

2.

LEGAL PROCESS STATUS TYPE DESC

Description for Legal Process Status Type.

3.

LEGAL PROCESS STATUS TYPE NAME

Name for Legal Process Status Type.

4.

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

Loyalty Program Channel

Description: LOYALTY PROGRAM CHANNEL

Loyalty Program Channel Hierarchies

Standard Loyalty Program Channel Hierarchy:

Description of image062.gif follows
Description of the illustration image062.gif

Loyalty Program Channel Levels

Table 3-137 shows Loyalty Program Channel Total: All Loyalty Program Channel are most aggregate level of the dimension.

Table 3-137 Loyalty Program Channel Total

Sr. Number
Attribute
Description

1.

ALL LOYALTY PROGRAM CHANNEL CODE

Code for All Loyalty Program Channel.

Table 3-138 shows Loyalty Program Channel Detail: Detail level of the dimension. It Stores the Loyalty Program Channel Detail Information.

Table 3-138 Loyalty Program Channel Detail

Sr. Number
Attribute
Description
Sample Value

1.

CAPACITY QUANTITY

The number of transaction that a Channel can handle, at a point of time.

2.

CHANNEL CODE

The unique identifier for each Channel. A Channel identifies each possible link where interaction between the Communications Service Provider and the Customer occurs.

-1,1

3.

CHANNEL DESC

Description for that channel can be handle.

4.

CHANNEL NAME

The name assigned to a channel.

5.

CHANNEL TYPE CODE

Unique identifier of the channel type

LYLTCHNL

6.

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

7.

EFFECTIVE TO DATE

Date the party left the program. Will be null if the party is currently a member of the program.

12/31/2005 12:00:00 AM

8.

LOYALTY PROGRAM CHANNEL CODE

Code for Loyalty Program Channel

-1,1

9.

PARTY CODE

A code for any person or business that is of interest to the Communications Service Provider.

10.

PARTY TYPE CODE

PARTY TYPE CODE.

CUSTOMER

11.

STATUS CODE

An indicator of the address current status. For instance, this address may be valid, invalid, temporary, and so on. An indicator of the address current status. For instance, this address may be valid, invalid, temporary, and so on.

Market Area

Description: MARKET AREA

Market Area Hierarchies

Standard Market Area Hierarchy:

Description of image063.gif follows
Description of the illustration image063.gif

Market Area Levels

Table 3-139 shows Market Area Total: All Market Area are most aggregate level of dimension.

Table 3-139 Market Area Total

Sr. Number
Attribute
Description

1.

ALL MARKET AREA CODE

Code for All Market Area's

Table 3-140 shows Market Area Detail: Detail level of the dimension. It Stores the Market Area Information.

Table 3-140 Market Area Details

Sr. Number
Attribute
Description

1

MARKET AREA CODE

Market Area identifier

2

SERVICE COVERAGE AREA CODE

COVERAGE AREA CODE. Unique identifier for the coverage area

3

ORGANIZATION BUSINESS UNIT CODE

Market Area identifier

4

SECONDARY ZIP CODE

Applicable only in case the zip code spans across multiple zip codes

5

MARKET AREA LEVEL CODE

Identifier for the community or logical segment under the market area.

6

MARKET AREA UOM CODE

This is the unit of measure used to measure the size of the trading area, that is, miles, minutes, and so on.

7

PRIMARY ZIP CODE

Primary Zip code for the market area.

8

MARKET AREA NAME

Name of the market area.

9

MARKET AREA DESC

Description of the market area.

10

AREA TYPE

Type of Trading Area- Urban- Suburban

11

COUNTY

County / District

12.

CITY

City in which the market area belongs

13.

STATE

State or province

14.

COUNTRY

Country of the market area

15.

PULL FACTOR

Ratios that estimate the proportion of local sales that occurs in a town

16.

TRADE AREA CAPTURE

An estimate of the number of people who shop in the local area during a certain period

17.

TOTAL POPULATION

Estimated total population of the market area

18.

STATE POPULATION

Estimated state population of the market area.

19.

STATE SALES

Estimated total retail sales in the state

20.

STATUS CODE

Unique Identifier of the status.

DEFINITION TYPE

AREA SHAPE

STATE SALES LOCAL

STATE SALES REPORTING

EFFECTIVE FROM DATE

EFFECTIVE TO DATE

Network

Description: NETWORK

Network Hierarchies

Standard Network Hierarchy:

Description of image064.gif follows
Description of the illustration image064.gif

Network Levels

Table 3-141 shows Network Total: All Networks are most aggregate level of dimension.

Table 3-141 Network Total

Sr. Number
Attribute
Description

1.

ALL NETWORK CODE

Code for All Network's.

Table 3-142 shows Network Detail: Detail level of the dimension. It stores the Network information.

Table 3-142 Network Detail

Sr. Number
Attribute
Description
Sample Value

1.

NETWORK CODE

Identifier of the network

CDMA

2.

NETWORK TYPE CODE

A code that uniquely identifies the type of technology (for example GSM, CDMA) being used by a network.

CDMA

3.

EXTERNAL OPERATOR CODE

Unique identifier for operator. For example: Airtel, CMCC, NTT.

4.

SERVICE PROVIDER CODE

Code of the service provider of the network.

5.

NETWORK NAME

Name of the network

CDMA

6.

NETWORK DESC

A textual description that describes the type of technology (for example GSM, CDMA) being used by a network.

CDMA

Network Element

Description: NETWORK ELEMENT

Network Element Hierarchies

Standard Network Element Hierarchy:

Description of image065.gif follows
Description of the illustration image065.gif

Network Element Levels

Table 3-143 shows Network Element Total: All Networks Element are most aggregate level of dimension.

Table 3-143 Network Element Total

Sr. Number
Attribute
Description

1.

NETWORK ELEMENT TOTAL CODE

Code for All Network Elements.

Table 3-144 shows Network Element Detail: This level explains the detail level of Network element dimension.

Table 3-144 Network Element Detail

Sr. Number
Attribute
Description
Sample Value

1.

NETWORK ELEMENT CODE

cells can split into sectors or individual areas to make them more efficient and to let them to carry more calls

CDMA

2.

NETWORK CODE

Identifier of the network.

CDMA

3.

NETWORK ELEMENT NAME

Name of the Network Element.

CDMA

4.

NETWORK ELEMENT DESC

Description of the Network Element.

CDMA

5.

EFFECTIVE FROM DATE

Date from when Network Element is Effective

12/31/2005 12:00:00 AM

6.

EFFECTIVE TO DATE

Date to when Network Element is Effective

12/31/2005 12:00:00 AM

7.

STATUS CODE

Unique identifier of the status.

TECHNOLOGY CODE

Network Touchpoint Class

Description: NETWORK TOUCHPOINT CLASS

Network Touchpoint Class Hierarchies

Standard Network Touchpoint Class Hierarchy:

Description of image066.gif follows
Description of the illustration image066.gif

Network Touchpoint Class Levels

Table 3-145 shows Network Touchpoint Class Total: All Networks Touch point class are most aggregate level of dimension.

Table 3-145 Network Touchpoint Class Total

Sr. Number
Attribute
Description

1.

NETWORK TOUCHPOINT CLASS TOTAL CODE

Code for All Network Touchpoint class.

Table 3-146 shows Network Touchpoint Class Detail: Detail level of the dimension. It stores the Network Touchpoint class information.

Table 3-146 Network Touchpoint Class Detail

Sr. Number
Attribute
Description
Sample Value

1.

NETWORK TOUCHPOINT CLASS CODE

Unique identifier of the network touchpoint class.

INDVL

2.

NETWORK TOUCHPOINT CLASS NAME

Name of network touchpoint class.

Individual

3.

NETWORK TOUCHPOINT CLASS DESC

Description of network touchpoint class.

Network touchpoint is owned by Individual customer

4.

LANGUAGE CODE

Code for network touchpoint class languages.

Network Touchpoint Status

Description: NETWORK TOUCHPOINT STATUS

Network Touchpoint Status Hierarchies

Standard Network Touchpoint Status Hierarchy:

Description of image067.gif follows
Description of the illustration image067.gif

Network Touchpoint Status Level

Table 3-147 shows Network Touchpoint Status Total: All Networks Touchpoint Status are most aggregate level of dimension.

Table 3-147 Network Touchpoint Status Total

Sr. Number
Attribute
Description

1.

NETWORK TOUCHPOINT STATUS TOTAL CODE

Code for All Network Touchpoint Status.

Table 3-148 shows Network Touchpoint Status Detail: Detail level of the dimension. It stores the Network Touchpoint Status information.

Table 3-148 Network Touchpoint Status Detail

Sr. Number
Attribute
Description

1.

LANGUAGE CODE

Code for network touchpoint status languages

2.

NETWORK TOUCHPOINT STATUS CODE

Unique identifier of the network touchpoint status.

3.

NETWORK TOUCHPOINT STATUS NAME

Name of network touchpoint status.

4.

NETWORK TOUCHPOINT STATUS DESC

Description of network touchpoint status.

Network Touchpoint Type

Description: NETWORK TOUCHPOINT TYPE

Network Touchpoint Type Hierarchies

Standard Network Touchpoint Type Hierarchy:

Description of image068.gif follows
Description of the illustration image068.gif

Network Touchpoint Type Levels

Table 3-149 shows Network Touchpoint Type Total: All Networks Touchpoint Type are most aggregate level of dimension.

Table 3-149 Network Touchpoint Type Total

Sr. Number
Attribute
Description

1.

NETWORK TOUCHPOINT TYPE TOTAL CODE

Code for All Network Touchpoint Type.

Table 3-150 shows Network Touchpoint Type Detail: Detail level of the dimension. It stores the Network Touchpoint Type information.

Table 3-150 Network Touchpoint Type Detail

Sr. Number
Attribute
Description
Sample Value

1.

LANGUAGE CODE

Code for network touchpoint type languages

2.

NETWORK TOUCHPOINT TYPE CODE

Unique identifier of the network touchpoint type.

BRDBND

3.

NETWORK TOUCHPOINT TYPE NAME

Name of the network touchpoint type.

Broadband

4.

NETWORK TOUCHPOINT TYPE DESC

Description of network touchpoint type.

Broadband

Notification Type

Description: NOTIFICATION TYPE

Notification Type Hierarchies

Standard Notification Type Hierarchy:

Description of image069.gif follows
Description of the illustration image069.gif

Notification Type Levels

Table 3-151 shows Notification Type Total: All Notification Type are most aggregate level of dimension.

Table 3-151 Notification Type Total

Sr. Number
Attribute
Description

1.

NOTIFICATION TYPE TOTAL CODE

Code for All Notification Type total.

Table 3-152 shows Notification Type Detail: Detail level of the dimension. It stores the Notification Type information.

Table 3-152 Notification Type Detail

Sr. Number
Attribute
Description
Sample Value

1.

LANGUAGE CODE

Code for Notification type languages

2.

NOTIFICATION TYPE CODE

Code for UMS Notification Type.

FAX

3.

NOTIFICATION TYPE DESC

Description of the UMS Notification Type.

Fax

4.

NOTIFICATION TYPE NAME

Name of the UMS Notification Type.

Fax

NP Request Type

Description: NP REQUEST TYPE

NP Request Type Hierarchies

Standard NP Request Type Hierarchy:

Description of image070.gif follows
Description of the illustration image070.gif

NP Request Type Levels

Table 3-153 shows NP Request Type Total: All NP Request Type Total are most aggregate level of dimension.

Table 3-153 NP Request Type Total

Sr. Number
Attribute
Description

1.

NP REQUEST TYPE TOTAL CODE

Code for All NP Request Types Total.

Table 3-154 shows NP Request Type Detail: Detail level of the dimension. It stores the NP Request Type information.

Table 3-154 NP Request Type Detail

Sr. Number
Attribute
Description
Sample Value

1.

LANGUAGE CODE

Code for NP Request Type language

2.

NP REQUEST TYPE CODE

A code, used to uniquely identify the NP REQUEST TYPE.

IN

3.

NP REQUEST TYPE NAME

The name assigned to the NP REQUEST TYPE.

Porting In

4.

NP REQUEST TYPE DESC

A textual description of the NP REQUEST TYPE.

Porting In

On Off Net

Description: ON OFF NET TYPE

On Off Net Hierarchies

Standard On Off Net Hierarchy:

Description of image102.gif follows
Description of the illustration image102.gif

On Off Net Levels

Table 3-155 shows On Off Net Total: On Off Net Total are most aggregate level of dimension.

Table 3-155 On Off Net Total

Sr. Number
Attribute
Description

1.

ON OFF NET TOTAL CODE

Code for All On Off Net Total.

Table 3-156 shows On Off Net Detail: Detail level of the dimension. It stores the On Off Net information.

Table 3-156 On Off Net Detail

Sr. Number
Attribute
Description
Sample Value

1.

LANGUAGE CODE

Code for On Off Net language

2.

ON OFF NET TYPE CODE

A code, used to uniquely identify the On Off Net TYPE.

OFF

3.

ON OFF NET TYPE NAME

The name assigned to the On Off Net TYPE.

Off Net

4.

ON OFF NET TYPE DESC

A textual description of the On Off Net TYPE.

Off Net

Organization

Description: ORGANIZATION HIERARCHY is the hierarchy of business units within the organization, with ORGANIZATION BUSINESS UNIT as lowest level and ORGANIZATION CORPORATE as highest level.

Organization Hierarchies

Standard Organization Hierarchy:

Banner Hierarchy

Description of image072.gif follows
Description of the illustration image072.gif

Company Hierarchy:

Description of image073.gif follows
Description of the illustration image073.gif

Division Hierarchy:

Description of image074.gif follows
Description of the illustration image074.gif

Organization Corporate Levels

Table 3-157 shows All Organization Total: All Organization Total are most aggregate level of dimension.

Table 3-157 All Organization Total

Sr. Number
Attribute
Description

1.

ORGANIZATION TOTAL Id's

Code for All Organization Total.

Table 3-158 shows Organization Corporate: Description level of the dimension. It stores the Organization Corporate information.

Table 3-158 Organization Corporate

Sr. Number
Attribute
Description
Sample Value

1.

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

2.

EFFECTIVE TO DATE

End effective date for the assignment.

12/31/2005 12:00:00 AM

3.

ORGANIZATION CORPORATE CODE

Code for Organization Corporate

4.

ORGANIZATION CORPORATE DESC

Description for Organization Corporate

5.

ORGANIZATION CORPORATE ESTABLISHED

6.

ORGANIZATION CORPORATE NAME

Name for Organization Corporate

7.

STATUS CODE

Current STATUS CODE of the assignment.

Organization Banner Levels

Table 3-159 shows Organization Banner Levels: The name of a company's subsidiary that is recognizable to the consumer or the name of the store as it appears on the catalog, web channel or brick and mortar store.

Table 3-159 Organization Banner Levels

Sr. Number
Attribute
Description

1.

ALL ORGANIZATION BANNER ID's

Code for All Organization Banner.

Table 3-160 shows Organization Banner: Description level of the dimension. It stores the Organization Banner information.

Table 3-160 Organization Banner

Sr. Number
Attribute
Description
Sample Value

1.

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

2.

EFFECTIVE TO DATE

End effective date for the assignment.

12/31/2005 12:00:00 AM

3.

ORGANIZATION BANNER CODE

Code for Organization Banner

4.

ORGANIZATION BANNER DESC

Description for Organization Banner.

5.

ORGANIZATION BANNER NAME

Name for Organization Banner

6.

ORGANIZATION CORPORATE CODE

Code for Organization Corporate

7.

STATUS CODE

Current STATUS CODE of the assignment.

Organization Company Levels

Table 3-161 shows All Organization Company: All Organization Company are most aggregate level of Dimension.

Table 3-161 All Organization Company

Sr. Number
Attribute
Description

1.

ALL ORGANIZATION COMPANY ID's

Code for All Organization Company.

Table 3-162 shows Organization Company: Description level of the dimension. It stores the Organization Company information.

Table 3-162 Organization Company

Sr. Number
Attribute
Description
Sample Value

1

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 0:00

2

ORGANIZATION COMPANY DESC

Description for Organization Company

3

ORGANIZATION COMPANY CODE

Code for Organization Company

4

EFFECTIVE TO DATE

End effective date for the assignment.

12/31/2005 12:00:00 AM

5

ORGANIZATION COMPANY NAME

Name for Organization Company

6

ORGANIZATION CORPORATE CODE

7

STATUS CODE

Current STATUS CODE of the assignment.

Organization Division Levels

Table 3-163 shows Organization Division Total: All Organization Division are most aggregate level of dimension.

Table 3-163 Organization Division Total

Sr. Number
Attribute
Description

1.

ALL ORGANIZATION DIVISION ID's

Code for All Organization Division.

Table 3-164 shows Organization Division: Description level of the dimension. It stores the Organization Division information.

Table 3-164 Organization Division

Sr. Number
Attribute
Description
Sample Value

1.

ORGANIZATION DIVISION CODE

Code for Organization Division

Ace Comms

3.

ORGANIZATION CORPORATE CODE

Code for Organization Code

4.

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

5.

ORGANIZATION DIVISION DESC

Description for Organization Division

Ace Comms

6.

ORGANIZATION DIVISION NAME

Name for Organization Division

Ace Comms

7.

STATUS CODE

Current STATUS CODE of the assignment.

EFFECTIVE TO DATE

Organization Chain: Organization Chain Levels

Table 3-165 shows Organization Chain Total: Chain is the second highest level within the organization hierarchy below company. A chain consists of one or more areas.

Table 3-165 Organization Chain Total

Sr. Number
Attribute
Description

1.

ALL ORGANIZATION CHAIN ID's

Code for All Organization Chain.

Table 3-166 shows Organization Chain Detail: Description level of the dimension. It stores the Organization Chain information

Table 3-166 Organization Chain Detail

Sr. Number
Attribute
Description

1.

ORGANIZATION CHAIN CODE

Code for Organization chain

2.

ORGANIZATION CHAIN DESC

Description for Organization Chain

3.

ORGANIZATION CHAIN NAME

Name for Organization Chain

4.

EFFECTIVE FROM DATE

Description for Organization Chain

5.

EFFECTIVE TO DATE

End effective date for the assignment.

6.

ORGANIZATION COMPANY CODE

Code for Organization Company

7.

STATUS CODE

Current STATUS CODE of the assignment.

Organization Area

Table 3-167 shows Organization Area Total: Organization hierarchy level within an organization chain and is the parent of one or more organization regions.

Table 3-167 Organization Area Total

Sr. Number
Attribute
Description

1.

ALL ORGANIZATION AREA ID's

Code for All Organization Area.

Table 3-168 shows Organization Area Detail: Description level of the dimension. It stores the Organization Area information.

Table 3-168 Organization Area Detail

Sr. Number
Attribute
Description
Sample Value

1.

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

2.

EFFECTIVE TO DATE

End effective date for the assignment.

12/31/2005 12:00:00 AM

3.

ORGANIZATION AREA CODE

Code for Organization area

4.

ORGANIZATION AREA DESC

Description for Organization Area

5.

ORGANIZATION AREA NAME

Name for Organization Area

6.

ORGANIZATION CHAIN CODE

Code for Organization Chain

7.

STATUS CODE

Current STATUS CODE of the assignment.

Organization Region Levels

Table 3-169 shows All Organization Regions: Region is the fourth highest attribute within the organization hierarchy, below area. A region consists of one or more districts

Table 3-169 All Organization Regions

Sr. Number
Attribute
Description

1.

ALL ORGANIZATION REGION ID's

Code for All Organization Region.

Table 3-170 shows Organization Region: Description level of the dimension. It stores the Organization Region information.

Table 3-170 Organization Region

Sr. Number
Attribute
Description
Sample Value

1.

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

2.

EFFECTIVE TO DATE

End effective date for the assignment.

12/31/2005 12:00:00 AM

3.

ORGANIZATION AREA CODE

Code for Organization area.

4.

ORGANIZATION REGION CODE

Code for Organization region

5.

ORGANIZATION REGION DESC

Description for Organization region

6.

ORGANIZATION REGION NAME

Name for Organization Region

7.

STATUS CODE

Current STATUS CODE of the assignment.

Organization District Levels

Table 3-171 shows All Organization District: District is the fifth highest attribute within the organization hierarchy, below region. A district consists of one or more business units.

Table 3-171 All Organization District

Sr. Number
Attribute
Description

1.

ALL ORGANIZATION DISTRICT ID's

Code for All Organization District.

Table 3-172 shows Organization District: Description level of the dimension. It stores the Organization District information.

Table 3-172 Organization District

Sr. Number
Attribute
Description
Sample Value

1.

ORGANIZATION DISTRICT CODE

Code for Organization District

12/31/2005 12:00:00 AM

2.

EFFECTIVE TO DATE

End effective date for the assignment.

12/31/2005 12:00:00 AM

3.

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

4.

ORGANIZATION DISTRICT DESC

Description for Organization District

5.

ORGANIZATION DISTRICT NAME

Name for Organization District

6.

ORGANIZATION REGION CODE

Code for Organization Region.

7.

STATUS CODE

Current STATUS CODE of the assignment.

Organization Business Unit

Organization business unit contains 2 kinds of information -store and branch company. In the higher level is branch company. Some customer cannot belong to a particular store, in that case, they are associated with a branch company. So branch company are put in organization business unit level. A business unit of the organization that sells, stores, or distributes merchandises and services through either a physical location (store), catalog, web page or other channel, distribution center, or warehouse.

Table 3-173 shows All Organization Business Unit: It is the lowest level of Organization.

Table 3-173 All Organization Business Unit

Sr. Number
Attribute
Description

1.

ALL ORGANIZATION BUSINESS UNIT ID's

Code for All Organization Business Unit.

Table 3-174 shows Organization Business Unit: Description level of the dimension. It stores the Organization Business Unit information.

Table 3-174 Organization Business Unit

Sr. Number
Attribute
Description

1

ADDRESS LINE 1

Address. Line one of detailed postal address

2

ADDRESS LINE 2

Address. Line 2 of the detailed postal address

3

ADDRESS LINE 3

Address. Line 3 of the detailed postal address

4

ADDRESS LOCATION CODE

unique identifier for the address Location

5

ADDRESS TYPE CODE

Unique identifier of the address type.

6

ADDRESS USAGE

Describes how the address is used

7

ANNUAL REVENUE

Revenue of the company.

8

ANNUAL REVENUE LOCAL

Revenue of the company.

9

ANNUAL REVENUE REPORTING

Revenue of the company.

10

ANNUAL SALES

Sales of the company

11

ANNUAL SALES LOCAL

Sales of the company

12

ANNUAL SALES REPORTING

Sales of the company

13

BANKRUPTCY END DATE

The end date of bankruptcy. If current date is behind start and end date is null, then the company is undergoing the bankruptcy process.

14

BANKRUPTCY START DATE

start date of bankruptcy.

15

BUSINESS ENTITY CODE

Business Entity Identifier. Unique Identifier for Business Entity.

For example: SPRINT

16

BUSINESS UNIT CONCEPT

"Possible values include, Convenience, General Merchandise, Category dominant anchors with few small tenants, Fashion, Higher-end (Upscale), Fashion oriented, Manufacturer's Outlet, Leisure, Tourist oriented and Discount."

18

BUSINESS UNIT TYPE CODE

Unique identifier of the business unit type

19

CHAIRMAN CODE

Connect to Another Person Party who is responsible for this Organization.

20

CHANNEL TYPE CODE

Unique identifier of the channel type

21

COMPANY REGISTRY NUMBER

Will be same as Party. National_Identifier. Natural Key for Organization.

45

ACCOUNT CLERK CODE

This field is client specific. The definition and use of this field is customizable for each client

46

MANAGER EMPLOYEE NUMBER

Unique key denoting the employee number of the employee's manager.

47

MANAGER NAME

Name of manager for the whole company.

48

ORGANIZATION BANNER CODE

Unique identifier for Organization Banner

49

ORGANIZATION BUSINESS UNIT CODE

Unique identifier for Business Unit. To identify whether the site is a store, distribution center or warehouse.

For example: SPRINT1

50

ORGANIZATION BUSINESS UNIT TYPE CODE

Unique identifier for Organization Business Unit Type

51

ORGANIZATION CODE

The unique identifier of the organization.

For example: ORGUNIT1

52

ORGANIZATION DISTRICT CODE

Unique identifier for Organization district

53

ORGANIZATION DIVISION CODE

Unique identifier for division.

For example: China Mobile Beijing

54

ORGANIZATION NAME

Name of the organization

55

ORGANIZATIONAL DEMOGRAPHY VALUE CODE

Unique identifier for demography

56

PAYMENT ACCOUNT CLOSE DATE

Closing date of the account for payments.

For example: 12/31/2005 12:00:00 AM

57

PAYMENT ACCOUNT NUMBER

Account number for payments.

58

PAYMENT ACCOUNT OPEN DATE

Opening date of the account for payments.

For example: 12/31/2005 12:00:00 AM

59

POSTAL PLUS CODE

Four digit extension to the United States Postal ZIP code.

60

POSTCODE

Postal codes of interest to the Retail Organization

61

PRIMARY ADDRESS TELEPHONE

Default Address Telephone Number

62

PRIMARY BUSINESS UNIT CALENDAR CODE

Primary Business Unit Calendar Code

63

PRIMARY CURRENCY ISO CODE

The unique ISO standard identifier of the CURRENCY

64

PRIMARY EMAIL ADDRESS

Default Email Address

65

PRIMARY TRADE AREA CODE

Primary Trade area code, under which the business unit falls

66

SEAL IMAGE

The image of the Organization's Seal, or the Artificial Person's Signature.

67

SECONDARY DESCRIPTION

"The secondary description or name of the store or warehouse."

68

SHOPPING CENTER TYPE

Shopping center is group of retail and other commercial establishments that is planned, developed, owned, and managed as a single property.

Strip Center (Neighborhood, Community)- Mall (Power, Super Regional, Regional, Fashion/Specialty, Lifestyle, Outlet, Theme/Festival)".

70

SHORT DESCRIPTION

The 3 character abbreviation of the store name.

71

STOCK EXCHANGE NAME

Abbreviation of listed companies as used on the stock exchange.

72

TAX EXEMPT STATUS

Indicates if the org. is tax exempt.

73

TERMINATION DATE

Termination date of the company in case of company was founded with termination date.

For example: 12/31/2005 12:00:00 AM

74

TIME ZONE

It denotes which TimeZone the Site is in.

75

TOTAL LINEAR DISTANCE

The total linear selling space of the location.

76

VALIDATION END DATE

Effective date of the deletion of the company's record from the company register.

For example: 12/31/2005 12:00:00 AM

77

VALIDATION START DATE

Date of the registration of the company' record deletion from the company register.

For example: 12/31/2005 12:00:00 AM

78

VAT INCLUDE INDICATOR

Indicates whether the Value Added Tax will be included in the retail prices for the store. Valid values are 'Y' or 'N'."

80

VAT REGION

"The number of the Value Added Tax region in which this store or warehouse is contained."

PARTY CODE

PARTY TYPE CODE

BUSINESS LEGAL STATUS CODE

SOURCE SYSTEM CODE

BARING REASON CODE

STATUS CODE

CITY

STATE

COUNTRY

PARTY NAME

PARTY DESC

LOCATION TYPE CODE

CONTACT TYPE CODE

ADDRESS

PRIMARY MARKET AREA CODE

ACTIVE INDICATOR

CUSTOMER INDICATOR

JUDICIAL DISTRAINT CODE

CONTACT CODE

COURT CODE

MANAGER CODE

DUNS NUMBER

CONTACT NUMBER

LONG DESCRIPTION

CONSTRUCTION STATUS

CONTACT NAME

EXTERNAL NAME

EMPLOYEE COUNT

EQUITY AMOUNT

EQUITY AMOUNT LOCAL

EQUITY AMOUNT REPORTING

LIQUIDATION START DATE

LIQUIDATION END DATE

DOMESTIC INDICATOR

FINAL SETTLEMENT START DATE

FINAL SETTLEMENT END DATE

JUDICIAL DISTRAINT DATE

EFFECTIVE FROM DATE

EFFECTIVE TO DATE

Partner Settlement Reason

Description: PARTNER SETTLEMENT REASON

Partner Settlement Reason Hierarchies

Standard Partner Settlement Reason Hierarchy:

Description of image075.gif follows
Description of the illustration image075.gif

Partner Settlement Reason Levels

Table 3-175 shows Partner Settlement Reason Total: All Partner Settlement Reason are most aggregate level of dimension.

Table 3-175 Partner Settlement Reason Total

Sr. Number
Attribute
Description

1.

ALL PARTNER SETTLEMENT REASON CODE

Code for All Partner Settlement Reason.

Table 3-176 shows Partner Settlement Reason Detail: Detail level of the dimension. It stores the Partner Settlement Reason information.

Table 3-176 Partner Settlement Reason Detail

Sr. Number
Attribute
Description

1.

LANGUAGE CODE

Unique identifier for Language

2.

PARTNER SETTLEMENT REASON CODE

Unique identifier for Partner Settlement

3.

PARTNER SETTLEMENT REASON NAME

Name of the Partner Settlement

4.

PARTNER SETTLEMENT REASON DESC

Description for the Partner Settlement

Party

Description: PARTY

Party Hierarchies

Standard Party Hierarchy:

Description of image076.gif follows
Description of the illustration image076.gif

Party Levels

Table 3-177 shows Party Total: All Party is most aggregate level of dimension.

Table 3-177 Party Total

Sr. Number
Attribute
Description

1.

ALL PARTY CODE

Code for All Party.

Table 3-178 shows Party Detail: Detail level of the dimension. It stores the Party information.

Table 3-178 Party Detail

Sr. Number
Attribute
Description
Sample Value

1.

ACTIVE INDICATOR

Indicates if the party is currently active - which means the party has a current relationship with the carrier.

Y

2.

ADDRESS

Address of the party. Redundance to party location history.

3.

BARING REASON CODE

Reasons for barring. For example, 1-Credit Limit, 2-Barring period.

4.

BUSINESS LEGAL STATUS CODE

A unique identifier for a legal classification of a non-residential Customer.

5.

CITY

City of the party. Redundance to party location history.

6.

COUNTRY

Country of the party. Redundance to party location history.

7.

CUSTOMER INDICATOR

Indicates if the party is a customer. Note: the party may have multiple relationships simultaneously - this flag identifies those parties which has a current account with the Telco.

8.

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column

12/31/2005 12:00:00 AM

9.

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column

12/31/2005 12:00:00 AM

10.

PARTY CODE

A code for any person or business that is of interest to the Communications Service Provider.

PRTY-50001

11.

PARTY DESC

Description of the party. Applicable to both individual and organization. Normally it refer to the full name.

Sprint

12.

PARTY NAME

Name of the party. Applicable to both individual and organization. Normally it refer to the full name.

Sprint

13.

PARTY TYPE CODE

Party Type Code

ORGUNIT

14.

POST CODE

Postcode of the party. Redundance to party location history.

15.

SOURCE SYSTEM CODE

SOURCE SYSTEM ID, from which source ERP system this recorded was extracted.

16.

STATE

State of the party. Redundance to party location history.

17.

STATUS CODE

Current status of party.

Payment Channel

Description: PAYMENT CHANNEL.

Payment Channel Hierarchies

Standard Payment Channel Hierarchy:

Description of image077.gif follows
Description of the illustration image077.gif

Payment Channel Levels

Table 3-179 shows Payment Channel Total: All Payment Channel are most aggregate level of dimension.

Table 3-179 Payment Channel Total

Sr. Number
Attribute
Description

1.

PAYMENT CHANNEL TOTAL ID's

Code for All Payment Channel.

Table 3-180 shows Payment Channel Detail: Detail level of the dimension. It stores the Payment Channel Detail information.

Table 3-180 Payment Channel Detail

Sr. Number
Attribute
Description
Sample Value

1.

CAPACITY QUANTITY

The number of transaction that a Channel can handle, at a point of time.

$1.00

2.

CHANNEL CODE

The unique identifier for each Channel. A Channel identifies each possible link where interaction between the Communications Service Provider and the Customer occurs.

3.

PARTY CODE

A code for any person or business that is of interest to the Communications Service Provider.

4.

PAYMENT CHANNEL CODE

The unique identifier for each Channel. A Channel identifies each possible link where interaction between the Communications Service Provider and the Customer occurs.

5.

CHANNEL NAME

The name assigned to a channel.

PAY

6.

CHANNEL TYPE CODE

Unique identifier of the channel type

PAY

PARTY TYPE CODE

CHANNEL DESC

EFFECTIVE FROM DATE

EFFECTIVE TO DATE

STATUS CODE

Payment Method Type

Description: PAYMENT METHOD TYPE

Payment Method Type Hierarchies

Standard Payment Method Type Hierarchy:

Description of image078.gif follows
Description of the illustration image078.gif

Payment Method Type Levels

Table 3-181 shows Payment Method Type Total: All Payment Method Types are most aggregate level of dimension.

Table 3-181 Payment Method Type Total

Sr. Number
Attribute
Description

1.

PAYMENT METHOD TYPE TOTAL ID's

Code for All Payment Method Types.

Table 3-182 shows Payment Method Type Detail: Detail level of the dimension. It stores the Payment Method Type Detail information.

Table 3-182 Payment Method Type Detail

Sr. Number
Attribute
Description
Sample Value

1.

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

2.

PAYMENT METHOD TYPE CODE

Code for All Payment Methods Types

BNK

3.

PAYMENT METHOD TYPE DESC

Payment Method Type Description.

Bank

4.

PAYMENT METHOD TYPE NAME

Payment Method Type Name.

Bank

Payment Transaction Type

Description: PAYMENT TRANSACTION TYPE

Payment Transaction Type Hierarchies

Standard Payment Transaction Type Hierarchy:

Description of image079.gif follows
Description of the illustration image079.gif

Payment Transaction Type Levels

Table 3-183 shows Payment Transaction Type Total: All Payment Transaction Type are most aggregate level of dimension.

Table 3-183 Payment Transaction Type Total

Sr. Number
Attribute
Description

1.

PAYMENT TRANSACTION TYPE TOTAL CODE

Code for All Payment Transaction Type.

Table 3-184 shows Payment Transaction Type Detail: Detail level of the dimension. It stores the Payment Transaction Type Detail information.

Table 3-184 Payment Transaction Type Detail

Sr. Number
Attribute
Description
Sample Value

1.

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

2.

PAYMENT TRANSACTION TYPE CODE

Code for payment transaction type.

CRDT

3.

PAYMENT TRANSACTION TYPE DESC

Description for payment transaction type.

Credit

4.

PAYMENT TRANSACTION TYPE NAME

Name of payment transaction type.

credit

PCU Outage Reason

Description: PCU OUTAGE REASON

PCU Outage Reason Hierarchies

Standard PCU Outage Reason Hierarchy:

Description of image080.gif follows
Description of the illustration image080.gif

PCU Outage Reason Levels

Table 3-185 shows PCU Outage Reason Total: All PCU Outage Reason are most aggregate level of dimension.

Table 3-185 PCU Outage Reason Total

Sr. Number
Attribute
Description

1.

PCU OUTAGE REASON TOTAL CODE

Code for All PCU Outage Reason.

Table 3-186 shows PCU Outage Reason Detail: Detail level of the dimension. It stores the PCU Outage Reason Detail information.

Table 3-186 PCU Outage Reason Detail

Sr. Number
Attribute
Description

1.

LANGUAGE CODE

Language ID---Unique identifier for a row in the Language dimension.

2.

PCU OUTAGE REASON CODE

Code for PCU outage reason.

3.

PCU OUTAGE REASON DESC

Description for PCU outage reason.

4.

PCU OUTAGE REASON NAME

Name of PCU outage reason.

Peak Offpeak Time

Description: PEAK OFFPEAK TIME

Peak Offpeak Time Hierarchies

Standard Peak Offpeak Time Hierarchy:

Description of image081.gif follows
Description of the illustration image081.gif

Peak Offpeak Time Levels

Table 3-187 shows Peak Offpeak Time Total: All Peak Offpeak Time is most aggregate level of dimension.

Table 3-187 Peak Offpeak Time Total

Sr. Number
Attribute
Description

1.

PEAK OFFPEAK TIME TOTAL Id's

Code for All Peak Offpeak Time.

Table 3-188 shows Peak Offpeak Time Detail: Detail level of the dimension. It stores the Peak Offpeak Time Detail information.

Table 3-188 Peak Offpeak Time Detail

Sr. Number
Attribute
Description
Sample Value

1.

HOLIDAY INDICATOR

Indicates if the time band applies on designated public holidays.

N

2.

PEAK OFFPEAK END

This is to express start and end date for all days, therefore it use varchar2 rather than date data type.

4/1/2008 5:00:00 PM

3.

PEAK OFFPEAK START

This is to express start and end date for all days, therefore it use varchar2 rather than date data type.

4/1/2008 5:00:00 PM

4.

PEAK OFFPEAK TIME CODE

Indicates if this time is busy hour.

PK

5.

PEAK OFFPEAK TIME DESC

Peak Off peak Time Description

6.

PEAK OFFPEAK TIMENAME

Peak Off peak Time name

Peak Time

7.

WEEKDAY INDICATOR

Indicates if the time band applies on week days (Monday through Friday).

Y

8.

WEEKEND INDICATOR

Indicates if the time band applies on weekends (Saturday and Sunday).

Y

LANGUAGE CODE

PPA Category

Description: PPA CATEGORY

PPA Category Hierarchies

Standard PPA Category Hierarchy:

Description of image082.gif follows
Description of the illustration image082.gif

PPA Category Levels

Table 3-189 shows PPA Category Total: Most Aggregate level of the dimension.

Table 3-189 PPA Category Total

Sr. Number
Attribute
Description

1.

PPA CATEGORY TOTAL ID

Code for All PPA Categories

Table 3-190 shows PPA Category Detail: level of the dimension, stores PPA Category information.

Table 3-190 PPA Category Detail

Sr. Number
Attribute
Description
Sample Value

1.

PPA CATEGORY CD

PPA Category code

FLANSWER

2.

LANGUAGE CODE

Language Code

3.

PPA CATEGORY NAME

PPA Category Short Description

Free Local Answer

4.

PPA CATEGORY DESCRIPTION

PPA Category Description

free local answer

Product

Description: PRODUCT

Product Hierarchies

Standard Product Hierarchy:

Description of image083.gif follows
Description of the illustration image083.gif

Product Levels

Table 3-191 shows Product Total: This is the most aggregate level of the product dimension and hence represents the summation for all products including prepaid and post paid products/packages in the company.

Table 3-191 Product Total

Sr. Number
Attribute
Description

1.

All PRODUCTS ID

Identification for the top level value

Table 3-192 shows Product Type: The level classifies products into two main categories, that is, Prepaid and Postpaid products.

Table 3-192 Product Type

Sr. Number
Attribute
Description
Sample Value

1.

PRODUCT TYPE CD

Product Type Code

BB

2.

PRODUCT TYPE DESCRIPTION

Product Type Description

Broad Band

PRODUCT TYPE NAME

PRODUCT TYPE DESC

EFFECTIVE FROM DATE

EFFECTIVE TO DATE

STATUS CODE

Product Market Plan

Description: PRODUCT MARKET PLAN

Product Market Plan Hierarchies

Standard Product Hierarchy:

Description of image083a.gif follows
Description of the illustration image083a.gif

Product Market Plan Levels

Table 3-193 shows Product Market Plan Total: This is the most aggregate level of the product market plan dimension.

Table 3-193 Product Market Plan Total

Sr. Number
Attribute
Description

1.

All PRODUCTS ID

Identification for the top level value

Table 3-194 shows Product Market Plan Type:

Table 3-194 Product Market Plan Type

Sr. Number
Attribute
Description
Sample Value

1.

PRODUCT TYPE CD

Product Type Code

BB

2.

PRODUCT TYPE DESCRIPTION

Product Type Description

Broad Band

PRODUCT TYPE NAME

PRODUCT TYPE DESC

EFFECTIVE FROM DATE

EFFECTIVE TO DATE

STATUS CODE

Table 3-195 shows Product Market Plan Detail: This is the lowest or most granular level of the product market plan dimension.

Table 3-195 Product Market Plan Detail

Sr. Number
Attribute
Description
Sample Value

1

PRODUCT MARKET PLAN KEY

Unique Identifier for market plan

2

PRODUCT MARKET PLAN CODE

MARKET PLAN CODE.

PLAN-1

3

PRODUCT MARKET PLAN NAME

MARKET PLAN NAME.

4

PRODUCT MARKET PLAN TYPE CODE

PREPAID

5

COMMIT SERVICE TIME

How much service time are committed by customer to use.

$23.00

6

DISCOUNT AMOUNT

Total DISCOUNT AMOUNT offered.

7

DISCOUNT AMOUNT LOCAL

Total DISCOUNT AMOUNT offered.

8

DISCOUNT AMOUNT REPORTING

Total DISCOUNT AMOUNT offered.

9

EARLY DEPARTURE PENALTY

The penalty if the subscription was terminated before the committed service time.

$200.00

10

EARLY DEPARTURE PENALTY LOCAL

The penalty if the subscription was terminated before the committed service time.

$200.00

11

EARLY DEPARTURE PENALTY REPORTING

The penalty if the subscription was terminated before the committed service time.

$200.00

12

EFFECTIVE FROM DATE

The date on which an Offering becomes associated with a Product.

12/31/2005 12:00:00 AM

13

EFFECTIVE TO DATE

The date on which an Offering ceases to be associated with a Product.

12/31/2005 12:00:00 AM

14

EXPECTED TOTAL COST

EXPECTED TOTAL COST.

15

EXPECTED TOTAL COST LOCAL

TOTAL COST.

16

EXPECTED TOTAL COST REPORTING

TOTAL COST.

17

EXPECTED TOTAL REVENUE

EXPECTED TOTAL REVENUE.

18

EXPECTED TOTAL REVENUE LOCAL

EXPECTED TOTAL REVENUE.

19

EXPECTED TOTAL REVENUE REPORTING

EXPECTED TOTAL REVENUE.

20

FREE TIME

How much free time provided in the package over the specific product.

$10.00

21

FREE TIME UOM

UOM of free time, like month (for broadband, VAS, and so on) or Minutes (for Call).

Day

22

GROSS ARPU

Expected GROSS ARPU.

$100.00

23

GROSS ARPU LOCAL

Expected GROSS ARPU.

$100.00

24

GROSS ARPU REPORTING

Expected GROSS ARPU.

$100.00

25

INTIAL DEPOSIT AMOUNT

After customer joins the market plan, how much deposit is given

26

INTIAL DEPOSIT AMOUNT LOCAL

After customer joins the market plan, how much deposit is given.

27

INTIAL DEPOSIT AMOUNT REPORTING

After customer joins the market plan, how much deposit is given.

28

JOINT PROGRAM INDICATOR

JOINT_PROGRAM_FLAG.

29

LOYALTY PROGRAM INDICATOR

LOYALTY PROGRAM FLAG.

30

MARKET PLAN FULL DESC

MARKET PLAN FULL DESC.

FREE COMBO FOR 14 YEARS

31

NET ARPU

Expected net arpu.

32

NET ARPU LOCAL

Expected net arpu.

33

NET ARPU REPORTING

Expected net arpu.

34

NEW CUSTOMER ONLY INDICATOR

NEW CUSTOMER ONLY INDICATOR.

N

35

PORTING CHARGE

PORTING CHARGE if available. Charge for porting in, out.

36

PORTING CHARGE LOCAL

PORTING CHARGE if available. Charge for porting in, out.

37

PORTING CHARGE REPORTING

PORTING CHARGE if available. Charge for porting in, out.

38

PREMIUM PAY AMOUNT

PREMIUM PAY AMOUNT. Customer have to pay a certain amount to get premium

39

PREMIUM PAY AMOUNT LOCAL

PREMIUM PAY AMOUNT. Customer have to pay a certain amount to get premium

40

PREMIUM PAY AMOUNT REPORTING

PREMIUM PAY AMOUNT. Customer have to pay a certain amount to get premium

41

PREMIUM PAY METHOD

PREMIUM PAY METHOD.

42

PREPAID SERVICE TIME

$24.00

43

PREPAY AMOUNT

How much prepayment must be made.

$200.00

44

PREPAY AMOUNT LOCAL

How much prepayment must be made.

$200.00

45

PREPAY AMOUNT REPORTING

How much prepayment must be made.

$200.00

46

PREPAY TIME

INITIAL PAY Service TIME.

47

PRIMARY PRODUCT CODE

The short name for the product.

48

PRODUCT RATING PLAN CODE

The code to identify a Pricing plan.

49

REMARK

Remark from creating or amending employee.

50

SERVICE TIME UNIT CHARGE

Charge of every service time unit - normally month, defined by the service time UOM.

$9,000.00

51

SERVICE TIME UNIT CHARGE LOCAL

Charge of every service time unit - normally month, defined by the service time UOM

$9,000.00

52

SERVICE TIME UNIT CHARGE REPORTING

Charge of every service time unit - normally month, defined by the service time UOM

$9,000.00

53

SERVICE TIME UOM

UOM of prepaid service, commit service, trial service time.

Month

54

STATUS CODE

55

TOTAL COST UPGRADE

TOTAL COST UPGRADE

56

TOTAL COST UPGRADE LOCAL

TOTAL COST UPGRADE.

57

TOTAL COST UPGRADE REPORTING

TOTAL COST UPGRADE.

58

TOTAL SERVICE TIME

TOTAL SERVICE TIME.

1

59

TRIAL SERVICE TIME

For how long the customer can terminate the subscription without penalty.

60

VAS INDICATOR

Whether VAS line was included with the package.

Promotion

Description: PROMOTION

Promotion Hierarchies

Standard Promotion Hierarchy:

Description of image084.gif follows
Description of the illustration image084.gif

Promotion Levels

Table 3-196 shows Campaign: A campaign is a concentrated effort to enhance the image of the enterprise, to retain, acquire, or consolidate customers.

Table 3-196 Campaign

Sr. Number
Attribute
Description
Sample Value

1

CAMPAIGN CODE

Unique Identifier for Campaign

CMPGN-1

2

CAMPAIGN DESC

A textual description of the Campaign.

3

CAMPAIGN NAME

Short Name of the Campaign

4

CAMPAIGN PURPOSE

Campaign purpose. The purpose of the campaign being conducted, in most of scenarios this field would be empty since this would be addressed in the Theme and Promotion Theme. But when this campaign is being executed as a continuation of a previous campaign due to demand, this field would contain the reason for that continuation.

ACQUIRE

5

CAMPAIGN PURPOSE TYPE CODE

Unique Identifier for a Campaign purpose type

6

CAMPAIGN STATUS CODE

A code used to uniquely identify strategy of a Campaign.

CSTAT

7

CAMPAIGN TYPE CODE

Unique Identifier for a Campaign type.

MMPRMTN

8

COST AMOUNT

The monetary cost of a Campaign.

9

COST AMOUNT LOCAL

The monetary cost of a Campaign.

10

COST AMOUNT REPORTING

The monetary cost of a Campaign.

11

COST CODE

Identify the cost to the Carrier.

12

EFFECTIVE FROM DATE

The start date of a Campaign.

12/31/2005 12:00:00 AM

13

EFFECTIVE TO DATE

The end date of a Campaign.

12/31/2005 12:00:00 AM

14

FUND SOURCE CODE

Campaign fund source type. Possible values would include, Vendor Sponsored, Charity and so on.

15

GLOBAL IND

Flag to indicate if the campaign is run globally. Flag to indicate if the campaign is run globally.

16

PARTNER IND

Indicates if the campaign has partners. Indicates if the campaign has partners

17

PARTNER NUMBER

Identification number for partner.

18

PLANNED COST

Planned or budgeted total cost for the campaign.

19

PLANNED COST LOCAL

Planned or budgeted total cost for the campaign.

20

PLANNED COST REPORTING

Planned or budgeted total cost for the campaign.

21

PLANNED RESPONSE

Expected or planned response for the campaign.

22

PRIORITY

Campaign priority. Campaign priority

Table 3-197 shows Campaign Type:

Table 3-197 Campaign Type

Sr. Number
Attribute
Description
Sample Value

CAMPAIGN TYPE CODE

A code used to uniquely identify a CAMPAIGN TYPE.

TGPRMTN

CAMPAIGN TYPE DESC

A textual description of a CAMPAIGN TYPE.

A Targeted Promotion

CAMPAIGN TYPE NAME

The name assigned to a CAMPAIGN TYPE.

Targeted Promotion

LANGUAGE CODE

Unique identifier for a row in the Language dimension.

Table 3-198 shows Promotion Type: The type of a promotion, like direct marketing by Phone call, direct marketing by mail, Media Broadcast by TV, and so on.

Table 3-198 Promotion Type

Sr. Number
Attribute
Description
Sample Value

1

PROMOTION TYPE CODE

A code used to uniquely identify a PROMOTION TYPE.

MAIL

2

PROMOTION TYPE DESC

A textual description of a PROMOTION TYPE.

Promotion by Mail

3

PROMOTION TYPE NAME

The name assigned to a PROMOTION TYPE.

Mail

4

LANGUAGE CODE

Unique identifier for a row in the Language dimension.

Table 3-199 shows Promotion Type: This entity keeps types of Campaigns. Examples include: a targeted promotion (to specific individuals, account or group of accounts, a mass market promotion (to a massive audience usually through radio, television, and newspaper.

Table 3-199 Promotion

Sr. Number
Attribute
Description
Sample Value

1

PROMOTION CODE

A unique identifier for a campaign cell.

PRMTN-1

2

PROMOTION DESC

A textual description for a campaign Cell.

PRMTN-1

3

PROMOTION NAME

Name of Promotion

PRMTN-1

4

ACTUAL RESPONSE COUNT

Actual RESPONSE COUNT.

5

ACTUAL SALES AMOUNT

ACTUAL SALES AMOUNT.

6

ACTUAL SALES AMOUNT LOCAL

ACTUAL SALES AMOUNT.

7

ACTUAL SALES AMOUNT REPORTING

ACTUAL SALES AMOUNT.

8

ACTUAL SALES COUNT

ACTUAL SALES COUNT.

9

ACTUAL TOTAL COST

ACTUAL TOTAL COST.

10

ACTUAL TOTAL COST LOCAL

ACTUAL TOTAL COST.

11

ACTUAL TOTAL COST REPORTING

ACTUAL TOTAL COST.

12

CAMPAIGN CHANNEL CODE

A unique identifier for a campaign channel.

13

CAMPAIGN CODE

The campaign which this cost occurs in

CMPGN-1

14

GLOBAL IND

Flag to indicate if the campaign is run globally.

15

PARTICIPANT TARGET NUMBER

The number of target customers within a PROMOTION.

113

16

PARTNER NUMBER

Unique number assigned to the Partner

17

PERSON RESPONSIBLE

Name of the employee who is responsible for the promotion

18

PLANNED RESPONSE COUNT

Number of positive responses expected on the full promotion time.

19

PLANNED SALES AMOUNT

Planned sales amount.

20

PLANNED SALES AMOUNT LOCAL

Planned sales amount local.

21

PLANNED SALES AMOUNT REPORTING

Planned sales amount reporting.

22

PLANNED SALES COUNT

Planned sales count

23

PLANNED TOTAL COST

Planned or budgeted total cost for the promotion.

$200.00

24

PLANNED TOTAL COST LOCAL

Planned or budgeted total cost for the promotion.

$200.00

25

PLANNED TOTAL COST REPORTING

Planned or budgeted total cost reporting for the promotion.

$200.00

26

PROMOTION END DATE

Promotion end date.

12/31/2005 12:00:00 AM

27

PROMOTION PURPOSE

Captures the purpose of the promotion.

28

PROMOTION START DATE

PROMOTION START DATE.

12/31/2005 12:00:00 AM

29

PROMOTION TYPE CODE

A code used to uniquely identify a PROMOTION TYPE.

MAIL

30

TARGET TYPE CODE

A code used to uniquely identify a Categorization for each Target occurrence. Examples include: C = Customer A = Account AM = Access Method M = Market.

ACCS

31

THEME

Promotion theme

32

VERSION NUMBER

Version Number of the campaign. A campaign can have many versions before it goes active

Promotion Result Type

Description: PROMOTION RESULT TYPE

Promotion Result Hierarchies

Standard Promotion Result Type Hierarchy:

Description of image085.gif follows
Description of the illustration image085.gif

Promotion Result Type Levels

Table 3-200 shows Promotion Result Type Total: Top level for the dimension with one single value indicating value for all promotion result type.

Table 3-200 Promotion Result Type Total

Sr. Number
Attribute
Description

1.

PROMOTION RESULT TYPE TOTAL ID

Code for All Promotion Result Type

Table 3-201 shows Promotion Result Type Detail: Contain actual sales campaign result type values. Data for the sales campaign results will have these values. Like Offer accepted, Attribution prevented

Table 3-201 Promotion Result Type Detail

Sr. Number
Attribute
Description
Sample Value

1

PROMOTION RESULT CTGRY CODE

Code for Sales Campaign result category.

2

PROMOTION RESULT CTGRY DESC

Code for Sales Campaign result category.

3

PROMOTION RESULT CTGRY NAME

Description of the Sales Campaign result category.

4

PROMOTION RESULT TYPE CODE

Name of the Sales Campaign result.

ATRPRVNT

5

PROMOTION RESULT TYPE DESC

Code for Sales Campaign Result.

Attribution Prevented

6

PROMOTION RESULT TYPE NAME

Description of the Sales Campaign result

Attribution Prevented

7

LANGUAGE CODE

Unique identifier for a row in the Language dimension.

Recharge Revenue Slab

Description: RECHARGE REVENUE SLAB

Recharge Revenue Slab Hierarchies

Standard recharge revenue slab Hierarchy:

Description of image086.gif follows
Description of the illustration image086.gif

Recharge Revenue Slab Levels

Table 3-202 shows Recharge Revenue Slab Total: Top level for the dimension with one single value indicating value for all slabs.

Table 3-202 Recharge Revenue Slab Total

Sr. Number
Attribute
Description

1.

RECHARGE REVENUE SLAB TOTAL ID

Code for All recharge revenue slabs

Table 3-203 shows Recharge Revenue Slab Detail: Most detail level holds values for individual recharge slabs.

Table 3-203 Recharge Revenue Slab Detail

Sr. Number
Attribute
Description
Sample Value

1

RECHARGE REVENUE SLAB CODE

Recharge revenue slab ID or code.

RVN100

2

RECHARGE REVENUE SLAB DESC

Recharge revenue slab description.

Recharge revenue earned for $50-100

3

RECHARGE REVENUE SLAB NAME

Recharge revenue slab short description.

$50-100

4

SLAB RANGE END VALUE

End value of the slab.

5

SLAB RANGE END VALUE LOCAL

End value of the slab.

6

SLAB RANGE END VALUE REPORTING

End value of the slab.

7

SLAB RANGE START VALUE

Starting value of the slab.

8

SLAB RANGE START VALUE LOCAL

Starting value of the slab.

9

SLAB RANGE START VALUE REPORTING

Starting value of the slab

10

LANGUAGE CODE

Unique identifier for a row in the Language dimension.

Redemption Type

Description: REDEMPTION TYPE

Redemption Type Hierarchies

Standard Redemption Type Hierarchy:

Description of image087.gif follows
Description of the illustration image087.gif

Redemption Type Levels

Table 3-204 shows Redemption Type Total: Top level used to aggregate data for all the redemption types.

Table 3-204 Redemption Type Total

Sr. Number
Attribute
Description

1.

REDEMPTION TYPE TOTAL ID

Code for All redemption Types

Table 3-205 shows Redemption Type: Granular level of the dimension at which data is available, lists all the redemption types and its descriptions.

Table 3-205 Redemption Type

Sr. Number
Attribute
Description
Sample Value

1

REDEMPTION TYPE CODE

Code for Redemption Types.

ACCTDPST

2

REDEMPTION TYPE DESC

Redemption Type Description.

Account Deposit

3

REDEMPTION TYPE NAME

Redemption Type Short Name.

Account Deposit

4

LANGUAGE CODE

Unique identifier for a row in the Language dimension.

RF Carrier

Description: RF CARRIER

RF Carrier Hierarchies

Standard RF Carrier Hierarchy:

Description of image088.gif follows
Description of the illustration image088.gif

RF Carrier Levels

Table 3-206 shows RF Carrier Total: Values for all carriers. Data may or may not be seen at this level.

Table 3-206 RF Carrier Total

Sr. Number
Attribute
Description

1.

CARRIER TOTAL ID

Code for All Carriers

Table 3-207 shows RF Carrier Detail: The detail level of the dimension at which the data will be captured and stored.

Table 3-207 RF Carrier Detail

Sr. Number
Attribute
Description
Sample Value

1

RF CARRIER CODE

Carrier code or ID.

2

RF CARRIER DESC

Carrier description.

3

RF CARRIER NAME

Carrier Name.

4

STATUS CODE

Current Status Identifier

5

BASE TRANSCEIVER STATION CODE

Identifier for Transceiver Station

6

EFFECTIVE FROM DATE

In Effect From

12/31/2005 12:00:00 AM

7

EFFECTIVE TO DATE

In Effect till date

12/31/2005 12:00:00 AM

Roaming Type

Description: ROAMING TYPE

Roaming Type Hierarchies

Standard Roaming Type Hierarchy:

Description of image089.gif follows
Description of the illustration image089.gif

Roaming Type Levels

Table 3-208 shows Roaming Type Total: The Subscriber type defines if the calls made/received are by the Roaming subscriber or by a non-roaming subscriber. Roaming type is further classified as Inbound and outbound roaming subscriber

Table 3-208 Roaming Type Total

Sr. Number
Attribute
Description

1.

ROAMING TYPE TOTAL CODE

Code for All Roaming Types

Table 3-209 shows Roaming Type: If the calls made/received are by the Roaming subscriber or by a non-roaming subscriber.

Table 3-209 Roaming Type Detail

Sr. Number
Attribute
Description
Sample Value

1

ROAMING TYPE CODE

ROAMING TYPE CODE.

NONROAM

2

ROAMING TYPE DESC

ROAMING TYPE DESC.

Non-Roaming

3

ROAMING TYPE NAME

Short description of the ROAMING TYPE.

Non-Roaming

4

LANGUAGE CODE

Unique identifier for a row in the Language dimension.

Sales Channel

Description: SALES CHANNEL

Sales Channel Hierarchy

Standard Sales Channel Hierarchy:

Description of image090.gif follows
Description of the illustration image090.gif

Sales Channel Levels

Table 3-210 shows Sales Channel Total: The most aggregate level in the channel dimension. It combines the results of all channels and shows the total values for facts if selected in the report.

Table 3-210 Sales Channel Total

Sr. Number
Attribute
Description

1.

SALES CHANNEL TOTAL ID

Code for All Sales channels value

Table 3-211 shows Sales Channel Detail: Sales channel is not multi tiered. Mainly there are three channels of sales such as Sales Representatives, Outlets and dealers. Which are represented by the channel level, which also becomes the lowest level for the channel dimension.

Table 3-211 Sales Channel Detail

Sr. Number
Attribute
Description
Sample Value

2

SALES CHANNEL CODE

Code for Sales Channel

3

CHANNEL DESC

A text description for the channel

4

CHANNEL CODE

The unique identifier for each Channel. A Channel identifies each possible link where interaction between the Communications Service Provider and the Customer occurs.

5

CHANNEL NAME

Short name for the channel

A01

6

CHANNEL TYPE CODE

Unique identifier for channel

SLCHNL

7

CAPACITY QUANTITY

The number of transaction that a Channel can handle, at a point of time.

8

DEALER CODE

The number of transaction that a Channel can handle, at a point of time.

9

EFFECTIVE FROM DATE

The first date of the period when this Channel was valid.

12/31/2005 12:00:00 AM

10

EFFECTIVE TO DATE

The end date of the period when this Channel was valid.

12/31/2005 12:00:00 AM

11

PARTY CODE

A code for any person or business that is of interest to the Communications Service Provider.

12

PARTY TYPE CODE

Code for party types

RPRSTTV

13

STATUS CODE

Current status

A

Sales Channel Representative

Description: SALES CHANNEL REPRESENTATIVE

Sales Channel Hierarchies

Standard Sales Channel Representative Hierarchy:

Description of image091.gif follows
Description of the illustration image091.gif

Sales Channel Representative Levels

Table 3-212 shows Sales Channel Representative Total: The most aggregate level in the channel dimension.

Table 3-212 Sales Channel Representative Total

Sr. Number
Attribute
Description

1.

SALES CHANNEL REPRESENTATIVE TOTAL ID

Code for All Sales Channel Representative

Table 3-213 shows Sales Channel Representative: This is the most granular level of the channel dimension. Values in this level represent the codes for sales representatives in the shops, Direct sales representatives and Sub-dealers in case of dealers.

Table 3-213 Sales Channel Representative

Sr. Number
Attribute
Description
Sample Value

1

SALES CHANNEL CODE

The unique identifier for each Channel. A Channel identifies each possible link where interaction between the Communications Service Provider and the Customer occurs.

2

SALES CHANNEL REPRESENTATIVE CODE

SALES CHANNEL REPRESENTATIVE CODE is used to track and detect sales performance on account payment status.

SLREP-1

1

BILLING ADDRESS EFFECTIVE DATE

Date on which the billing address referenced in the billing_address_id column became active. This facilitates queries such as find customers who changed address in the last 3 months.""

2

BUSINESS DIVISION EXECUTIVE NAME

BUSINESS DIVISION EXECUTIVE LAST NAME is the last name of the business division executive to whom the employee reports to. Like LOB Owner.

3

BUSINESS PHONE NUMBER

Phone number used for business purpose

4

CELL PHONE NO

Redundancy to 'party contact information'

5

CHILDREN COUNT

Number of children

6

CONTACT ADDRESS EFFECTIVE DATE

Date on which the contact address referenced in the billing_address_id column became active. This facilitates queries such as find customers who changed address in the last 3 months.""

7

COST CENTER NUMBER

The cost center to which the bank employee expenses are charged.

8

DATE OF BIRTH

Date of Birth of the individual.

9

DATE OF DEATH

Date of natural person death.

10

DEATH CERTIFICATE CODE

The certification document number for customer's death.

11

DEPENDENTS COUNT

Number of dependents

12

DRIVER LICENSE NUMBER

Driver License Number in most countries.

13

DWELLING SIZE

Size of dwelling

14

DWELLING TENURE

Tenure of dwelling

15

ECONOMICALLY ACTIVE IND

customer is economically active (is not a minor or pensioner and so on.)

16

EDUCATION CODE

The customer highest level of education.

17

EMAIL

Redundancy to 'party contact information'

18

EMPLOYEE CODE

A code for any person or business that is of interest to the Communications Service Provider.

19

EMPLOYEE DESIGNATION CODE

Unique warehouse key, representing the designation

20

EMPLOYEE DISCOUNT GROUP CODE

Unique identifier for Employee Discount Group

21

EMPLOYEE KEY

Key value for each employee

22

EMPLOYEE NUMBER

Internal number for the employee.

23

EMPLOYEE TYPE CODE

Unique identifier for Employee Type

PT

24

EMPLOYEE TYPE DESC

Description of the Employee Type

Part Time

25

EMPLOYEE TYPE NAME

Unique identifier for the Employee Type

Part Time

26

EMPLOYER TAX NUMBER

The tax code of Employer.

27

EMPLOYMENT BEGIN DATE

Start date for the employment.

12/31/2005 12:00:00 AM

28

EMPLOYMENT END DATE

If the employee quit from the Bank, we still hold the information of his past employment

29

EMPLOYMENT EXEMPT IND

An employee exempt from the overtime policies of the University due to the nature of the work, as compared to (Non-Exempt).

Education requirements of the position and salary range. These employees are paid an annual salary and are not customarily eligible for overtime pay.

30

EMPLOYMENT STATUS

EMPLOYEE STATUS is the abbreviated identifier for the employment status. Employee

31

END OF JOB CONTRACT

End date of the customer's job contract (for contracts concluded for definite terms).

32

ETHNIC BACKGROUND

Customer Attribute of an employee

33

ETHNICITY

Classifies the individual for minority reporting purposes.

34

FAMILY NAME IN MAIDEN

Given name in maiden

35

FIRST NAME

First name of a party individual

36

FORM OF EMPLOYMENT

The customer's form of employment (private entrepreneur, employee, civil servant and so on.)

37

GENDER CODE

For PARTYs that are people, this is their GENDER.

For PARTYs that are organizations, this is indicates whether the organization is foreign or domestically owned.

38

GIVEN NAME IN MAIDEN

Given name in maiden

39

HOME TELEPHONE NO

Redundance to 'party contact information'

40

HOUSEHOLD KEY

The code of household which the party belongs to.

41

INCOME

Income of a party individual

42

INCOME LCL

Income of a party individual

43

INCOME RPT

Income of a party individual

44

JOB CONTRACT TYPE

Type of the customer's job contract

45

JOB KEY

Code for job of subscriber.

46

JOB POSITION

job Position.

47

LANGUAGE CODE

Unique identifier for Language

48

LAST NAME

Last name of a party individual

49

LAST PERFORMANCE RATING

This describes the annual rating assigned to the employee.

50

LAST PERFORMANCE RATING DATE

When the last rating is done.

51

LEGAL TITLE TO HOUSING

The customer's legal title to home (rents, owns and so on.)

52

LIVING AT CURRENT ADDRESS SINCE

Date since the customer has lived at the present address.

53

MANAGER CODE

manager's employee code.

54

MARITAL STATUS

CSALADI ALLAPOT. Marital status

55

MARTIAL STATUS CODE

56

MIDDLE NAME

Middle name of a party individual

57

MOTHER FIRST NAME

Mother's first name

58

MOTHER LAST NAME

Mother's last name

59

NAME OF WORKPLACE

Name of workplace

60

NAME PREFIX

Name prefix

For example: Mr, Mrs, Ms, Dr,

61

NAME SUFFIX

Name suffix. For example: PhD, MD, JD, MA

62

NATIONALITY CODE

Code for Nationality of subscriber

63

NUMBER OF EARNERS IN HOUSEHOLD

Number of wage earners in the household.

64

NUMBER OF PERSONS LIVING IN HOUSEHOLD

Number of persons sharing the customer's household.

65

OFFICE TELEPHONE NO

Redundancy to 'party contact information'

66

ORGANIZATION BUSINESS UNIT KEY

67

PERSONAL ID NUMBER

In China, this one will be same as party.national_identifier.

68

PLACE OF BIRTH

Where the person was born.

69

PREVIOUS EMPLOYER TAX NUMBER

Tax number of previous employer.

70

PREVIOUS EMPLOYMENT END DATE

End date of previous job.

71

PREVIOUS EMPLOYMENT START DATE

Start date of previous job.

12/31/2005 12:00:00 AM

72

SOC JOB KEY

73

SOCIAL SECURITY NUMBER

In US, this code will be same as party.national_identifier. Null if some country does not have.

74

SOURCE OF INCOME

Source of income (can typify, may be several)

75

START OF EMPLOYMENT

Start of employment

76

TAX NUMBER

Tax number

77

ACTIVE IND

Activate Indicator

78

ADDRESS

Address

79

BARING REASON CODE

Unique identifier for Baring Reason

80

BUSINESS LEGAL STATUS CODE

A unique identifier for a legal classification of a non-residential Customer.

81

CITY

City of the party. Redundance to party location history.

82

COUNTRY

Country of the party. Redundance to party location history.

83

CUSTOMER IND

Indicator for Customer

84

EFFECTIVE FROM DATE

EFFECTIVE FROM DATE, standard SCD2 column.

85

EFFECTIVE TO DATE

EFFECTIVE TO DATE, standard SCD2 column.

86

EMPLOYEE NAME

Name of the employee

87

PARTY DESC

Description for the Party

88

PARTY KEY

Key value for Party

89

PARTY NAME

Name of the Party

90

PARTY TYPE CODE

Unique identifier for Party Type

91

POST CODE

Unique identifier for Post

92

SOURCE SYSTEM KEY

Key value for Source System

93

STATE

State Name

94

STATUS CODE

Current Status

Service Coverage Area

Description: SERVICE COVERAGE AREA

Service Coverage Hierarchies

Standard Service Coverage Hierarchy:

Description of image092.gif follows
Description of the illustration image092.gif

Service Coverage Area Levels

Table 3-214 shows Service Coverage Area Total: Service areas are defined so that service providers can determine the demographic / psychographic / population data the geography served by the network.

Table 3-214 Service Coverage Area Total

Sr. Number
Attribute
Description

1.

SALES CHANNEL REPRESENTATIVE TOTAL ID

Code for All Sales Coverage Area values

Table 3-215 shows Service Coverage Area: This is the detail level of Service Coverage Area.

Table 3-215 Service Coverage Area

Sr. Number
Attribute
Description

1

AREA SHAPE

Shape of the trade area

2

AREA TYPE

- Urban - Suburban - Exurban - Rural

3

AVERAGE DRIVE TIME

Average drive time from the coverage area to the given store or site.

4

AVERAGE FAMILY SIZE

Average Family Size = Total population divided by number of families

5

AVERAGE HOUSEHOLD SIZE

Average household size in the coverage area.

6

AVERAGE NUMBER VEHICLES PER HOUSEHOLD

Average Number of Vehicles by household = total number of vehicles divided by total number of household.

7

CITY

City. City of the trade area

8

COMMUNITY SEGMENTS

The segmentation system was created to group neighborhoods based on socioeconomic and demographic composition such as age, income, home value, occupation, household type, education, and so on. They help improve the ability to predict behavior of social groups that are geographically clustered.

9

COMMUTER POPULATION

Total commuter population of the coverage area.

10

COUNTRY

Country. Country of the trade area

11

COUNTY

County / District. County / District of the trade area

12

DEFINITION SOURCE

The source of the definition

13

DEFINITION TYPE

Definition type of the market area, some standard classifications can include: Study traffic flow, Use a retail gravity model, Use a zip code method and so on. Some standard classifications can include: Study traffic flow, Use a retail gravity model, Use a zip code method and so on.

14

ISO CURRENCY CODE

Currency used for the demographic information

15

LATITUDE

The latitude measure for the trade area

16

LONGITUDE

The longitude measure for the trade area

17

NUMBER OF HOUSEHOLDS

Approximate total number of households in the coverage area.

18

ORGANIZATION BUSINESS UNIT CODE

Unique identifier for Business Unit. To identify whether the site is a store, distribution center or warehouse.

19

PEAK SEASON POPULATION

The peak trading season of a given area can be determined by the seasonality or yearly economic cycle and so on. This is mostly applicable for renowned tourist spots.

20

PER CAPITA INCOME

Per Capita Income = income of that area divided by total population

21

PER CAPITA INCOME LOCAL

Per Capita Income = income of that area divided by total population

22

PER CAPITA INCOME REPORTING

Per Capita Income = income of that area divided by total population

23

PRIMARY ZIP CODE

Primary zip code of the market area. The primary zip code or the pin code of the Trade area

24

PRODUCT CODE

The short name for the product.

25

PULL FACTOR

Ratios that estimate the proportion of local sales that occurs in a town. Ratio that estimate the proportion of local sales that occurs in a town.

26

SECONDARY ZIP CODE

Secondary zip code in case the zip code spans across multiple zip codes. Applicable only in case the zip code spans across multiple zip codes

27

SERVICE COVERAGE AREA CODE

COVERAGE AREA CODE. Unique identifier for the coverage area

28

SERVICE COVERAGE AREA TYPE CODE

29

STATE

State or province. State or province of the trade area

30

STATE POPULATION

Approximate population of the state.

31

STATE SALES

Estimated total retail sales in the state.

32

TOTAL POPULATION

Estimated total population of the market area

33

TOURIST POPULATION

Expected tourist population of the Trade coverage area.

34

TRADE AREA CAPTURE

An estimate of the number of people who shop in the local area during a certain period.

35

TRADE AREA CODE

Market Area identifier.

36

TRADE AREA DESC

Trade area description. Textual description of the trade area

37

TRADE AREA NAME

Market area name. The name of the trade area

Subscription

Description: SUBSCRIPTION

Subscription Hierarchies

Standard Subscription Hierarchy:

Description of image093.gif follows
Description of the illustration image093.gif

Subscription Levels

Table 3-216 shows Subscription Total: Most aggregate level for the Subscription Dimension.

Table 3-216 Subscription Total

Sr. Number
Attribute
Description

1.

SUBSCRIPTION TOTAL CODE

Code for All Subsidy Types

Table 3-217 shows Subscription Type: Type of the subscriptions. Examples include: Prepaid wireless, Fixed_line, Broadband, and so on.

Table 3-217 Subscription Type

Sr. Number
Attribute
Description
Sample Value

1

LANGUAGE CODE

Uniquely Identifier for Language

2

SUBSCRIPTION TYPE CATEGORY CODE

Category or classification of the subscription type. Can be used for grouping subscription types for analysis or reporting.

BROADBAND

3

SUBSCRIPTION TYPE CODE

Identifier of the subscription type.

BRDBND

4

SUBSCRIPTION TYPE DESC

Name or description of the subscription type.

Broadband

5

SUBSCRIPTION TYPE NAME

Name or description of the subscription type.

Broadband

Table 3-218 shows Subscription: Different ways to offer subsidies are to give handsets, free minutes or connections subsidies to the customers.

Table 3-218 Subscription

Sr. Number
Attribute
Description
Sample Value

1

SUBSCRIPTION CODE

Unique identifier for a subscription.

SBRP-1000601

2

SUBSCRIPTION END DATE

SUBSCRIPTION END DATE is the day when subscription was decommissioned.

12/31/2005 12:00:00 AM

3

SUBSCRIPTION START DATE

SUBSCRIPTION START DATE is the day when subscription was setup.

12/31/2005 12:00:00 AM

4

SUBSCRIPTION TYPE CODE

Identifier of the subscription type.

BRDBND

5

ACCESS METHOD CODE

A sequence of numbers (like phone number) electronically registered to telecommunications equipment that gives the Customer access to services or products. Other access method like DSL account, Service ID might be character type.

6

ACCOUNT CODE

A code for any person or business that is of interest to the Communications Service Provider. This is usually natural key of the account

7

ACQUISITION COST

ACQUISITION COST for the subscription. This can be derived from underlying contract or product it subscribes to.

8

ACQUISITION COST LOCAL

ACQUISITION COST for the subscription. This can be derived from underlying contract or product it subscribes to.

9

ACQUISITION COST REPORTING

ACQUISITION COST for the subscription. This can be derived from underlying contract or product it subscribes to.

10

CAMPAIGN CHANNEL CODE

A unique identifier for a campaign channel.

11

CHANNEL CODE

The unique identifier for each Channel. A Channel identifies each possible link where interaction between the Communications Service Provider and the Customer occurs.

12

CIRCUIT COMPONENT CODE

Identifies the circuit component.

13

CONTRACT CODE

The contract number based on which the relationship was founded.

14

CUSTOMER CODE

A code for any person or business that is of interest to the Communications Service Provider.

15

EFFECTIVE FROM DATE

Active from. Standard SCD field, Effective Start Date

12/31/2005 12:00:00 AM

16

EFFECTIVE TO DATE

Date the party left the program. Will be null if the party is currently a member of the program.

12/31/2005 12:00:00 AM

17

ESSENTIAL SERVICE INDICATOR

The code indicates the server was associated with critical customer; examples are hospital, police, Fire.

18

NETWORK TOUCHPOINT CODE

Identifier of the site.

19

NETWORK TYPE CODE

A code that uniquely identifies the type of technology (for example GSM, CDMA) being used by a network.

PSTN

20

ORGANIZATION BUSINESS UNIT CODE

Foreign key to the Organization Job Role At Site table, to identify the store schedule.

21

PRODUCT CODE

Product code. Product dimension cannot be used in rolling-up. Since customer will be counted several times.

22

SALES CHANNEL REPRESENTATIVE CODE

SALES CHANNEL REPRESENTATIVE CODE is used to track and detect sales performance on account payment status.

23

STATUS CODE

An indicator of the address current status. For instance, this address may be valid, invalid, temporary, and so on.

Subsidy Type

Description: SUBSIDY TYPE

Subsidy Type Hierarchies

Standard Subsidy Type Hierarchy:

Description of image094.gif follows
Description of the illustration image094.gif

Subsidy Type Levels

Table 3-219 shows Subsidy Type Total: Most aggregate level for the Subsidy Type dimension to see the aggregated value of all the subsidy types.

Table 3-219 Subsidy Type Total

Sr. Number
Attribute
Description

1.

SUBSIDY TYPE TOTAL CODE

Code for All Subsidy Types

Table 3-220 shows Subsidy Type Detail: This level stores the actual values for subsidy types and enables analysis of related facts by subsidy types. This is the most granular level of the dimension data will be captured and stored at this level.

Table 3-220 Subsidy Type Detail

Sr. Number
Attribute
Description
Sample Value

1

SUBSIDY TYPE CODE

Code for Subsidy type

ACCTDPST

2

SUBSIDY TYPE DESC

Description of the Subsidy Type

Account Deposit

3

SUBSIDY TYPE NAME

Name of the Subsidy type

Account Deposit

4

LANGUAGE CODE

Unique identifier for a row in the Language dimension.

Switch

Description: SWITCH

Switch Hierarchies

Standard Switch Hierarchy:

Description of image095.gif follows
Description of the illustration image095.gif

Switch Levels

Table 3-221 shows Switch Total: Network switches or exchanges. It may a position switch (digital or analog), or GSM MSC.

Table 3-221 Switch Total

Sr. Number
Attribute
Description

1.

SWITCH TOTAL CODE

Code for Switches

Table 3-222 shows Switch Detail: Network switches or exchanges. It may a position switch (digital or analog), or GSM MSC.

Table 3-222 Switch Detail

Sr. Number
Attribute
Description
Sample Value

1

SWITCH CODE

A unique identifier for a telecommunications device used to route telephone calls and communication transmissions.

ANALOG

2

SWITCH TYPE CODE

A code used to categorize a switch.

4

TECHNOLOGY CODE

A code that uniquely identifies a technology.

7

EFFECTIVE FROM DATE

Effective from date when valid

12/31/2005 12:00:00 AM

8

EFFECTIVE TO DATE

Effective to date when valid

12/31/2005 12:00:00 AM

9

EQUIPMENT CENTER CODE

The equipment center, where this equipment locates in.

10

EXTERNAL OUTBOUND INDICATOR

Indicate if the switch belongs to external operator, then the circuit.

11

NETWORK ELEMENT DESC

A text description for the Network

12

NETWORK ELEMENT CODE

Identifier of the network.

13

NETWORK ELEMENT NAME

Short name of the network.

14

NETWORK CODE

Code for the network.

STATUS CODE

Technology Type

Description: TECHNOLOGY TYPE

Technology Type Hierarchies

Standard Technology Type Hierarchy:

Description of image096.gif follows
Description of the illustration image096.gif

Technology Type Levels

Table 3-223 shows Technology Type Total: Categories for a Technology. For example, wireless, copper line, Optical Fiber.

Table 3-223 Technology Type Total

Sr. Number
Attribute
Description

1.

ALL TECHNOLOGY CODE

Code for all technologies.

Table 3-224 shows Technology Types: Detail level of each technology type. Categories for Technology, for example, wireless, copper line, Optical Fiber

Table 3-224 Technology Types

Sr. Number
Attribute
Description
Sample Value

1

TECHNOLOGY TYPE CODE

A code that uniquely identifies technology type.

CL

2

TECHNOLOGY TYPE DESC

A textual description that describes a technology type.

Copper Line

3

TECHNOLOGY TYPE NAME

A name assigned to a technology type.

Copper Line

4

LANGUAGE CODE

Unique identifier for a row in the Language dimension.

Time Slot

Description: TIME SLOT

Time Slot Hierarchies

Standard Time Slot Hierarchy:

Description of image097.gif follows
Description of the illustration image097.gif

Time Slot Levels

Table 3-225 shows Time Slot Total: Level to be used for summary analysis for all time slots. Most aggregate level of the dimension.

Table 3-225 Time Slot Total

Sr. Number
Attribute
Description

1.

TIME SLOT TOTAL ID

Key/code for grouping all the time hour slots of the day.

Table 3-226 shows Time Slot Detail: Most detail level of the dimension at which data will be captured in the facts. Values will be used for detail analysis.

Table 3-226 Time Slot Detail

Sr. Number
Attribute
Description
Sample Value

1

HALF HOUR CODE

Retrofitted from column HALF_HOUR_CODE of table TIME_SLOT_DIM

2

HALF HOUR NAME

Retrofitted from column HALF_HOUR_NAME of table TIME_SLOT_DIM

01:00 - 01:29 AM

3

HALF HOUR NUMBER

Retrofitted from column HLF_HOUR_NUMBER of table TIME_SLOT_DIM

4

HALF HOUR TIME OF DAY

Retrofitted from column HLF_HOUR_TIME_OF_DAY of table TIME_SLOT_DIM

5/15/2008 1:00:00 AM

5

HOUR CODE

Retrofitted from column HOUR_CODE of table TIME_SLOT_DIM

6

HOUR NAME

Retrofitted from column HOUR_NAME of table TIME_SLOT_DIM

01:00 - 01:29 AM

7

HOUR NUMBER

Retrofitted from column HOUR_NUMBER of table TIME_SLOT_DIM

1

8

HOUR TIME OF DAY

Retrofitted from column HOUR_TIME_OF_DAY of table TIME_SLOT_DIM

5/5/2008 1:00:00 AM

9

QTR HOUR CODE

Retrofitted from column QTR_HOUR_CODE of table TIME_SLOT_DIM

10

QTR HOUR NAME

Retrofitted from column QTR_HOUR_NAME of table TIME_SLOT_DIM

11

QTR HOUR NUMBER

Retrofitted from column QTR_HOUR_NUMBER of table TIME_SLOT_DIM

12

QTR HOUR TIME OF DAY

Retrofitted from column QTR_HOUR_TIME_OF_DAY of table TIME_SLOT_DIM

13

TIME SLOT CODE

TIME SLOT CODE.

5,6

14

TIME SLOT NAME

TIME SLOT NAME.

01:00 - 01:14 AM

15

WHOLE DAY CODE

Retrofitted from column WHOLE_DAY_CODE of table TIME_SLOT_DIM

16

WHOLE DAY NAME

Retrofitted from column WHOLE_DAY_NAME of table TIME_SLOT_DIM

UMS Access Type

Description: UMS ACCESS TYPE

UMS Access Type Hierarchies

Standard UMS Access Type Hierarchy:

Description of image098.gif follows
Description of the illustration image098.gif

UMS Access Type Levels

Table 3-227 shows UMS Access Type Total: Most aggregate level shows sum of values for all types of UMS access.

Table 3-227 UMS Access Type Total

Sr. Number
Attribute
Description

1.

UMS ACCESS TYPE TOTAL ID

Code for All UMS Access Types

Table 3-228 shows UMS Access Type Detail: The granular level at which data will be captured. The values at this level indicate the actual UMS access types that are used to notify the UMS subscribers.

Table 3-228 UMS Access Type Detail

Sr. Number
Attribute
Description
Sample Value

1

UMS ACCESS TYPE CODE

Code for UMS Access Type.

FAX

2

UMS ACCESS TYPE DESC

Description of the UMS Access Type.

Fax

3

UMS ACCESS TYPE NAME

Short description of the UMS Access Type.

Fax

4

LANGUAGE CODE

Unique identifier for a row in the Language dimension.

Value Added Services (VAS)

Description: VALUE ADDED SERVICE

Value Added Services Hierarchies

Standard Value Added Service Hierarchy:

Description of image099.gif follows
Description of the illustration image099.gif

Value Added Services Levels

Table 3-229 shows Value Added Service (VAS) Total: All VAS is the most aggregate level of the dimension and is used to see the results for all the services, that is, irrespective of type and individual service.

Table 3-229 Value Added Service Total

Sr. Number
Attribute
Description

1.

VALUE ADDED SERVICE TOTAL CODE

Code for All Value Added Service

Table 3-230 shows Value Added Service (VAS): is the lowest level or the most detail level, at which data related to VAS facts will be captured and stored. The values in this level indicate the actual value added services offered by Service provider

Table 3-230 Value Added Service

Sr. Number
Attribute
Description
Sample Value

1

VALUE ADDED SERVICE TYPE NAME

Short description of the VAS type.

2

VALUE ADDED SERVICE TYPE DESC

Description of the VAS Type.

3

VALUE ADDED SERVICE TYPE CODE

Code for VAS type.

4

VALUE ADDED SERVICE NAME

Short description of the VAS.

Product 1

5

VALUE ADDED SERVICE DESC

Description of VAS.

ZeroBalImpact

6

VALUE ADDED SERVICE CODE

Code or Id for VAS.

1

7

PRODUCT TYPE CODE

Retrofitted from column PRODUCT_KEY of table FACT_MARKET_SHARE

8

PRODUCT RATING PLAN TYPE CODE

Identifier for the offer.

9

PRODUCT PACKAGE TYPE CODE

Identifier for the offer.

10

PRODUCT PACKAGE CHARGE TYPE CODE

Code.

11

PRODUCT NAME

Product name.

12

PRODUCT GROUP CODE

Unique identifier for Product Group.

13

PRODUCT CODE

Uniquely identifier of product.

$13.00

14

NETWORK CODE

The network which is used by this platform

15

IN PLATFORM CODE

Code for IN Platform

16

EQUIPMENT FUNCTIONALITY CODE

The code of function

18

EFFECTIVE TO DATE

The end date of the period when this Channel was valid.

12/31/2005 12:00:00 AM

19

EFFECTIVE FROM DATE

Standard SCD field, effective from date

12/31/2005 12:00:00 AM

PROD_DESC

4 Oracle Communications Data Model Physical Data Model

This chapter provides information about the physical data model of Oracle Communications Data Model.

This chapter includes the following sections:

Introduction to Oracle Communications Data Model Physical Data Model

Reference Tables

Lookup Tables

Base Tables

Derived Tables

Aggregate Tables

Temporary and Other Tables

Database Sequences

Compressed Tables

Oracle Communications Data Model OLAP Cube MV, Cube View

Introduction to Oracle Communications Data Model Physical Data Model

The Physical Data Model of the Oracle Communications Data Model is the physical manifestation of the logical data model into database tables and relationships (or foreign key constraints). Partitions, indexes, and Materialized Views have been added to aid performance.

The Physical data model includes the following:

Reference Tables

Lookup Tables

Base Tables

Derived Tables

Aggregate Tables

Database Sequences

Important:

Do not make changes to the schemas as such changes are not supported.

Oracle Communications Data Model provides the following types of tables:

Reference tables contain information that is usually used as dimensions. They usually do not change often (or at all). Typically, Reference tables are PARTY, CUSTOMER, ADDRESS LOCATION, ACCOUNT, SUBSCRIPTION, and so on

Lookup tables in the foundation layer are added to save the definition of short codes used in other tables.

Base tables store information about any type of transactions (Calls Data Records or CDRs, Invoices, Payments, Business Interactions, and so on). They are usually transformed into facts.

Derived Tables in the analytic layer are usually transition tables to STARs. They are also leveraged for the Mining models.

Aggregate Tables, or materialized views, are the STAR schema themselves at a higher level of aggregation. They may be related to the OLAP cubes.

For more information on Oracle Communications Data Model table types, see "Oracle Communications Data Model Concepts".

Table 4-1 shows the table name prefix conventions. When you examine the predefined physical model, keep in mind the naming conventions shown in Table 4-1 that use DW (Data Warehouse) prefixes to identify the types of tables and views.

Table 4-1 Table Name Prefix Conventions

Prefix
Description

DWA_

Aggregate table

DWB_

Base transaction table

DWD_

Derived table (Mining included)

DWL_

Lookup table

DWR_

Reference data table

Reference Tables

Table 4-2 briefly describes the Reference tables in Oracle Communications Data Model.

Table 4-2 Reference Tables

Table Name
More Information

DWR_ACCS_MTHD

ACCESS METHOD

DWR_ACCS_MTHD_ACCT_ASGN

ACCESS METHOD ACCOUNT ASSIGNMENT

DWR_ACCS_MTHD_ASGN

ACCESS METHOD ASSIGNMENT

DWR_ACCS_MTHD_ELMNT

ACCESS METHOD ELEMENT

DWR_ACCS_MTHD_EQPMNT_ASGN

ACCESS METHOD EQUIPMENT ASSIGNMENT

DWR_ACCS_MTHD_GEO_ASGN

ACCESS METHOD GEOGRAPHY ASSIGNMENT

DWR_ACCS_MTHD_POOL

ACCESS METHOD POOL

DWR_ACCS_MTHD_PRTY_ASGN

ACCESS METHOD PARTY ASSIGNMENT

DWR_ACCS_MTHD_SBRP_ASGN

ACCESS METHOD SUBSCRIPTION ASSIGNMENT

DWR_ACCS_MTHD_SGMNT

ACCESS METHOD SEGMENT

DWR_ACCS_MTHD_SRVC_ASGN

ACCESS METHOD SERVICE ASSIGNMENT

DWR_ACCSRS

ACCESSORIES

DWR_ACCT

ACCOUNT

DWR_ACCT_ASGN

ACCOUNT ASSIGNMENT

DWR_ACCT_BAL_GRP

ACCOUNT BALANCE GROUP

DWR_ACCT_BLLG_CYCL_HIST

ACCOUNT BILLING CYCLE HISTORY

DWR_ACCT_BLLG_FRQNCY_HIST

ACCOUNT BILLING FREQUENCY HISTORY

DWR_ACCT_BLLG_PRD_HIST

ACCOUNT BILLING PERIOD HISTORY

DWR_ACCT_BSNS_INTRACN_RL

ACCOUNT BUSINESS INTERACTION ROLE

DWR_ACCT_CNRT_RLTN

ACCOUNT CONTRACT RELATIONSHIP

DWR_ACCT_PREF_INVC_DLVRY

ACCOUNT PREFERRED INVOICE DELIVERY

DWR_ACCT_PREF_PYMT_MTHD

ACCOUNT PREFERRED PAYMENT METHOD

DWR_ACCT_PRFL

ACCOUNT PROFILE

DWR_ACCT_PRTY_PMP_RLTN

ACCOUNT PARTY PMP RELATIONSHIP

DWR_ACCT_SBRP_ASGN

ACCOUNT SUBSCRIPTION ASSIGNMENT

DWR_ACCT_SGMNT

ACCOUNT SEGMENT

DWR_ACCT_SGMNT_ASGN_HIST

ACCOUNT SEGMENT ASSIGNMENT HISTORY

DWR_ACCT_SGMNT_MDL

ACCOUNT SEGMENTATION MODEL

DWR_ADDR_LCTN_NAME

ADDRESS LOCATION NAME

DWR_ADDR_LOC

ADDRESS LOCATION

DWR_ADDR_RLTD

ADDRESS RELATED

DWR_ADTNL_TXT

ADDITIONAL TEXT

DWR_ADVR_PRD

ADVERTISING PERIOD

DWR_ADVR_QTR

ADVERTISING QUARTER

DWR_ADVR_WK

ADVERTISING WEEK

DWR_ADVR_YR

ADVERTISING YEAR

DWR_AGGRTN_INTRFC

AGGREGATION INTERFACE

DWR_ALWNCE_SBRP_PRICE_ALTRTN

ALLOWANCE SBRP PRICE ALTERNATION

DWR_AMRCN_PRPTY_ADDR

AMERICAN PROPERTY ADDRESS

DWR_AM_SGMNT_PROD_CPBLTY_RL

ACCESS METHOD SEGMENT PROD CAPABILITY RL

DWR_ANZSIC_CLSFCTN

ANZSIC CLASSIFICATION

DWR_ASSET

ASSET

DWR_ASSET_PRTY_ASSOCTN

ASSET PARTY ASSOCIATION

DWR_ASSET_SITE_ASGN

ASSET SITE ASSIGNMENT

DWR_ATM_INTRFC

ATM INTERFACE

DWR_ATONOMS_SYS

AUTONOMOUS SYSTEM

DWR_AUXILIARY_CMPNT

AUXILIARY COMPONENT

DWR_BASE_DAY

BASE DAY

DWR_BASE_STN_CNTRLR

BASE STATION CONTROLLER

DWR_BASE_TRNSCVR_STN

BASE TRANSCEIVER STATION

DWR_BNK

BANK

DWR_BNK_DRCT_DEBT_CHNL

BANK DIRECT DEBIT CHANNEL

DWR_BRDBND_RTNG_PLN

BROADBAND RATING PLAN

DWR_BRDBND_SRVC

BROADBAND SERVICE

DWR_BRDGNG_PROTCL

BRIDGING PROTOCOL

DWR_BROWSER_VRSN

BROWSER VERSION

DWR_BRND

BRAND

DWR_BSNS_ASSET

BUSINESS ASSET

DWR_BSNS_HLF_MO

BUSINESS HALF MONTH

DWR_BSNS_HLF_YR

BUSINESS HALF YEAR

DWR_BSNS_INTRACN_ASGN

BUSINESS INTERACTION ASSIGNMENT

DWR_BSNS_INTRACN_CHTRSTC

BUSINESS INTERACTION CHARACTERISTIC

DWR_BSNS_INTRACN_CHTRSTC_VAL

BUSINESS INTERACTION CHARACTERISTIC VALUE

DWR_BSNS_INTRACN_LOC_ASGN

BUSINESS INTERACTION LOCATION ASSIGNMENT

DWR_BSNS_INTRACN_VRSN

BUSINESS INTERACTION VERSION

DWR_BSNS_MO

BUSINESS MONTH

DWR_BSNS_QTR

BUSINESS QUARTER

DWR_BSNS_UNIT_JB_RL

BUSINESS UNIT JOB ROLE

DWR_BSNS_UNIT_SHFT

BUSINESS UNIT SHIFT

DWR_BSNS_WK

BUSINESS WEEK

DWR_BSNS_YR

BUSINESS YEAR

DWR_CALL_CNTR

CALL CENTER

DWR_CALL_CNTR_AGNT

CALL CENTER AGENT

DWR_CALL_CNTR_SRVC_CAPBLTY

CALL CENTER SERVICE CAPABILITY

DWR_CALL_FRWD

CALL FORWARD

DWR_CALL_SRC_DSTN

CALL SOURCE DESTINATION

DWR_CALLR_ID

CALLER ID

DWR_CARD

CARD

DWR_CARD_RLTN

CARD RELATIONSHIP

DWR_CBL

CABLE

DWR_CBL_MDM

CABLE MODEM

DWR_CELL

CELL

DWR_CELL_SCTR

CELL SECTOR

DWR_CELL_SITE

CELL SITE

DWR_CFS_SPEC_VRSN_DTL

CFS SPEC VERSION DETAIL

DWR_CHASSIS

CHASSIS

DWR_CHASSIS_POSN

CHASSIS POSITION

DWR_CHNL

CHANNEL

DWR_CLNDR_HLF_MO

CALENDAR HALF MONTH

DWR_CLNDR_HLF_YR

CALENDAR HALF YEAR

DWR_CLNDR_MO

CALENDAR MONTH

DWR_CLNDR_QTR

CALENDAR QUARTER

DWR_CLNDR_WK

CALENDAR WEEK

DWR_CLNDR_YR

CALENDAR YEAR

DWR_CMPGN

CAMPAIGN

DWR_CMPGN_CHNL_ASGN

CAMPAIGN CHANNEL ASSIGNMENT

DWR_CMPGN_CHNL

CAMPAIGN CHANNEL

DWR_CMPGN_CHTRSTC

CAMPAIGN CHARACTERISTIC

DWR_CMPGN_CHTRSTC_VAL

CAMPAIGN CHARACTERISTIC VALUE

DWR_CMPGN_DOC

CAMPAIGN DOCUMENT

DWR_CMPGN_MGMT_HIST

CAMPAIGN MANAGEMENT HISTORY

DWR_CMPGN_MSG

CAMPAIGN MESSAGE

DWR_CMPGN_MSG_DPCT

CAMPAIGN MESSAGE DEPICTION

DWR_CMPGN_RLTN

CAMPAIGN RELATIONSHIP

DWR_CMPGN_TERM_VAL

CAMPAIGN TERM VALUE

DWR_CMPND_ELMNT

COMPOUND ELEMENT

DWR_CMPND_ELMNT_CMPND_DTL

COMPOUND ELEMENT COMPOUND DETAIL

DWR_CMPND_ELMNT_COLLCTN

COMPOUND ELEMENT COLLECTION

DWR_CMPND_ELMNT_DTL

COMPOUND ELEMENT DETAIL

DWR_CMPND_ELMNT_LGICL_DTL

COMPOUND ELEMENT LOGICAL DETAIL

DWR_CMPND_ELMNT_PHY_DTL

COMPOUND ELEMENT PHYSICAL DETAIL

DWR_CMPND_ELMNT_RL

COMPOUND ELEMENT ROLE

DWR_CMPND_ELMNT_RL_ASGN

COMPOUND ELEMENT ROLE ASSIGNMENT

DWR_CMPND_ELMNT_RL_SPEC

COMPOUND ELEMENT ROLE SPEC

DWR_CMPND_ELMNT_TP_DTL

COMPOUND ELEMENT TP DETAIL

DWR_CMPND_ELMNT_UNIT

COMPOUND ELEMENT UNIT

DWR_CMPNT_SBRP_PRICE

COMPONENT SUBSCRIPTION PRICE

DWR_CMPST_COMP_PROD_CRL_CHTRTC

COMPOSITE COMP PROD CRRL CHARACTERISTIC

DWR_CMPST_PROD_RTNG_PLN

COMPOSITE PRODUCT RATING PLAN

DWR_CMPST_PROD_RTNG_PLN_ASGN

COMPOSITE PRODUCT RATING PLAN ASSIGNMENT

DWR_CMPST_SBRP_PRICE

COMPOSITE SUBSCRIPTION PRICE

DWR_CMPST_SRVC

COMPOSITE SERVICE

DWR_CMPST_SRVC_INCLSN

COMPOSITE SERVICE INCLUSION

DWR_CMPST_SRVC_TYP_INCLSN

COMPOSITE SERVICE TYPE INCLUSION

DWR_CMPTR

COMPETITOR

DWR_CMPTR_INTLGNCE

COMPETITOR INTELLIGENCE

DWR_CMPTR_INTLGNCE_PRTY_RL

COMPETITOR INTELLIGENCE PARTY ROLE

DWR_CMPTR_MKT_SGMNT_ASGN

COMPETITOR MARKET SEGMENT ASSIGNMENT

DWR_CMPTR_MKT_SGMNT_SWOT

COMPETITOR MARKET SEGMENT SWOT

DWR_CMPTR_PROD_CRLTN

COMPETITOR PRODUCT CORRELATION

DWR_CMPTR_SWOT

COMPETITOR SWOT

DWR_CMPTR_TIER_ASGN

COMPETITOR TIER ASSIGNMENT

DWR_CMPTVE_TIER

COMPETITIVE TIER

DWR_CNCT_LST

CONTACT LIST

DWR_CNCTN

CONNECTION

DWR_CNCTN_TMNT_PNT

CONNECTION TERMINATION POINT

DWR_CNRT

CONTRACT

DWR_CNRT_ASGN

CONTRACT ASSIGNMENT

DWR_CNRT_DOC

CONTRACT DOCUMENT

DWR_CNRT_ITEM

CONTRACT ITEM

DWR_CNRT_PROD_ASGN

CONTRACT PRODUCT ASSIGNMENT

DWR_CNSEQ_PRFMNC_NTFCTN

CONSEQUENCE PERFORMANCE NOTIFICATION

DWR_CNSEQ_PRFMNC_NTFCTN_SPEC

CONSEQUENCE PERFORMANCE NOTIFICATION SPEC

DWR_CNTNT

CONTENT

DWR_CNTNT_PRICE

CONTENT PRICE

DWR_CNTNT_PRVDR

CONTENT PROVIDER

DWR_COLLCTN

COLLECTION

DWR_COLLCTN_AGNCY

COLLECTION AGENCY

DWR_COMP_INTL_CHTRSTC

COMP INTEL CHARACTERISTIC

DWR_COMP_INTL_CHTRSTC_VAL

COMP INTEL CHARACTERISTIC VALUE

DWR_COMP_INTL_MKT_SGMNT

COMP INTEL MARKET SEGMENT

DWR_COMP_PROD_CRRL_CHTRSTC

COMP PROD CRRL CHARACTERISTIC

DWR_COMP_PROD_CRRL_CHTRTC_ASGN

COMP PROD CRRL CHARACTERISTIC ASSIGNMENT

DWR_COMP_PROD_CRRL_CHRSTC_RLTN

COMP PROD CRRL CHARACTERISTIC RELATIONSHIP

DWR_COMP_PROD_CRRL_CHTRSTC_VAL

COMP PROD CRRL CHARACTERISTIC VALUE

DWR_COMPLEX_ADDR

COMPLEX ADDRESS

DWR_COMUNICTN_SRVC

COMMUNICATION SERVICE

DWR_CORE_INTRFC

CORE INTERFACE

DWR_COST_CNTR

COST CENTER

DWR_COURIER

COURIER

DWR_CPCTY

CAPACITY

DWR_CPE_LGICL_DVC_RL

CPE LOGICAL DEVICE ROLE

DWR_CRCUT_CMPNT

CIRCUIT COMPONENT

DWR_CRDT_CTGRY

CREDIT CATEGORY

DWR_CRDT_SCR_PRVDR

CREDIT SCORE PROVIDER

DWR_CRNCY_GEO_ENT_ASGN

CURRENCY GEOGRAPHY ENTITY ASSIGNMENT

DWR_CUST

CUSTOMER

DWR_CUST_CLASS_ASGN

CUSTOMER CLASS ASSIGNMENT

DWR_CUST_COMMUNITY

CUSTOMER COMMUNITY

DWR_CUST_DOC

CUSTOMER DOCUMENT

DWR_CUST_FCNG_SRVC

CUSTOMER FACING SERVICE

DWR_CUST_FCNG_SRVC_RL

CUSTOMER FACING SERVICE ROLE

DWR_CUST_FCNG_SRVC_SPEC_RL

CUSTOMER FACING SERVICE SPEC ROLE

DWR_CUST_FCNG_SRVC_SPEC_VRSN

CUSTOMER FACING SERVICE SPEC VERSION

DWR_CUST_GRP_ASGN

CUSTOMER GROUP ASSIGNMENT

DWR_CUST_INDVL

CUSTOMER INDIVIDUAL

DWR_CUST_OCCSN

CUSTOMER OCCASION

DWR_CUST_ORDR_DOC

CUSTOMER ORDER DOCUMENT

DWR_CUST_ORG

CUSTOMER ORGANIZATION

DWR_CUST_RSTRCT_INFO

CUSTOMER RESTRICTED INFO

DWR_CUST_RVN_BND_ASGN

CUSTOMER REVENUE BAND

DWR_CUST_SCR

CUSTOMER SCORE

DWR_CUST_SGMNT

CUSTOMER SEGMENT

DWR_CUST_SGMNT_MDL

CUSTOMER SEGMENTATION MODEL

DWR_CUST_SIC_ASGN

CUSTOMER SIC ASSIGNMENT

DWR_CUST_SRC

CUSTOMER SOURCE

DWR_DAY

DAY

DWR_DAY_ACT_CONDITION

DAY ACTUAL CONDITION

DWR_DAY_TODATE_TRANS

DAY TODATE TRANSFORMATION

DWR_DAY_TRANS

DAY TRANSFORMATION

DWR_DEAL

DEAL

DWR_DEAL_LN_ITEM

DEAL LINE ITEM

DWR_DEMOG_ATRIB

DEMOGRAPHY ATTRIBUTE

DWR_DEMOG_CHTRSTC

DEMOGRAPHIC CHARACTERISTIC

DWR_DEMOG_CHTRSTC_VAL

DEMOGRAPHIC CHARACTERISTIC VALUE

DWR_DEMOG_GRP

DEMOGRAPHY ATTRIBUTE

DWR_DISC_GRP

DISCOUNT GROUP

DWR_DISC_SBRP_PRICE_ALTRTN

DISCOUNT SBRP PRICE ALTERATION

DWR_DLR

DEALER

DWR_DLR_DISC_GRP_ASGN

DEALER DISCOUNT GROUP ASSIGNMENT

DWR_DOC_TYP_GRP_ASGN

DOCUMENT TYPE GROUP ASSIGNMENT

DWR_DRVD_VAL

DERIVED VALUE

DWR_DSL_MDM

DSL MODEM

DWR_DVC_INTRFC

DEVICE INTERFACE

DWR_DVC_INTRFC_DTL

DEVICE INTERFACE DETAIL

DWR_DVC_INTRFC_PHY_PRT_ASGN

DEVICE INTERFACE PHYSICAL PORT ASSIGNMENT

DWR_DVC_INTRFC_RL

DEVICE INTERFACE ROLE

DWR_DVC_INTRFC_TP_ASGN

DEVICE INTERFACE TP ASSIGNMENT

DWR_EDGE_INTRFC

EDGE INTERFACE

DWR_ELMNT_CHTRSTC

ELEMENT CHARACTERISTIC

DWR_ELMNT_CHTRSTC_ASGN

ELEMENT CHARACTERISTIC ASSIGNMENT

DWR_ELMNT_CHTRSTC_RLTN

ELEMENT CHARACTERISTIC RELATIONSHIP

DWR_ELMNT_CHTRSTC_VAL

ELEMENT CHARACTERISTIC VALUE

DWR_ELMNT_CHTRSTC_VAL_ASGN

ELEMENT CHARACTERISTIC VALUE ASSIGNMENT

DWR_ELMNT_CHTRSTC_VAL_RLTN

ELEMENT CHARACTERISTIC VALUE RELATIONSHIP

DWR_EML_SRVC

EMAIL SERVICE

DWR_EMP

EMPLOYEE

DWR_EMP_DISC_GRP_ASGN

EMPLOYEE DISCOUNT GROUP ASSIGNMENT

DWR_EMP_JB_RL_ASGN

EMPLOYEE JOB ROLE ASSIGNMENT

DWR_EMP_LANG_CAPBLTY

EMPLOYEE LANGUAGE CAPABILITY

DWR_EMP_RSTRCT_INFO

EMPLOYEE RESTRICTED INFO

DWR_EMP_SCHL

EMPLOYEE SCHEDULE

DWR_ENT

ENTITY

DWR_ENT_RL

ENTITY ROLE

DWR_ENT_SPECFTN

ENTITY SPECIFICATION

DWR_EQPMNT

EQUIPMENT

DWR_EQPMNT_CNTR

EQUIPMENT CENTER

DWR_EQPMNT_FNCTNLTY

EQUIPMENT FUNCTIONALITY

DWR_EQPMNT_FNCTNLTY_ASGN

EQUIPMENT FUNCTIONALITY ASSIGNMENT

DWR_EQPMNT_HLDR

EQUIPMENT HOLDER

DWR_EQPMNT_INSTNC

EQUIPMENT INSTANCE

DWR_EQPMNT_INSTNC_RNTNG_CNRT

EQUIPMENT INSTANCE RENTING CONTRACT

DWR_EQPMNT_SBRP

EQUIPMENT SUBSCRIPTION

DWR_EVT_LOC

EVENT LOCATION

DWR_EVT_PRTY_RL

EVENT PARTY ROLE

DWR_EVT_RSLTN

EVENT RESOLUTION

DWR_EXCLD_PRT_DTL

EXCLUDE PORT DETAIL

DWR_EXTRNL_CRDT_PRFL

EXTERNAL CREDIT PROFILE

DWR_EXTRNL_CRDT_PRFL_ASGN

EXTERNAL CREDIT PROFILE ASSIGNMENT

DWR_EXTRNL_INFO_SRC

EXTERNAL INFORMATION SOURCE

DWR_EXTRNL_OPRTR

EXTERNAL OPERATOR

DWR_FCTR_CMPNY

FACTOR COMPANY

DWR_FDA

FDA

DWR_FIXED_LN_PRT

FIXED LINE PORT

DWR_FIXED_LN_RTNG_PLN

FIXED LINE RATING PLAN

DWR_FIXED_LN_SRVC

FIXED LINE SERVICE

DWR_FRWL_RL

FIREWALL ROLE

DWR_FSAM

FSAM

DWR_FSCL_HLF_MO

FISCAL HALF MONTH

DWR_FSCL_HLF_YR

FISCAL HALF YEAR

DWR_FSCL_MO

FISCAL MONTH

DWR_FSCL_QTR

FISCAL QUARTER

DWR_FSCL_WK

FISCAL WEEK

DWR_FSCL_YR

FISCAL YEAR

DWR_FXBLE_CHTRSTC

FLEXIBLE CHARACTERISTIC

DWR_FXBLE_CHTRSTC_ASGN

FLEXIBLE CHARACTERISTIC ASSIGNMENT

DWR_FXBLE_CHTRSTC_ASGN_TYP

FLEXIBLE CHARACTERISTIC ASSIGNMENT TYPE

DWR_FXBLE_CHTRSTC_RLTN

FLEXIBLE CHARACTERISTIC RELATIONSHIP

DWR_FXBLE_CHTRSTC_TYP

FLEXIBLE CHARACTERISTIC TYPE

DWR_FXBLE_CHTRSTC_VAL

FLEXIBLE CHARACTERISTIC VALUE

DWR_FXBLE_CHTRSTC_VAL_ASGN

FLEXIBLE CHARACTERISTIC VALUE ASSIGNMENT

DWR_FXBLE_CHTRSTC_VAL_RLTN

FLEXIBLE CHARACTERISTIC VALUE RELATIONSHIP

DWR_GEO_BLDG

GEOGRAPHY BUILDING

DWR_GEO_CITY

GEOGRAPHY CITY

DWR_GEO_CNTRY

GEOGRAPHY COUNTRY

DWR_GEO_CNTY

GEOGRAPHY COUNTY

DWR_GEO_COMPLEX

GEOGRAPHY COMPLEX

DWR_GEO_DEMOG_ATRIB

GEOGRAPHY DEMOGRAPHY ATTRIBUTE

DWR_GEO_DEMOG_GRP

GEOGRAPHY DEMOGRAPHIC GROUP

DWR_GEO_DEMOG_VAL

GEOGRAPHY DEMOGRAPHY VALUE

DWR_GEO_ENT

GEOGRAPHY ENTITY

DWR_GEO_ENT_ASGN

GEOGRAPHY ENTITY ASSIGNMENT

DWR_GEO_ENT_HIER_LVL_ASGN

GEOGRAPHY ENTITY HIER LEVEL ASSIGNMENT

DWR_GEO_HRCHY

GEOGRAPHY HIERARCHY

DWR_GEO_HRCHY_LVL

GEOGRAPHY HIERARCHY LEVEL

DWR_GEO_HRCHY_LVL_ASGN

GEOGRAPHY HIERARCHY LEVEL ASSIGNMENT

DWR_GEO_LVL

GEOGRAPHY LEVEL

DWR_GEO_LVL_ATRIB

GEOGRAPHY LEVEL ATTRIBUTE

DWR_GEO_LVL_ATRIB_VAL

GEOGRAPHY LEVEL ATTRIBUTE VALUE

DWR_GEO_RGN

GEOGRAPHY REGION

DWR_GEO_SBRGN

GEOGRAPHY SUB REGION

DWR_GEO_STATE

GEOGRAPHY STATE

DWR_GEO_STRT

GEOGRAPHY STREET

DWR_GEO_WORLD

GEOGRAPHY WORLD

DWR_GL_ACCT

GL ACCOUNT

DWR_GL_ACCT_ASGN

GL ACCOUNT ASSIGNMENT

DWR_GL_ACCT_SGMNT

GL ACCOUNT SEGMENT

DWR_GL_COST_CNTR_SGMNT

GL COST CENTER SEGMENT

DWR_GL_LDGR

GL LEDGER

DWR_GL_LDGR_ACCT_ASGN

GL LEDGER ACCOUNT ASSIGNMENT

DWR_GL_ORG_BSNS_UNIT_SGMNT

GL ORG BSNS UNIT SEGMENT

DWR_GL_PRD

GL PERIOD

DWR_GL_PROD_SGMNT

GL PRODUCT SEGMENT

DWR_GL_PROJ_SGMNT

GL PROJECT SEGMENT

DWR_GL_REF

GL REFERENCE

DWR_GL_SBLDGR

GL SUBLEDGER

DWR_GL_SGMNT

GL SEGMENT

DWR_GPRS_SRVC

GPRS SERVICE

DWR_HH

HOUSEHOLD

DWR_HLDR_ATMC

HOLDER ATOMIC

DWR_HLDR_CMPST

HOLDER COMPOSITE

DWR_HLF_HR

HALF HOUR

DWR_HLF_MO_TODATE_TRANS

HALF MONTH TODATE TRANSFORMATION

DWR_HLF_MO_TRANS

HALF MONTH TRANSFORMATION

DWR_HLF_YR_TODATE_TRANS

HALF YEAR TODATE TRANSFORMATION

DWR_HLF_YR_TRANS

HALF YEAR TRANSFORMATION

DWR_HM_SBCRBR_SERVER

HOME SUBSCRIBER SERVER

DWR_HNDST_INSTNC

HANDSET INSTANCE

DWR_HNDST_MDL

HANDSET MODEL

DWR_HR

HOUR

DWR_HRDWR

HARDWARE

DWR_IDD

IDD

DWR_IN_PLTFRM

IN PLATFORM

DWR_IN_RUTNG_DVC

IN ROUTING DEVICE

DWR_INDVL_DEMOG_PRFL

INDIVIDUAL DEMOGRAPHY PROFILE

DWR_INDVL_DEMOG_VAL

INDIVIDUAL DEMOGRAPHY VALUE

DWR_INDVL_NAME

INDIVIDUAL NAME

DWR_INTRACN_CHNL

INTERACTION CHANNEL

DWR_INTRACN_NAVGTN_ASGN

INTERACTION NAVIGATION ASSIGNMENT

DWR_INTRACN_NAVGTN_ITEM

INTERACTION NAVIGATION ITEM

DWR_INTRACN_NAVGTN_TYP_VRSN

INTERACTION NAVIGATNION TYPE VERSION

DWR_INVC_ADJ_QTA

INVOICE ADJUSTMENT QUOTA

DWR_IP_ADDR

IP ADDRESS

DWR_IP_ADDR_POOL

IP ADDRESS POOL

DWR_IP_SUBNET

IP SUBNET

DWR_IPV4_ADDR

IPV4 ADDRESS

DWR_ISP

ISP

DWR_ISP_BSNS

ISP BUSINESS

DWR_ISP_BSNS_ASGN

ISP BUSINESS ASSIGNMENT

DWR_ISP_USER

ISP USER

DWR_ITEM

ITEM

DWR_JB

JOB

DWR_JB_RL

JOB ROLE

DWR_KEY_PRFMNC_IND_SLS_PARM

KEY PERFORMANCE INDICATOR SLS PARM

DWR_KEY_QLTY_IND_SLS_PARM

KEY QUALITY INDICATOR SLS PARM

DWR_LAN

LAN

DWR_LAN_PROTCL

LAN PROTOCOL

DWR_LAND_PARCEL_ADDR

LAND PARCEL ADDRESS

DWR_LANG_DIALECT

LANGUAGE DIALECT

DWR_LAYER_NTWK

LAYER NETWORK

DWR_LCL_ADDR_LOC

LOCAL ADDRESS LOCATION

DWR_LGICL_CPCTY

LOGICAL CAPACITY

DWR_LGICL_DVC

LOGICAL DEVICE

DWR_LGICL_DVC_ATMC

LOGICAL DEVICE ATOMIC

DWR_LGICL_DVC_CMPST

LOGICAL DEVICE COMPOSITE

DWR_LGICL_DVC_OS_ASGN

LOGICAL DEVICE OS ASSIGNMENT

DWR_LGICL_DVC_RL

LOGICAL DEVICE ROLE

DWR_LGICL_DVC_RL_SPEC

LOGICAL DEVICE ROLE SPEC

DWR_LGICL_ELMNT

LOGICAL ELEMENT

DWR_LGICL_ELMNT_PHY_SPPRT

LOGICAL ELEMENT PHYSICAL SUPPORT

DWR_LGICL_ELMNT_RL

LOGICAL ELEMENT ROLE

DWR_LGICL_ELMNT_RL_ASGN

LOGICAL ELEMENT ROLE ASSIGNMENT

DWR_LGICL_ELMNT_RL_SPEC

LOGICAL ELEMENT ROLE SPEC

DWR_LGICL_ELMNT_SPEC_PHY_SPPRT

LOGICAL ELEMENT SPEC PHYSICAL SUPPORT

DWR_LGICL_ELMNT_TYP_VRSN

LOGICAL ELEMENT TYPE VERSION

DWR_LGICL_INTRFC

LOGICAL INTERFACE

DWR_LYLTY_PROG

LOYALTY PROGRAM

DWR_LYLTY_PROG_CHNL

LOYALTY PROGRAM CHANNEL

DWR_MAILBOX

MAILBOX

DWR_MANAGED_ENT

MANAGED ENTITY

DWR_MANAGED_HRDWR

MANAGED HARDWARE

DWR_MANAGED_TRNSMISN_ENT

MANAGED TRANSMISSION ENTITY

DWR_MBL_SWTCHNG_CNTR

MOBILE SWITCHING CENTER

DWR_MEDIA_INTRFC

MEDIA INTERFACE

DWR_MEDIA_OBJ

MEDIA OBJECT

DWR_MEDIA_OBJ_ASGN

MEDIA OBJECT ASSIGNMENT

DWR_MGMT_DOMAIN

MANAGEMENT DOMAIN

DWR_MGMT_PROTCL

MANAGEMENT PROTOCOL

DWR_MKT_AREA

MARKET AREA

DWR_MKT_AREA_LVL

MARKET AREA LEVEL

DWR_MKT_PLN_DOC_REQRMNT

MARKET PLAN DOCUMENT REQUIREMENT

DWR_MKT_PLN_SUB_BY_DOC

MARKET PLAN SUBSTITUTE BY DOC

DWR_MKT_PLN_TERM_VAL

MARKET PLAN TERM VALUE

DWR_MKT_SGMNT

MARKET SEGMENT

DWR_MKT_SGMNT_CHTRSTC

MARKET SEGMENT CHARACTERISTIC

DWR_MKT_SGMNT_CHTRSTC_VAL

MARKET SEGMENT CHARACTERISTIC VALUE

DWR_MKT_STTSTCS

MARKET STATISTICS

DWR_MMS_SRVC

MMS

DWR_MNT

MINUTE

DWR_MO_TODATE_TRANS

MONTH TODATE TRANSFORMATION

DWR_MO_TRANS

MONTH TRANSFORMATION

DWR_MUS_DNLD

MUSIC DOWNLOAD

DWR_NAICS_CLSFCTN

NAICS CLASSIFICATION

DWR_NAICS_INDSTRY

NAICS INDUSTRY

DWR_NAICS_INDSTRY_GRP

NAICS INDUSTRY GROUP

DWR_NAICS_INDSTRY_SCTR

NAICS INDUSTRY SECTOR

DWR_NAICS_INDSTRY_SUBSCTR

NAICS INDUSTRY SUBSECTOR

DWR_NBR_AREA

NUMBER AREA

DWR_NBR_CNTRY

NUMBER COUNTRY

DWR_NEGOTIATED_SRVC_LVL_SPEC

NEGOTIATED SERVICE LEVEL SPEC

DWR_NP_MBL_MSISDN

NP MOBILE MSISDN

DWR_NTWK

NETWORK

DWR_NTWK_ADDR

NETWORK ADDRESS

DWR_NTWK_ADDR_INTRFC_BNDNG

NETWORK ADDRESS INTERFACE BINDING

DWR_NTWK_ASGN

NETWORK ASSIGNMENT

DWR_NTWK_ATMC

NETWORK ATOMIC

DWR_NTWK_CMPST

NETWORK COMPOSITE

DWR_NTWK_CPCTY

NETWORK CAPACITY

DWR_NTWK_DOMAIN

NETWORK DOMAIN

DWR_NTWK_DOMAIN_ASGN

NETWORK DOMAIN ASSIGNMENT

DWR_NTWK_ELMNT

NETWORK ELEMENT

DWR_NTWK_ELMNT_BSNS_INTRACN_RL

NETWORK ELEMENT BUSINESS INTERACTION ROLE

DWR_NTWK_ELMNT_PRTY_ASSOCTN

NETWORK ELEMENT PARTY ASSOCIATION

DWR_NTWK_ELMNT_PRTY_MGMT

NETWORK ELEMENT PARTY MANAGEMENT

DWR_NTWK_ELMNT_RL

NETWORK ELEMENT ROLE

DWR_NTWK_ELMNT_RL_ASGN

NETWORK ELEMENT ROLE ASSIGNMENT

DWR_NTWK_ELMNT_RL_PRTY_ASGN

NETWORK ELEMENT ROLE PARTY ASSIGNMENT

DWR_NTWK_ELMNT_RL_SPEC

NETWORK ELEMENT ROLE SPEC

DWR_NTWK_ELMNT_RLTN

NETWORK ELEMENT RELATIONSHIP

DWR_NTWK_ELMNT_TYP

NETWORK ELEMENT TYPE

DWR_NTWK_ELMNT_TYP_VRSN

NETWORK ELEMENT TYPE VERSION

DWR_NTWK_ELMNT_TYP_VRSN_USG

NETWORK ELEMENT TYPE VERSION USAGE

DWR_NTWK_EVT_CHTRSTC

NETWORK EVENT CHARACTERISTIC

DWR_NTWK_EVT_CHTRSTC_ASGN

NETWORK EVENT CHARACTERISTIC ASSIGNMENT

DWR_NTWK_EVT_CHTRSTC_RLTN

NETWORK EVENT CHARACTERISTIC RELATIONSHIP

DWR_NTWK_EVT_CHTRSTC_VAL

NETWORK EVENT CHARACTERISTIC VALUE

DWR_NTWK_EVT_CHTRSTC_VAL_ASGN

NETWORK EVENT CHARACTERISTIC VALUE ASSIGNMENT

DWR_NTWK_EVT_CHTRSTC_VAL_RLTN

NETWORK EVENT CHARACTERISTIC VALUE RELATIONSHIP

DWR_NTWK_EVT_TYP_VRSN

NETWORK EVENT TYPE VERSION

DWR_NTWK_ROUTE

NETWORK ROUTE

DWR_NTWK_ROUTE_PNT

NETWORK ROUTE POINT

DWR_NTWK_ROUTE_PNT_ASGN

NETWORK ROUTE POINT ASSIGNMENT

DWR_NTWK_SITE

NETWORK SITE

DWR_NTWK_SRVC_COVRG_ASGN

NETWORK SERVICE COVERAGE ASSIGNMENT

DWR_NTWK_TCHPNT

NETWORK TOUCHPOINT

DWR_OPERTNG_SYS

OPERATING SYSTEM

DWR_ORACLE_GEOMETRY

ORACLE GEOMETRY

DWR_ORDR_LN_ITEM_STATE

ORDER LINE ITEM STATE

DWR_ORG_AREA

ORGANIZATION AREA

DWR_ORG_BNR

ORGANIZATION BANNER

DWR_ORG_BSNS_ENT

ORGANIZATION BUSINESS ENTITY

DWR_ORG_BSNS_UNIT

ORGANIZATION BUSINESS UNIT

DWR_ORG_CHAIN

ORGANIZATION CHAIN

DWR_ORG_CMPNY

ORGANIZATION COMPANY

DWR_ORG_CRPRT

ORGANIZATION CORPORATE

DWR_ORG_DIV

ORGANIZATION DIVISION

DWR_ORG_DSTRCT

ORGANIZATION DISTRICT

DWR_ORG_HRCHY

ORGANIZATION HIERARCHY

DWR_ORG_HRCHY_LVL

ORGANIZATION HIERARCHY LEVEL

DWR_ORG_HRCHY_LVL_ASGN

ORGANIZATION HIERARCHY LEVEL ASSIGNMENT

DWR_ORG_HRCHY_VRSN

ORGANIZATION HIERARCHY VERSION

DWR_ORG_ITEM_SLNG_PRICE

ORGANIZATION ITEM SELLING PRICE

DWR_ORG_LVL

ORGANIZATION LEVEL

DWR_ORG_LVL_ATRIB_VAL

ORGANIZATION LEVEL ATTRIBUTE VALUE

DWR_ORG_LVL_ATTR

ORGANIZATION LEVEL ATTRIBUTES

DWR_ORG_MKT_DATA

ORGANIZATION MARKET DATA

DWR_ORG_NAME

ORGANIZATION NAME

DWR_ORG_RGN

ORGANIZATION REGION

DWR_ORG_SRVC_WBSITE

ORGANIZATION SERVICE WEBSITE

DWR_ORG_WRHS

ORGANIZATION WAREHOUSE

DWR_ORGNTL_DEMOG_VAL

ORGANIZATIONAL DEMOGRAPHY VALUE

DWR_OS_LICNS_ASGN

OS LICENSE ASSIGNMENT

DWR_OTHR_INDVL

OTHER INDIVIDUAL

DWR_PASPRT

PASSPORT

DWR_PBLCTN

PUBLICATION

DWR_PE_LGICL_DVC_RL

PE LOGICAL DEVICE ROLE

DWR_PHONE_NBR

TELEPHONE NUMBER

DWR_PHONE_NBR_POOL

TELEPHONE NUMBER POOL

DWR_PHY_CMPNT

PHYSICAL COMPONENT

DWR_PHY_CNCTR

PHYSICAL CONNECTOR

DWR_PHY_CONTNR

PHYSICAL CONTAINER

DWR_PHY_CPCTY

PHYSICAL CAPACITY

DWR_PHY_CPCTY_DTL

PHYSICAL CAPACITY DETAIL

DWR_PHY_DVC

PHYSICAL DEVICE

DWR_PHY_DVC_ATMC

PHYSICAL DEVICE ATOMIC

DWR_PHY_DVC_CMPST

PHYSICAL DEVICE COMPOSITE

DWR_PHY_DVC_RL_SPEC

PHYSICAL DEVICE ROLE SPEC

DWR_PHY_DVC_RL_SPEC_DTL

PHYSICAL DEVICE ROLE SPEC DETAIL

DWR_PHY_DVC_SPEC

PHYSICAL DEVICE SPEC

DWR_PHY_ELMNT

PHYSICAL ELEMENT

DWR_PHY_ELMNT_CHTRSTC

PHYSICAL ELEMENT CHARACTERISTIC

DWR_PHY_ELMNT_RL

PHYSICAL ELEMENT ROLE

DWR_PHY_ELMNT_RL_ASGN

PHYSICAL ELEMENT ROLE ASSIGNMENT

DWR_PHY_ELMNT_RL_SPEC

PHYSICAL ELEMENT ROLE SPEC

DWR_PHY_EQPMNT

PHYSICAL EQUIPMENT

DWR_PHY_LNK

PHYSICAL LINK

DWR_PHY_PRT

PHYSICAL PORT

DWR_PHY_PRT_RESRE_PRT_ASGN

PHYSICAL PORT RESOURCE PORT ASSIGNMENT

DWR_PHY_RESRE_RL_SPEC_DTL

PHYSICAL RESOURCE ROLE SPEC DETAIL

DWR_PIPE

PIPE

DWR_PIT_CHTRSTC

PIT CHARACTERISTIC

DWR_PIT_CHTRSTC_VAL

PIT CHARACTERISTIC VALUE

DWR_PLCY

POLICY

DWR_PLCY_ACTN

POLICY ACTION

DWR_PLCY_ACTN_ASGN

POLICY ACTION ASSIGNMENT

DWR_PLCY_ACTN_ATMC

POLICY ACTION ATOMIC

DWR_PLCY_ACTN_CMPST

POLICY ACTION COMPOSITE

DWR_PLCY_ACTN_RULE_ASGN

POLICY ACTION RULE ASSIGNMENT

DWR_PLCY_ACTN_VNDR

POLICY ACTION VENDOR

DWR_PLCY_APPLN_ASGN

POLICY APPLICATION ASSIGNMENT

DWR_PLCY_CNDTN

POLICY CONDITION

DWR_PLCY_CNDTN_ASGN

POLICY CONDITION ASSIGNMENT

DWR_PLCY_CNDTN_ATMC

POLICY CONDITION ATOMIC

DWR_PLCY_CNDTN_CMPST

POLICY CONDITION COMPOSITE

DWR_PLCY_CNDTN_RULE_ASGN

POLICY CONDITION RULE ASSIGNMENT

DWR_PLCY_GRP

POLICY GROUP

DWR_PLCY_GRP_EXEC_DTL

POLICY GROUP EXECUTION DETAIL

DWR_PLCY_OPRTR

POLICY OPERATOR

DWR_PLCY_OPRTR_VARBLE_ASGN

POLICY OPERATOR VARIABLE ASSIGNMENT

DWR_PLCY_RL

POLICY ROLE

DWR_PLCY_RULE

POLICY RULE

DWR_PLCY_SET

POLICY SET

DWR_PLCY_SET_ASGN

POLICY SET ASSIGNMENT

DWR_PLCY_STMT

POLICY STATEMENT

DWR_PLCY_VAL

POLICY VALUE

DWR_PLCY_VARBLE

POLICY VARIABLE

DWR_PLCY_VARBLE_VAL_ASGN

POLICY VARIABLE VALUE ASSIGNMENT

DWR_PLNG_PRD

PLANNING PERIOD

DWR_PLNG_QTR

PLANNING QUARTER

DWR_PLNG_SEASON

PLANNING SEASON

DWR_PLNG_WK

PLANNING WEEK

DWR_PLNG_YR

PLANNING YEAR

DWR_PMP_AVLBLTY

PMP AVAILABILITY

DWR_PMP_LYLTY_PROG_AVLBLTY

PMP LOYALTY PROGRAM AVAILABILITY

DWR_PMP_MKT_SGMNT_AVLBLTY

PMP MARKET SEGMENT AVAILABILITY

DWR_PMP_ORG_AVLBLTY

PMP ORGANIZATION AVAILABILITY

DWR_PMP_PRICE_PLCY_ACTN

PMP PRICE POLICY ACTION

DWR_PMP_PRICE_PLCY_CNDTN

PMP PRICE POLICY CONDITION

DWR_PMP_PRICE_PLCY_VAL

PMP PRICE POLICY VALUE

DWR_PMP_PRICE_PLCY_VARBLE

PMP PRICE POLICY VARIABLE

DWR_PMP_PROD_INSTNC_ASGN

PMP PRODUCT INSTANCE ASSIGNMENT

DWR_PMP_RTNG_PLN

PMP RATING PLAN

DWR_PMP_RTNG_PLN_DTL

PMP RATING PLAN DETAIL

DWR_PNT_CD

POINT CODE

DWR_POSTCD

POSTCODE

DWR_PRICE_DRVTN_RULE

PRICE DERIVATION RULE

DWR_PRD_TODATE_TRANS

PERIOD TO DATE TRANSFORMATION

DWR_PRD_TRANS

PERIOD TRANSFORMATION

DWR_PRFMNC_APLBLETY

PERFORMANCE APPLICABILITY

DWR_PRFMNC_CAT_CHTRSTC_VAL

PERFORMANCE CAT CHARACTERISTIC VALUE

DWR_PRFMNC_CAT_SPECFTN

PERFORMANCE CAT SPECIFICATION

DWR_PRFMNC_CAT_SPEC_RLTN

PERFORMANCE CAT SPEC RELATIONSHIP

DWR_PRFMNC_CHTRSTC_VAL

PERFORMANCE CHARACTERISTIC VALUE

DWR_PRFMNC_CTGRY

PERFORMANCE CATEGORY

DWR_PRFMNC_CTGRY_RLTN

PERFORMANCE CATEGORY RELATIONSHIP

DWR_PRFMNC_IND_RLTN

PERFORMANCE INDICATOR RELATIONSHIP

DWR_PRFMNC_IND_SPECFTN

PERFORMANCE INDICATOR SPECIFICATION

DWR_PRFMNC_IND_SPEC_RLTN

PERFORMANCE INDICATOR SPEC RELATIONSHIP

DWR_PRFMNC_NTFCTN_SPECFTN

PERFORMANCE NOTIFICATION SPECIFICATION

DWR_PRFMNC_OBJCTV

PERFORMANCE OBJECTIVE

DWR_PRFMNC_OBJCTV_APLBLETY

PERFORMANCE OBJECTIVE APPLICABILITY

DWR_PRFMNC_OBJ_APLBLETY_CNSEQ

PERFORMANCE OBJECTIVE APPLICABILITY CONSEQUENCE

DWR_PRFMNC_SPECFTN

PERFORMANCE SPECIFICATION

DWR_PRFMNC_SPECFTN_INTRVL

PERFORMANCE SPECIFICATION INTERVAL

DWR_PRFMNC_SPEC_INTRVL_CNVRSN

PERFORMANCE SPEC INTERVAL CONVERSION

DWR_PRMTN

PROMOTION

DWR_PRMTN_MKT_PLN_ASGN

PROMOTION MARKET PLAN ASSIGNMENT

DWR_PRMTN_MSG_RNDRNG

PROMOTION MESSAGE RENDERING

DWR_PRMTN_PROD_ASGN

PROMOTION PRODUCT ASSIGNMENT

DWR_PRMTN_PROD_CTLG_ASGN

PROMOTION PRODUCT CATALOG ASSIGNMENT

DWR_PRMTN_RLTN

PROMOTION RELATIONSHIP

DWR_PRMTN_SL_CHNL_ASGN

PROMOTION SALES CHANNEL ASSIGNMENT

DWR_PROD

PRODUCT

DWR_PROD_ADTNL_TXT

PRODUCT ADDITIONAL TEXT

DWR_PROD_ASGN

PRODUCT ASSIGNMENT

DWR_PROD_CAPBLTY

PRODUCT CAPABILITY

DWR_PROD_CAPBLTY_VAL

PRODUCT CAPABILITY VALUE

DWR_PROD_CHRG_TYP_RLTN

PRODUCT CHARGE TYPE RELATIONSHIP

DWR_PROD_CHTRSTC

PRODUCT CHARACTERISTIC

DWR_PROD_CHTRSTC_ASGN

PRODUCT CHARACTERISTIC ASSIGNMENT

DWR_PROD_CHTRSTC_RLTN

PRODUCT CHARACTERISTIC RELATIONSHIP

DWR_PROD_CHTRSTC_VAL

PRODUCT CHARACTERISTIC VALUE

DWR_PROD_CHTRSTC_VAL_ASGN

PRODUCT CHARACTERISTIC VALUE ASSIGNMENT

DWR_PROD_CHTRSTC_VAL_RLTN

PRODUCT CHARACTERISTIC VALUE RELATIONSHIP

DWR_PROD_COVRG_AREA

PRODUCT COVERAGE AREA

DWR_PROD_COVRG_GEO_DTL

PRODUCT COVERAGE GEO DETAIL

DWR_PROD_CTLG

PRODUCT CATALOG

DWR_PROD_CTLG_CHTRSTC

PRODUCT CATALOG CHARACTERISTIC

DWR_PROD_CTLG_CHTRSTC_ASGN

PRODUCT CATALOG CHARACTERISTIC ASSIGNMENT

DWR_PROD_CTLG_CHTRSTC_RLTN

PRODUCT CATALOG CHARACTERISTIC RELATIONSHIP

DWR_PROD_CTLG_CHTRSTC_VAL

PRODUCT CATALOG CHARACTERISTIC VALUE

DWR_PROD_CTLG_CHTRSTC_VAL_ASGN

PRODUCT CATALOG CHARACTERISTIC VALUE ASSIGNMENT

DWR_PROD_CTLG_CHTRSTC_VAL_RLTN

PRODUCT CATALOG CHARACTERISTIC VALUE RELATIONSHIP

DWR_PROD_CTLG_GEO_ASGN

PRODUCT CATALOG GEOGRAPHY ASSIGNMENT

DWR_PROD_CTLG_MKT_PLN_ASGN

PRODUCT CATALOG MARKET PLAN ASSIGNMENT

DWR_PROD_CTLG_SL_CHNL_ASGN

PRODUCT CATALOG SALES CHANNEL ASSIGNMENT

DWR_PROD_FNCTNLTY_DPNDNTCY

PRODUCT FUNCTIONALITY DEPENDENCY

DWR_PROD_FTR

PRODUCT FEATURE

DWR_PROD_FTR_ASGN

PRODUCT FEATURE ASSIGNMENT

DWR_PROD_GEO_ASGN

PRODUCT GEOGRAPHY ASSIGNMENT

DWR_PROD_GRP_ASGN

PRODUCT GROUP ASSIGNMENT

DWR_PROD_INSTNC

PRODUCT INSTANCE

DWR_PROD_MKT_PLN

PRODUCT MARKET PLAN

DWR_PROD_MKT_PLN_ASGN

PRODUCT MARKET PLAN ASSIGNMENT

DWR_PROD_MKT_PLN_GEO_ASGN

PRODUCT MARKET PLAN GEOGRAPHY ASSIGNMENT

DWR_PROD_MKT_PLN_GRP

PRODUCT MARKET PLAN GROUP

DWR_PROD_MKT_PLN_GRP_ASGN

PRODUCT MARKET PLAN GROUP ASSIGNMENT

DWR_PROD_MKT_PLN_RLTN

PRODUCT MARKET PLAN RELATIONSHIP

DWR_PROD_NTWK_ASGN

PRODUCT NETWORK ASSIGNMENT

DWR_PROD_PKG

PRODUCT PACKAGE

DWR_PROD_PKG_ASGN

PRODUCT PACKAGE ASSIGNMENT

DWR_PROD_RTNG_PLN

PRODUCT RATING PLAN

DWR_PROD_RTNG_PLN_DTL

PRODUCT RATING PLAN DETAIL

DWR_PROD_USRNM

PRODUCT USERNAME

DWR_PROD_VRSN

PRODUCT VERSION

DWR_PROJ

PROJECT

DWR_PROJ_ELMNT

PROJECT ELEMENT

DWR_PROPOSAL

PROPOSAL

DWR_PROPOSAL_RLTN

PROPOSAL RELATIONSHIP

DWR_PROTCL

PROTOCOL

DWR_PRPD_VCHR_BTCH

PREPAID VOUCHER BATCH

DWR_PRPD_VCHR_INSTNC

PREPAID VOUCHER INSTANCE

DWR_PRPD_VCHR_RCHRG_OPTN

PREPAID VOUCHER RECHARGE OPTION

DWR_PRPD_VCHR

PREPAID VOUCHER

DWR_PRPD_WRLS

PREPAID WIRELESS

DWR_PRPTY

PROPERTY

DWR_PRPTY_ADDR_LOC_ASGN

PROPERTY ADDRESS LOCATION ASSIGNMENT

DWR_PRSPCT

PROSPECT

DWR_PRSPCT_INDVL

PROSPECT INDIVIDUAL

DWR_PRSPCT_ORG

PROSPECT ORGANIZATION

DWR_PRSPCT_QLTY_SCR_VAL

PROSPECT QUALITY SCORE VALUE

DWR_PRTNR_PRMTN_PROG

PARTNER PROMOTION PROGRAM

DWR_PRTY

PARTY

DWR_PRTY_ACCT_ASGN

PARTY ACCOUNT ASSIGNMENT

DWR_PRTY_ADDR_LOC_ASGN

PARTY ADDRESS LOCATION ASSIGNMENT

DWR_PRTY_ASGN

PARTY ASSIGNMENT

DWR_PRTY_BSNS_INTRACN_RL

PARTY BUSINESS INTERACTION ROLE

DWR_PRTY_CNCT_INFO

PARTY CONTACT INFORMATION

DWR_PRTY_CNRT_ASGN

PARTY CONTRACT ASSIGNMENT

DWR_PRTY_DEMOG

PARTY DEMOGRAPHIC

DWR_PRTY_DEMOG_VAL

PARTY DEMOGRAPHY VALUE

DWR_PRTY_GEO_ENT_ASGN

PARTY GEOGRAPHY ENTITY ASSIGNMENT

DWR_PRTY_ID

PARTY IDENTIFICATION

DWR_PRTY_LANG_CAPBLTY

PARTY LANGUAGE CAPABILITY

DWR_PRTY_LYLTY_PROG_PRTCPTN

PARTY LOYALTY PROGRAM PARTICIPATION

DWR_PRTY_MKT_SGMNT_ASGN

PARTY MARKET SEGMENT ASSIGNMENT

DWR_PRTY_NAME

PARTY NAME

DWR_PRTY_PRFL_CHTRSTC

PARTY PROFILE CHARACTERISTIC

DWR_PRTY_PRFL_CHTRSTC_VAL

PARTY PROFILE CHARACTERISTIC VALUE

DWR_PRTY_RL_ASGN

PARTY ROLE ASSIGNMENT

DWR_PRTY_RL_OS_PRCS_ASGN

PARTY ROLE OS PROCESS ASSIGNMENT

DWR_PRTY_RL_STAT

PARTY ROLE STATUS

DWR_PRTY_SBRP_ASGN

PARTY SUBSCRIPTION ASSIGNMENT

DWR_PRTY_SIM_CARD_ASGN

PARTY SIM CARD ASSIGNMENT

DWR_PRTY_SKILL

PARTY SKILL

DWR_PRTY_SRVC_ASGN

PARTY SERVICE ASSIGNMENT

DWR_PSTPD_WRLS

POSTPAID WIRELESS

DWR_PVAR_BIT_STRING_VARBLE

PVAR BIT STRING VARIABLE

DWR_PVAR_STRING_VARBLE

PVAR STRING VARIABLE

DWR_PV_BIT_STRING_VAL

PV BIT STRING VALUE

DWR_PV_BOLEN_VAL

PV BOOLEAN VALUE

DWR_PV_INTEGER_VAL

PV INTEGER VALUE

DWR_PV_IP_ADDR_VAL

PV IP ADDRESS VALUE

DWR_PV_STRING_VAL

PV STRING VALUE

DWR_PYMT_CHNL

PAYMENT CHANNEL

DWR_PYTV_SRVC

PAY TV

DWR_P_LGICL_DVC_RL

P LOGICAL DEVICE ROLE

DWR_QOS_SRVC

QOS SERVICE

DWR_QTR_HR

QUARTER HOUR

DWR_QTR_TODATE_TRANS

QUARTER TO DATE TRANSFORMATION

DWR_QTR_TRANS

QUARTER TRANSFORMATION

DWR_RACK

RACK

DWR_RCRNG_PMP_RTNG_PLN_DTL

RECURRING PMP RATING PLAN DETAIL

DWR_RESRE_FCNG_SRVC

RESOURCE FACING SERVICE

DWR_RESRE_FCNG_SRVC_RL

RESOURCE FACING SERVICE ROLE

DWR_RESRE_FCNG_SRVC_SPEC_RL

RESOURCE FACING SERVICE SPECROLE

DWR_RESRE_FCNG_SRVC_SPEC_VRSN

RESOURCE FACING SERVICE SPEC VERSION

DWR_RESRE_PRFMNC_SPEC

RESOURCE PERFORMANCE SPEC

DWR_RESRE_PRT

RESOURCE PORT

DWR_RESRE_SPEC_PERF_RL

RESOURCE SPEC PERF ROLE

DWR_RFS_SPEC_VRSN_DTL

RFS SPEC VERSION DETAIL

DWR_RF_CARRIER

RF CARRIER

DWR_RLS_HRCHY

ROLES HIERARCHY

DWR_RL

ROLE

DWR_RNGTN

RINGTONE

DWR_ROOT_ENT

ROOT ENTITY

DWR_ROUTED_PROTCL

ROUTED PROTOCOL

DWR_ROUTER

ROUTER

DWR_RTL_STORE

RETAIL STORE

DWR_RUTNG_DVC

ROUTING DEVICE

DWR_RUTNG_PROTCL

ROUTING PROTOCOL

DWR_RUTNG_RL

ROUTING ROLE

DWR_SB_NTWK

SUB NETWORK

DWR_SBRP

SUBSCRIPTION

DWR_SBRP_ASGN

SUBSCRIPTION ASSIGNMENT

DWR_SBRP_CLASS_OF_SRVC

SUBSCRIPTION SERVICE CLASS ASSIGNMENT

DWR_SBRP_NTWK_ELMNT_RL_ASGN

SUBSCRIPTION NETWORK ELEMENT ROLE ASSIGNMENT

DWR_SBRP_PMP_ASGN

SUBSCRIPTION PMP ASSIGNMENT

DWR_SBRP_PRICE

SUBSCRIPTION PRICE

DWR_SBRP_PRICE_ALTRTN

SUBSCRIPTION PRICE ALTERATION

DWR_SBRP_PRICE_CHRG

SUBSCRIPTION PRICE CHARGE

DWR_SBRP_PRICE_PRTY_RL_ASGN

SUBSCRIPTION PRICE PARTY ROLE ASSIGNMENT

DWR_SBRP_SRVC_ASGN

SUBSCRIPTION SERVICE ASSIGNMENT

DWR_SBRP_SRVC_CLASS_ASGN

SUBSCRIPTION SERVICE CLASS ASSIGNMENT

DWR_SCND

SECOND

DWR_SCRPT

SCRIPT

DWR_SCRPT_QUES

SCRIPT QUESTION

DWR_SECURE_HLDR

SECURE HOLDER

DWR_SET_TOP_BOX

SET TOP BOX

DWR_SET_TOP_BOX_MDL

SET TOP BOX MODEL

DWR_SGMNT_CRTRA

SEGMENT CRITERIA

DWR_SGNLNG_PROTCL

SIGNALING PROTOCOL

DWR_SHELF

SHELF

DWR_SIC_ASGN

SIC ASSIGNMENT

DWR_SIC_DIV

SIC DIVISION

DWR_SIM_CARD

SIM CARD

DWR_SIM_CARD_ACCS_MTHD_ASGN

SIM CARD ACCESS METHOD ASSIGNMENT

DWR_SIM_CARD_HNDST_ASGN

SIM CARD HANDSET ASSIGNMENT

DWR_SIM_CARD_SBRP_ASGN

SIM CARD SUBSCRIPTION ASSIGNMENT

DWR_SITE

SITE

DWR_SITE_INTRFC_RL

SITE INTERFACE ROLE

DWR_SL_CHNL

SALES CHANNEL

DWR_SL_CHNL_RPRSTV

SALES CHANNEL REPRESENTATIVE

DWR_SL_CMISN_PLN

SALES COMMISSION PLAN

DWR_SL_CMISN_PLN_DTL

SALES COMMISSION PLAN DETAIL

DWR_SLNG_LOC

SELLING LOCATION

DWR_SLT

SLOT

DWR_SLT_RLTN

SLOT RELATIONSHIP

DWR_SMS_SRVC

SMS

DWR_SMS_RTNG_PLN

SMS RATING PLAN

DWR_SOC_JB

SOC JOB

DWR_SOC_JB_CTGRY

SOC JOB CATEGORY

DWR_SOC_JB_GRP

SOC JOB GROUP

DWR_SOC_JB_MJR_GRP

SOC JOB MAJOR GROUP

DWR_SOFTWARE

SOFTWARE

DWR_SOFTWARE_ATMC

SOFTWARE ATOMIC

DWR_SOFTWARE_CMND

SOFTWARE COMMAND

DWR_SOFTWARE_CMPST

SOFTWARE COMPOSITE

DWR_SOFTWARE_FTR_SETS

SOFTWARE FEATURE SETS

DWR_SOFTWARE_OS_RLTN

SOFTWARE OS RELATIONSHIP

DWR_SPECFTN

SPECIFICATION

DWR_SPECFTN_RL

SPECIFICATION ROLE

DWR_SPLMNTR_SRVC

SUPPLEMENTARY SERVICE

DWR_SPTRUM_COVRG_AREA

SPECTRUM COVERAGE AREA

DWR_SRC_SYS

SOURCE SYSTEM

DWR_SRC_SYS_KEY_MAPPING

SOURCE SYSTEM KEY MAPPING

DWR_SRVC

SERVICE

DWR_SRVC_BNDL

SERVICE BUNDLE

DWR_SRVC_BNDL_SPEC

SERVICE BUNDLE SPEC

DWR_SRVC_BNDL_SPEC_ATMC

SERVICE BUNDLE SPEC ATOMIC

DWR_SRVC_BNDL_SPEC_CMPST

SERVICE BUNDLE SPEC COMPOSITE

DWR_SRVC_CHTRSTC

SERVICE CHARACTERISTIC

DWR_SRVC_CHTRSTC_ASGN

SERVICE CHARACTERISTIC ASSIGNMENT

DWR_SRVC_CHTRSTC_RLTN

SERVICE CHARACTERISTIC RELATIONSHIP

DWR_SRVC_CHTRSTC_VAL

SERVICE CHARACTERISTIC VALUE

DWR_SRVC_CHTRSTC_VAL_ASGN

SERVICE CHARACTERISTIC VALUE ASSIGNMENT

DWR_SRVC_CHTRSTC_VAL_RLTN

SERVICE CHARACTERISTIC VALUE RELATIONSHIP

DWR_SRVC_COVRG_AREA

SERVICE COVERAGE AREA

DWR_SRVC_COVRG_GEO_DTL

SERVICE COVERAGE GEO DETAIL

DWR_SRVC_DPNDCY

SERVICE DEPENDENCY

DWR_SRVC_DVC_INTRFC_ASGN

SERVICE DEVICE INTERFACE ASSIGNMENT

DWR_SRVC_EQPMNT_ASGN

SERVICE EQUIPMENT ASSIGNMENT

DWR_SRVC_LR_DPNDCY

SERVICE LR DEPENDENCY

DWR_SRVC_LVL_AGRMNT

SERVICE LEVEL AGREEMENT

DWR_SRVC_LVL_AGRMNT_ITEM

SERVICE LEVEL AGREEMENT ITEM

DWR_SRVC_LVL_OBJCTV

SERVICE LEVEL OBJECTIVE

DWR_SRVC_LVL_SPECFTN

SERVICE LEVEL SPECIFICATION

DWR_SRVC_LVL_SPEC_APLBLETY

SERVICE LEVEL SPEC APPLICABILITY

DWR_SRVC_LVL_SPEC_CNSEQ

SERVICE LEVEL SPEC CONSEQUENCE

DWR_SRVC_LVL_SPEC_PRMTR

SERVICE LEVEL SPEC PARAMETER

DWR_SRVC_NTWK_ELMNT_ASGN

SERVICE NETWORK ELEMENT ASSIGNMENT

DWR_SRVC_PKG

SERVICE PACKAGE

DWR_SRVC_PKG_BNDL_DTL

SERVICE PACKAGE BUNDLE DETAIL

DWR_SRVC_PRFMNC_SPEC

SERVICE PERFORMANCE SPEC

DWR_SRVC_PR_DPNDCY

SERVICE PR DEPENDENCY

DWR_SRVC_RL

SERVICE ROLE

DWR_SRVC_SPEC

SERVICE SPEC

DWR_SRVC_SPEC_ATMC

SERVICE SPEC ATOMIC

DWR_SRVC_SPEC_CMPST

SERVICE SPEC COMPOSITE

DWR_SRVC_SPEC_PROD_RLTN

SERVICE SPEC PRODUCT RELATIONSHIP

DWR_SRVC_SPEC_VRSN

SERVICE SPEC VERSION

DWR_SRVC_SPECFTN_RL

SERVICE SPECIFICATION ROLE

DWR_STTSTCL_ENT

STATISTICAL ENTITY

DWR_SURVEY

SURVEY

DWR_SVCSPEC_NTWK_ELETYP_RLTN

SERVICE SPEC NETWORK ELEMENT TYPE RELATIONSHIP

DWR_SWTCH

SWITCH

DWR_SWTCH_CAPBLTY

SWITCH CAPABILITY

DWR_SWTCH_CMMND

SWITCH COMMAND

DWR_SWTCH_RUTNG_DVC_ASGN

SWITCH ROUTING DEVICE ASSIGNMENT

DWR_SWTCHNG_PROTCL

SWITCHING PROTOCOL

DWR_SWTCHNG_RL

SWITCHING ROLE

DWR_TASK

TASK

DWR_TAX_AUTH

TAX AUTHORITY

DWR_TEMPLATE_SRVC_LVL_SPEC

TEMPLATE SERVICE LEVEL SPEC

DWR_TIME_SLT

TIME SLOT

DWR_TIME_STNDRD_BY_DAY

TIME STANDARD BY DAY

DWR_TIME_STNDRD_BY_WK

TIME STANDARD BY WEEK

DWR_TMNT_PNT

TERMINATION POINT

DWR_TRAIL

TRAIL

DWR_TRAIL_TMNT_PNT

TRAIL TERMINATION POINT

DWR_TRGT_ACCS_MTHD

TARGET ACCESS METHOD

DWR_TRGT_ACCT

TARGET ACCOUNT

DWR_TRGT_CNRT

TARGET CONTRACT

DWR_TRGT_GEO_AREA

TARGET GEOGRAPHY AREA

DWR_TRGT_MKT_SGMNT

TARGET MARKET SEGMENT

DWR_TV_CHNL

TV CHANNEL

DWR_URBN_PRPTY_ADDR

URBAN PROPERTY ADDRESS

DWR_USER

USER

DWR_VAL_ADD_SRVC

VALUE ADDED SERVICE

DWR_VAL_CSTM

VALUE CUSTOM

DWR_VAL_STNDRD

VALUE STANDARD

DWR_VARBLE_CSTM

VARIABLE CUSTOM

DWR_VARBLE_STNDRD

VARIABLE STANDARD

DWR_VAS_SBRP

VAS SUBSCRIPTION

DWR_VHCL

VEHICLE

DWR_VNDR

VENDOR

DWR_VNDR_CNRT

VENDOR CONTRACT

DWR_VNDR_FCTR_CMPNY_ASGN

VENDOR FACTOR COMPANY ASSIGNMENT

DWR_VNDR_RTNG

VENDOR RATING

DWR_VNDR_SITE

VENDOR SITE

DWR_VNDR_SITE_COURIER_ASGN

VENDOR SITE COURIER ASSIGNMENT

DWR_VOI_MSG_SRVC

VOICE MESSAGE SERVICE

DWR_VPN_LGICL_DVC_RL

VPN LOGICAL DEVICE ROLE

DWR_VPN_SRVC

VPN SERVICE

DWR_VRTL_TEAM

VIRTUAL TEAM

DWR_WAN_PROTCL

WAN PROTOCOL

DWR_WEATHR_CNDTN

WEATHER CONDITION

DWR_WEB_PG

WEB PAGE

DWR_WEB_PG_CNTNT

WEB PAGE CONTENT

DWR_WK_TODATE_TRANS

WEEK TODATE TRANSFORMATION

DWR_WK_TRANS

WEEK TRANSFORMATION

DWR_WKDAY

WEEKDAY

DWR_WRLS_NTWK_ELMNT

WIRELESS NETWORK ELEMENT

DWR_WRLS_RTNG_PLN

WIRELESS RATING PLAN

DWR_WRLS_SRVC

WIRLESS SERVICE

DWR_WRLS_SPTRUM

WIRELESS SPECTRUM

DWR_YR_TRANS

YEAR TRANSFORMATION

Lookup Tables

Table 4-3 briefly describes the Lookup tables in Oracle Communications Data Model.

Table 4-3 Lookup Tables

Table Name
More Information

DWL_ACCS_MTHD_ASGN_TYP

ACCESS METHOD ASSIGNMENT TYPE

DWL_ACCS_MTHD_ELMNT_TYP

ACCESS METHOD ELEMENT TYPE

DWL_ACCS_MTHD_PRTY_ASGN_TYP

ACCESS METHOD PARTY ASSIGNMENT TYPE

DWL_ACCS_MTHD_STAT_RSN

ACCESS METHOD STATUS REASON

DWL_ACCS_MTHD_STAT_TYP

ACCESS METHOD STATUS TYPE

DWL_ACCS_MTHD_TYP

ACCESS METHOD TYPE

DWL_ACCT_ADJ_RSN

ACCOUNT ADJUSTMENT REASON

DWL_ACCT_ASGN_RSN

ACCOUNT ASSIGNMENT REASON

DWL_ACCT_ASGN_TYP

ACCOUNT ASSIGNMENT TYPE

DWL_ACCT_BAL_ADJ_TYP

ACCOUNT BALANCE ADJUSTMENT TYPE

DWL_ACCT_BAL_TYP

ACCOUNT BALANCE TYPE

DWL_ACCT_CYCL

ACCOUNTING CYCLE

DWL_ACCT_EVT_TYP

ACCOUNT EVENT TYPE

DWL_ACCT_ITEM_CTGRY

ACCOUNTING ITEM CATEGORY

DWL_ACCT_PYMT_MTHD_STAT_RSN

ACCOUNT PAYMENT METHOD STATUS REASON

DWL_ACCT_PYMT_MTHD_STAT_TYP

ACCOUNT PAYMENT METHOD STATUS TYPE

DWL_ACCT_RFND_RSN

ACCOUNT REFUND REASON

DWL_ACCT_RL_TYP

ACCOUNT ROLE TYPE

DWL_ACCT_SBRP_ASGN_RSN

ACCOUNT SUBSCRIPTION ASSIGNMENT REASON

DWL_ACCT_STAT_RSN

ACCOUNT STATUS REASON

DWL_ACCT_STAT_TYP

ACCOUNT STATUS TYPE

DWL_ACCT_TYP

ACCOUNT TYPE

DWL_ADDR_RLTD_RSN

ADDRESS RELATED REASON

DWL_ADDR_RLTD_TYP

ADDRESS RELATED TYPE

DWL_ADDR_STAT_RSN

ADDRESS STATUS REASON

DWL_ADDR_TYP

ADDRESS TYPE

DWL_AGE_BND

AGE BAND

DWL_AGE_ON_NET_BND

AGE ON NET BAND

DWL_APNMNT_TYP

APPOINTMENT TYPE

DWL_ARPU_BND

ARPU BAND

DWL_ASSET_TYP

ASSET TYPE

DWL_AWRD_LVL

AWARD LEVEL

DWL_BARNG_RSN

BARING REASON

DWL_BER_FER_TYP

BER FER TYPE

DWL_BLLG_CYCL

BILLING CYCLE

DWL_BLLG_FRQNCY

BILLING FREQUENCY

DWL_BLLG_OCCRNCE_TYP

BILLING OCCURRENCE TYPE

DWL_BLLG_PRD

BILLING PERIOD

DWL_BLLG_STAT_CTGRY

BILLING STATUS CATEGORY

DWL_BLLG_STAT_RSN

BILLING STATUS REASON

DWL_BLLG_STAT_TYP

BILLING STATUS TYPE

DWL_BROWSER_TYP

BROWSER TYPE

DWL_BSNS_INTRACN_ASGN_TYP

BUSINESS INTERACTION ASSIGNMENT TYPE

DWL_BSNS_INTRACN_CHTRSTC_TYP

BUSINESS INTERACTION CHARACTERISTIC TYPE

DWL_BSNS_INTRACN_STAT_RSN

BUSINESS INTERACTION STATUS REASON

DWL_BSNS_INTRACN_STAT_TYP

BUSINESS INTERACTION STATUS TYPE

DWL_BSNS_INTRACN_TYP

BUSINESS INTERACTION TYPE

DWL_BSNS_LEGAL_STAT

BUSINESS LEGAL STATUS

DWL_CALL_CNTR_AGNT_TYP

CALL CENTER AGENT TYPE

DWL_CALL_CNTR_CASE_SUB_TYP

CALL CENTER CASE SUB TYPE

DWL_CALL_CNTR_CASE_TTL

CALL CENTER CASE TITLE

DWL_CALL_CNTR_CASE_TYP

CALL CENTER CASE TYPE

DWL_CALL_CTGRY

CALL CATEGORY

DWL_CALL_DRCTN

CALL DIRECTION

DWL_CALL_OTHR_TYP

CALL OTHER TYPE

DWL_CALL_RCYLD_RSN

CALL RECYCLED REASON

DWL_CALL_RUTNG_TYP

CALL ROUTING TYPE

DWL_CALL_SRCHRG

CALL SURCHARGE

DWL_CALL_SRVC_TYP

CALL SERVICE TYPE

DWL_CALL_SUCC_FAIL_TYP

CALL SUCCESS FAILURE TYPE

DWL_CALL_TMNT_RSN

CALL TERMINATION REASON

DWL_CALL_TYP

CALL TYPE

DWL_CELL_OUTAGE_RSN

CELL OUTAGE REASON

DWL_CELL_SITE_TYP

CELL SITE TYPE

DWL_CELL_TYP

CELL TYPE

DWL_CHNG_PPSD_BY_TYP

CHANGE PROPOSED BY TYPE

DWL_CHNL_TYP

CHANNEL TYPE

DWL_CHRN_RSN

CHURN REASON

DWL_CMISN_TYP

COMMISSION TYPE

DWL_CMPGN_CHNL_TYP

CAMPAIGN CHANNEL TYPE

DWL_CMPGN_PRPS_TYP

CAMPAIGN PURPOSE TYPE

DWL_CMPGN_STAT

CAMPAIGN STATUS

DWL_CMPGN_TYP

CAMPAIGN TYPE

DWL_CMPND_ELMNT_SPEC

COMPOUND ELEMENT SPEC

DWL_CMPND_ELMNT_SPEC_ATMC

COMPOUND ELEMENT SPEC ATOMIC

DWL_CMPND_ELMNT_SPEC_CMPST

COMPOUND ELEMENT SPEC COMPOSITE

DWL_CNCT_LST_CHNG_RSN

CONTACT LIST CHANGE REASON

DWL_CNCT_LST_RECRNC_TYP

CONTACT LIST RECURRENCE TYPE

DWL_CNCT_RLS

CONTACT ROLES

DWL_CNRT_ASGN_RSN

CONTRACT ASSIGNMENT REASON

DWL_CNRT_ASGN_TYP

CONTRACT ASSIGNMENT TYPE

DWL_CNRT_CHNG_INTTR_TYP

CONTRACT CHANGE INITIATOR TYPE

DWL_CNRT_CHNG_TYP

CONTRACT CHANGE TYPE

DWL_CNRT_STAT_RSN

CONTRACT STATUS REASON

DWL_CNRT_STAT_TYP

CONTRACT STATUS TYPE

DWL_CNRT_TERM_TYP

CONTRACT TERM TYPE

DWL_CNRT_TYP

CONTRACT TYPE

DWL_CNTNT_PRCNG_TYP

CONTENT PRICING TYPE

DWL_CNTNT_TYP

CONTENT TYPE

DWL_COST_RSN

COST REASON

DWL_COST_SUBTYP

COST SUBTYPE

DWL_COST_TYP

COST TYPE

DWL_CRCUT_CTGRY

CIRCUIT CATEGORY

DWL_CRCUT_RNTL_EVT_TYP

CIRCUIT RENTAL EVENT TYPE

DWL_CRCUT_TYP

CIRCUIT TYPE

DWL_CRNCY

CURRENCY

DWL_CUST_CLASS

CUSTOMER CLASS

DWL_CUST_FCNG_SRVC_SPEC

CUSTOMER FACING SERVICE SPEC

DWL_CUST_FCNG_SRVC_SPEC_ATMC

CUSTOMER FACING SERVICE SPEC ATOMIC

DWL_CUST_FCNG_SRVC_SPEC_CMPST

CUSTOMER FACING SERVICE SPEC COMPOSITE

DWL_CUST_GRP

CUSTOMER GROUP

DWL_CUST_OCCSN_TYP

CUSTOMER OCCASION TYPE

DWL_CUST_ORDR_PRIORITY_TYP

CUSTOMER ORDER PRIORITY TYPE

DWL_CUST_ORDR_STATE_CHNG_RSN

CUSTOMER ORDER STATE CHANGE REASON

DWL_CUST_RVN_BND

CUSTOMER REVENUE BAND

DWL_CUST_RVN_TYP

CUSTOMER REVENUE TYPE

DWL_CUST_TYP

CUSTOMER TYPE

DWL_DEBT_AGNG_BND

DEBT AGING BAND

DWL_DOC_CNDTN_TYP

DOCUMENT CONDITION TYPE

DWL_DOC_TYP

DOCUMENT TYPE

DWL_DOC_TYP_GRP

DOCUMENT TYPE GROUP

DWL_DRCT_DEBT_STAT_RSN

DIRECT DEBIT STATUS REASON

DWL_DSTN_TYP

DESTINATION TYPE

DWL_DSTNC_BND

DISTANCE BAND

DWL_DVRT_RTRV_RSN

DIVERT RETRIEVE REASON

DWL_DVRT_RTRV_TYP

DIVERT RETRIEVE TYPE

DWL_EDU

EDUCATION

DWL_EMP_DESIG

EMPLOYEE DESIGNATION

DWL_EMP_JB_RL_TYP

EMPLOYEE JOB ROLE TYPE

DWL_EMP_TYP

EMPLOYEE TYPE

DWL_EQPMNT_INSTNC_STAT_TYP

EQUIPMENT INSTANCE STATUS TYPE

DWL_EQPMNT_TYP

EQUIPMENT TYPE

DWL_EVT_ASGN_RSN

EVENT ASSIGNMENT REASON

DWL_EVT_ASGN_TYP

EVENT ASSIGNMENT TYPE

DWL_EVT_CLASS

EVENT CLASS

DWL_EVT_CTGRY

EVENT CATEGORY

DWL_EVT_RESPN_RSN

EVENT RESPONSE REASON

DWL_EVT_RSLT

EVENT RESULT

DWL_EVT_RSN

EVENT REASON

DWL_EVT_RSN_CTGRY

EVENT REASON CATEGORY

DWL_EVT_STAT_RSN

EVENT STATUS REASON

DWL_EVT_STAT_TYP

EVENT STATUS TYPE

DWL_EVT_TYP

EVENT TYPE

DWL_EXP_RPT_STATE_TYP

EXPENSE REPORT STATE TYPE

DWL_EXP_TYP

EXPENSE TYPE

DWL_EXTRNL_ORG_TYP

EXTERNAL ORGANIZATION TYPE

DWL_FLD_ACTVTY_RSLT_TYP

FIELD ACTIVITY RESULT TYPE

DWL_FLD_ACTVTY_TYP

FIELD ACTIVITY TYPE

DWL_FLT_RSLTN_TYP

FAULT RESOLUTION TYPE

DWL_FLT_TYP

FAULT TYPE

DWL_FRAUD_PRFL_CLASS

FRAUD PROFILE CLASS

DWL_GIVE_AWAY_TYP

GIVE AWAY TYPE

DWL_GL_ACCT_TYP

GL ACCOUNT TYPE

DWL_GL_JE_CTGRY

GL JOURNAL ENTRY CATEGORY

DWL_GL_SGMNT_TYP

GL SEGMENT TYPE

DWL_GNDR

GENDER

DWL_INTRACN_DRCTN

INTERACTION DIRECTION

DWL_INTRACN_NAVGTN_ITEM_TYP

INTERACTION NAVIGATION ITEM TYPE

DWL_INTRACN_NAVGTN_LVL

INTERACTION NAVIGATION LEVEL

DWL_INTRACN_NAVGTN_TYP

INTERACTION NAVIGATION TYPE

DWL_INTRACN_PRIORITY_TYP

INTERACTION PRIORITY TYPE

DWL_INTRACN_RSLT_TYP

INTERACTION RESULT TYPE

DWL_INTRACN_RSN

INTERACTION REASON

DWL_INTRACN_STAT

INTERACTION STATUS

DWL_INTRACN_TRNSFR_RSN

INTERACTION TRANSFER REASON

DWL_INTRACN_TYP

INTERACTION TYPE

DWL_INTTV_RSLT_TYP

INITIATIVE RESULT TYPE

DWL_INTTV_TYP

INITIATIVE TYPE

DWL_INVC_ADJ_RSN

INVOICE ADJUSTMENT REASON

DWL_INVC_ADJ_TYP

INVOICE ADJUSTMENT TYPE

DWL_INVC_DISC_RSN

INVOICE DISCOUNT REASON

DWL_INVC_DISC_TYP

INVOICE DISCOUNT TYPE

DWL_INVC_DLVRY_FRMT

INVOICE DELIVERY FORMAT

DWL_INVC_DLVRY_TYP

INVOICE DELIVERY TYPE

DWL_INVC_ITEM_DTL_TYP

INVOICE ITEM DETAIL TYPE

DWL_INVC_ITEM_TYP

INVOICE ITEM TYPE

DWL_INVC_PYMT_TERM_TYP

INVOICE PAYMENT TERM TYPE

DWL_INVC_STAT_TYP

INVOICE STATUS TYPE

DWL_INVC_TYP

INVOICE TYPE

DWL_ISP_BSNS_TYP

ISP BUSINESS TYPE

DWL_ISP_TYP

ISP TYPE

DWL_ITEM_TYP

ITEM TYPE

DWL_IVR_MENU_ITEM

IVR MENU ITEM

DWL_LANG

LANGUAGE

DWL_LEGAL_PRCS_STAT_TYP

LEGAL PROCESS STATUS TYPE

DWL_LGICL_ELMNT_SPEC

LOGICAL ELEMENT SPEC

DWL_LGICL_ELMNT_SPEC_ATMC

LOGICAL ELEMENT SPEC ATOMIC

DWL_LGICL_ELMNT_SPEC_CMPST

LOGICAL ELEMENT SPEC COMPOSITE

DWL_LOOKUP

LOOKUP

DWL_LTTR_TYP

LETTER TYPE

DWL_LYLTY_PROG_EVT_CTGRY

LOYALTY PROGRAM EVENT CATEGORY

DWL_LYLTY_PROG_EVT_TYP

LOYALTY PROGRAM EVENT TYPE

DWL_LYLTY_PROG_PRTY_RL

LOYALTY PROGRAM PARTY ROLE

DWL_LYLTY_PROG_TMNT_RSN

LOYALTY PROGRAM TERMINATION REASON

DWL_MDL_TYP

MODEL TYPE

DWL_MDTN_STAT_CTGRY

MEDIATION STATUS CATEGORY

DWL_MDTN_STAT_RSN

MEDIATION STATUS REASON

DWL_MDTN_STAT_TYP

MEDIATION STATUS TYPE

DWL_MEDIA_OBJ_TYP

MEDIA OBJECT TYPE

DWL_MNNG_LTV_BAND

CUSTOMER LTV BAND

DWL_MNG_ACTN_TYP

MANAGE ACTION TYPE

DWL_MRTL_STAT

MARITAL STATUS

DWL_NBR_NTWK_TYP

NUMBER NETWORK TYPE

DWL_NP_RQST_LN_ITEM_STATE_TYP

NP REQUEST LINE ITEM STATE TYPE

DWL_NP_RQST_STATE_TYP

NP REQUEST STATE TYPE

DWL_NP_RQST_TYP

NP REQUEST TYPE

DWL_NP_STEP

NP STEP

DWL_NTFCTN_TYP

NOTIFICATION TYPE

DWL_NTNLTY

NATIONALITY

DWL_NTWK_ADDR_TYP

NETWORK ADDRESS TYPE

DWL_NTWK_ASGN_TYP

NETWORK ASSIGNMENT TYPE

DWL_NTWK_ELMNT_CTGRY

NETWORK ELEMENT CATEGORY

DWL_NTWK_ELMNT_RLTN_TYP

NETWORK ELEMENT RELATIONSHIP TYPE

DWL_NTWK_ELMNT_STATE_RSN

NETWORK ELEMENT STATE REASON

DWL_NTWK_ELMNT_STATE_TYP

NETWORK ELEMENT STATE TYPE

DWL_NTWK_ELMNT_USG_EVT_TYP

NETWORK ELEMENT USAGE EVENT TYPE

DWL_NTWK_EVT_CHTRSTC_TYP

NETWORK EVENT CHARACTERISTIC TYPE

DWL_NTWK_EVT_STAT

NETWORK EVENT STATUS

DWL_NTWK_EVT_TYP

NETWORK EVENT TYPE

DWL_NTWK_FLT_PRIORITY_TYP

NETWORK FAULT PRIORITY TYPE

DWL_NTWK_TCHPNT_CLASS

NETWORK TOUCHPOINT CLASS

DWL_NTWK_TCHPNT_STAT

NETWORK TOUCHPOINT STATUS

DWL_NTWK_TCHPNT_TYP

NETWORK TOUCHPOINT TYPE

DWL_NTWK_TYP

NETWORK TYPE

DWL_ONOFF_NET

ON OFF NET TYPE

DWL_OPRTR_GRP

OPERATOR GROUP

DWL_OPRTR_TYP

OPERATOR TYPE

DWL_ORDR_STATE

ORDER STATE

DWL_ORDR_STAT

ORDER STATUS

DWL_ORDR_TYP

ORDER TYPE

DWL_ORG_BSNS_UNIT_TYP

ORGANIZATION BUSINESS UNIT TYPE

DWL_PAY_CTGRY

PAY CATEGORY

DWL_PAY_TYP

PAY TYPE

DWL_PBLCTN_TYP

PUBLICATION TYPE

DWL_PCHSE_ORDR_STATE_TYP

PURCHASE ORDER STATE TYPE

DWL_PCU_OUTAGE_RSN

PCU OUTAGE REASON

DWL_PHY_ELMNT_SPEC

PHYSICAL ELEMENT SPEC

DWL_PHY_ELMNT_SPEC_ATMC

PHYSICAL ELEMENT SPEC ATOMIC

DWL_PHY_ELMNT_SPEC_CMPST

PHYSICAL ELEMENT SPEC COMPOSITE

DWL_PIT_CHTRSTC_TYP

PIT CHARACTERISTIC TYPE

DWL_PK_OFPK_TIME

PEAK OFFPEAK TIME

DWL_POSTL_SRVC_TYP

POSTAL SERVICE TYPE

DWL_PPA_CTGRY

PPA CATEGORY

DWL_PPA_DEDCTN_TYP

PPA DEDUCTION TYPE

DWL_PRMTN_RSLT_TYP

PROMOTION RESULT TYPE

DWL_PRMTN_TERM_TYP

PROMOTION TERM TYPE

DWL_PRMTN_TYP

PROMOTION TYPE

DWL_PROD_ASGN_RSN

PRODUCT ASSIGNMENT REASON

DWL_PROD_BRND

PRODUCT BRAND

DWL_PROD_CAPBLTY_TYP

PRODUCT CAPABILITY TYPE

DWL_PROD_CHRG_TYP

PRODUCT CHARGE TYPE

DWL_PROD_CHRG_TYP_RLTN_RSN

PRODUCT CHARGE TYPE RLTN REASON

DWL_PROD_CHRGNG_RSN

PRODUCT CHARGING REASON

DWL_PROD_CHTRSTC_TYP

PRODUCT CHARACTERISTIC TYPE

DWL_PROD_COVRG_AREA_TYP

PRODUCT COVERAGE AREA TYPE

DWL_PROD_CTGRY

PRODUCT CATEGORY

DWL_PROD_CTLG_PRSNT_TYP

PRODUCT CATALOG PRESENTATION TYPE

DWL_PROD_CTLG_TYP

PRODUCT CATALOG TYPE

DWL_PROD_GRP

PRODUCT GROUP

DWL_PROD_GRP_TYP

PRODUCT GROUP TYPE

DWL_PROD_INSTNC_STAT_TYP

PRODUCT INSTANCE STATUS TYPE

DWL_PROD_LN

PRODUCT LINE

DWL_PROD_MGMT_RL

PRODUCT MANAGEMENT ROLE

DWL_PROD_MGMT_RSN

PRODUCT MANAGEMENT REASON

DWL_PROD_MKT_PLN_ASGN_TYP

PRODUCT MARKET PLAN ASSIGNMENT TYPE

DWL_PROD_MKT_PLN_GRP_TYP

PRODUCT MARKET PLAN GROUP TYPE

DWL_PROD_MKT_PLN_RLTN_TYP

PRODUCT MARKET PLAN RELATIONSHIP TYPE

DWL_PROD_MKT_PLN_TYP

PRODUCT MARKET PLAN TYPE

DWL_PROD_PKG_CHRG_TYP

PRODUCT PACKAGE CHARGE TYPE

DWL_PROD_RTNG_PLN_TYP

PRODUCT RATING PLAN TYPE

DWL_PROD_STAT_TYP

PRODUCT STATUS TYPE

DWL_PROD_TYP

PRODUCT TYPE

DWL_PRPD_MBL_EVT_TYP

PREPAID MOBILE EVENT TYPE

DWL_PRSPCT_PRIORITY_TYP

PROSPECT PRIORITY TYPE

DWL_PRSPCT_QLTY_SCR_TYP

PROSPECT QUALITY SCORE TYPE

DWL_PRSPCT_REJECT_RSN

PROSPECT REJECT REASON

DWL_PRTNR_PYMT_TYP

PARTNER PAYMENT TYPE

DWL_PRTNR_STLMNT_RSN

PARTNER SETTLEMENT REASON

DWL_PRTY_ACCT_ASGN_TYP

PARTY ACCOUNT ASSIGNMENT TYPE

DWL_PRTY_ASGN_RSN

PARTY ASSIGNMENT REASON

DWL_PRTY_ASGN_TYP

PARTY ASSIGNMENT TYPE

DWL_PRTY_CNCT_INFO_TYP

PARTY CONTACT INFORMATION TYPE

DWL_PRTY_CNCT_LST_PRTCPTN

PARTY CONTACT LIST PARTICIPATION

DWL_PRTY_CNCT_LST_RL

PARTY CONTACT LIST ROLE

DWL_PRTY_CNRT_ASGN_RL

PARTY CONTRACT ASSIGNMENT ROLE

DWL_PRTY_CNRT_ASGN_TYP

PARTY CONTRACT ASSIGNMENT TYPE

DWL_PRTY_EVT_TYP

PARTY EVENT TYPE

DWL_PRTY_IDNT_TYP

PARTY IDENTIFICATION TYPE

DWL_PRTY_INTRACN_THRD_TYP

PARTY INTERACTION THREAD TYPE

DWL_PRTY_LOC_RSN

PARTY LOCATION REASON

DWL_PRTY_LOC_TYP

PARTY LOCATION TYPE

DWL_PRTY_MGMT_RL

PARTY MANAGEMENT ROLE

DWL_PRTY_ORDR_ASGN_TYP

PARTY ORDER ASSIGNMENT TYPE

DWL_PRTY_RL

PARTY ROLE

DWL_PRTY_SBRP_RL

PARTY SUBSCRIPTION ROLE

DWL_PRTY_SGMNT_MTHD

PARTY SEGMENTATION METHOD

DWL_PRTY_SIM_CARD_RL

PARTY SIM CARD ROLE

DWL_PRTY_SRVC_ASGN_RL

PARTY SERVICE ASSIGNMENT ROLE

DWL_PRTY_SRVC_ASGN_RSN

PARTY SERVICE ASSIGNMENT REASON

DWL_PRTY_STAT_CHNG_RSN

PARTY STATUS CHANGE REASON

DWL_PRTY_STAT_CTGRY

PARTY STATUS CATEGORY

DWL_PRTY_STAT_TYP

PARTY STATUS TYPE

DWL_PRTY_TYP

PARTY TYPE

DWL_PYMT_AGNG_CLASS

PAYMENT AGING CLASS

DWL_PYMT_MTHD_TYP

PAYMENT METHOD TYPE

DWL_PYMT_TRX_TYP

PAYMENT TRANSACTION TYPE

DWL_RATABLE_UNIT_MEASUREMENT

RATABLE UNIT MEASUREMENT

DWL_RDMPTN_TYP

REDEMPTION TYPE

DWL_RECHRG_RVN_SLB

RECHARGE REVENUE SLAB

DWL_RELGN

RELIGION

DWL_RESRE_FCNG_SRVC_SPEC

RESOURCE FACING SERVICE SPEC

DWL_RESRE_FCNG_SRVC_SPEC_ATMC

RESOURCE FACING SERVICE SPEC ATOMIC

DWL_RESRE_FCNG_SRVC_SPEC_CMPST

RESOURCE FACING SERVICE SPEC COMPOSITE

DWL_RMNG_TYP

ROAMING TYPE

DWL_RTNG_MTHD_TYP

RATING METHOD TYPE

DWL_SBRP_ASGN_TYP

SUBSCRIPTION ASSIGNMENT TYPE

DWL_SBRP_EVT_TYP

SUBSCRIPTION EVENT TYPE

DWL_SBRP_STAT

SUBSCRIPTION STATUS

DWL_SBRP_STAT_CTGRY

SUBSCRIPTION STATUS CATEGORY

DWL_SBRP_STAT_RSN

SUBSCRIPTION STATUS REASON

DWL_SBRP_STAT_TYP

SUBSCRIPTION STATUS TYPE

DWL_SBRP_TERM_TYP

SUBSCRIPTION TERM TYPE

DWL_SBRP_TYP

SUBSCRIPTION TYPE

DWL_SBSCRP_ACTVTN_RSN

SUBSCRIBER ACTIVATION REASON

DWL_SCRPT_QUES_TYP

SCRIPT QUESTION TYPE

DWL_SCRTY_REQD_TYP

SECURITY REQUIRED TYPE

DWL_SEASON

SEASON

DWL_SGMNT_TYP

SEGMENT TYPE

DWL_SIC_ASGN_RSN

SIC ASSIGNMENT REASON

DWL_SIC_CLSFCTN

SIC CLASSIFICATION

DWL_SIC_INDSTRY_GRP

SIC INDUSTRY GROUP

DWL_SIM_CARD_ACCS_MTHD_RSN

SIM CARD ACCESS METHOD REASON

DWL_SIM_CARD_ACTVTN_RSN

SIM CARD ACTIVATION REASON

DWL_SIM_CARD_ACTVTN_TYP

SIM CARD ACTIVATION TYPE

DWL_SIM_CARD_SBRP_RSN

SIM CARD SUBSCRIPTION REASON

DWL_SIM_CARD_TYP

SIM CARD TYPE

DWL_SITE_TYP

SITE TYPE

DWL_SKILL_TYP

SKILL TYPE

DWL_SLNG_LOC_TYP

SELLING LOCATION TYPE

DWL_SRC_SYS_TYP

SOURCE SYSTEM TYPE

DWL_SRVC_CLASS

SERVICE CLASS

DWL_SRVC_CLASS_TYP

SERVICE CLASS TYPE

DWL_SRVC_COVRG_AREA_TYP

SERVICE COVERAGE AREA TYPE

DWL_SRVC_CTGRY

SERVICE CATEGORY

DWL_SRVC_LVL_AGRMNT_TYP

SERVICE LEVEL AGREEMENT TYPE

DWL_SRVC_LVL_UNMET_CNSEQ_TYP

SERVICE LEVEL UNMET CONSEQUENCE TYPE

DWL_SRVC_PKG_SPEC

SERVICE PACKAGE SPEC

DWL_SRVC_PKG_SPEC_ATMC

SERVICE PACKAGE SPEC ATOMIC

DWL_SRVC_PKG_SPEC_CMPST

SERVICE PACKAGE SPEC COMPOSITE

DWL_SRVC_STAT

SERVICE STATUS

DWL_SRVC_STAT_CTGRY

SERVICE STATUS CATEGORY

DWL_SRVC_STAT_RSN

SERVICE STATUS REASON

DWL_SRVC_TYP

SERVICE TYPE

DWL_SRVC_USG_TYP

SERVICE USAGE TYPE

DWL_SUBSDY_TYP

SUBSIDY TYPE

DWL_SWOT_TYP

SWOT TYPE

DWL_SWTCH_CAPBLTY_TYP

SWITCH CAPABILITY TYPE

DWL_SWTCH_TYP

SWITCH TYPE

DWL_TAX_CTGRY

TAX CATEGORY

DWL_TAX_EXMPT

TAX EXEMPT

DWL_TCH_TYP

TCH TYPE

DWL_TECH

TECHNOLOGY

DWL_TECH_TYP

TECHNOLOGY TYPE

DWL_TIME_BND

TIME BAND

DWL_TIME_ZN

TIME ZONE

DWL_TRGT_TYP

TARGET TYPE

DWL_UMS_ACCS_TYP

UMS ACCESS TYPE

DWL_UMS_EVT_TYP

UMS EVENT TYPE

DWL_UOM

UNIT OF MEASURE

DWL_VAL_TYP

VALUE TYPE

DWL_VNDR_CLASS

VENDOR CLASS

DWL_VNDR_RTNG_TYP

VENDOR RATING TYPE

DWL_VNDR_SITE_TYP

VENDOR SITE TYPE

DWL_VOL_BND

VOLUME BAND

DWL_WEB_PG_RNDRNG_TYP

WEB PAGE RENDERING TYPE

DWL_WEB_PG_TYP

WEB PAGE TYPE

Base Tables

Table 4-4 briefly describes the Base tables in Oracle Communications Data Model.

Table 4-4 Base Tables

Table Name
More Information

DWB_ACCS_MTHD_PORT_HIST

ACCESS METHOD PORTING HISTORY

DWB_ACCS_MTHD_STAT_HIST

ACCESS METHOD STATUS HISTORY

DWB_ACCT_ACCTNG_CYCL_HIST

ACCOUNT ACCOUNTING CYCLE HISTORY

DWB_ACCT_BAL_ADJ

ACCOUNT BALANCE ADJUSTMENT

DWB_ACCT_BAL_BUCKET

ACCOUNT BALANCE BUCKET

DWB_ACCT_BAL_HIST

ACCOUNT BALANCE HISTORY

DWB_ACCT_BAL_IMPC

ACCOUNT BALANCE IMPACT

DWB_ACCT_BAL_TRNSFR

ACCOUNT BALANCE TRANSFER

DWB_ACCT_BLLG_OCCRNCE

ACCOUNT BILLING OCCURRENCE

DWB_ACCT_COST

ACCOUNT COST

DWB_ACCT_CRDT_LMT

ACCOUNT CREDIT LIMIT

DWB_ACCT_DEBT_WRT_OFF

ACCOUNT DEBT WRITE OFF

DWB_ACCT_MNGMNT_HIST

ACCOUNT MANAGEMENT HISTORY

DWB_ACCT_PMP_PRTCPTN_HIST

ACCOUNT PMP PARTICIPATION HISTORY

DWB_ACCT_PYMT

ACCOUNT PAYMENT

DWB_ACCT_PYMT_BAL_IMPC

ACCOUNT PAYMENT BALANCE IMPACT

DWB_ACCT_PYMT_MTHD_STAT

ACCOUNT PAYMENT METHOD STATUS

DWB_ACCT_RCHRG

ACCOUNT RECHARGE

DWB_ACCT_RFND

ACCOUNT REFUND

DWB_ACCT_STAT_HIST

ACCOUNT STATUS HISTORY

DWB_ADDR_STAT

ADDRESS STATUS

DWB_APNMNT

APPOINTMENT

DWB_APNMNT_CLNDR

APPOINTMENT CALENDAR

DWB_ASSET_APPRSL_HIST

ASSET APPRAISAL HISTORY

DWB_ASSET_CNDTN_HIST

ASSET CONDITION HISTORY

DWB_ASSET_DEPRCN_HIST

ASSET DEPRECIATION HISTORY

DWB_BLK_LST_HIST

BLACK LIST HISTORY

DWB_BNDLD_NTWK_EVT

BUNDLED NETWORK EVENT

DWB_BRDBND_USG_EVT

BROADBAND USAGE EVENT

DWB_BSNS_INTRACN

BUSINESS INTERACTION

DWB_BSNS_INTRACN_ITEM

BUSINESS INTERACTION ITEM

DWB_BSNS_INTRACN_ITEM_PRICE

BUSINESS INTERACTION ITEM PRICE

DWB_BSNS_INTRACN_PYMT_ASGN

BUSINESS INTERACTION PAYMENT ASSIGNMENT

DWB_BSNS_INTRACN_RL

BUSINESS INTERACTION ROLE

DWB_BSNS_INTRACN_STAT_HIST

BUSINESS INTERACTION STATUS HISTORY

DWB_BSNS_UNIT_COST

ORGANIZATION BUSINESS UNIT COST

DWB_CELL_SITE_COST

CELL SITE COST

DWB_CHNL_COST

CHANNEL COST

DWB_CMPGN_COST

CAMPAIGN COST

DWB_CMPGN_MSG_CRTVE

CAMPAIGN MESSAGE CREATIVE

DWB_CNCT_LST_COST

CONTACT LIST COST

DWB_CNRT_APRVL

CONTRACT APPROVAL

DWB_CNRT_STAT

CONTRACT STATUS

DWB_CNRT_TERM_VAL

CONTRACT TERM VALUE

DWB_CNTNT_DLVRY_EVT

CONTENT DELIVERY EVENT

DWB_COST

COST

DWB_COST_CNTR_BDGT

COST CENTER BUDGET

DWB_COURIER_COST

COURIER COST

DWB_CRCUT_RNTL

CIRCUIT RENTAL

DWB_CRCUT_TRFC

CIRCUIT TRAFFIC

DWB_CRNCY_EXCHNG_RATE

CURRENCY EXCHANGE RATE

DWB_CUST_COST

CUSTOMER COST

DWB_CUST_FLD_INSTLTN

CUSTOMER FIELD INSTALLATION

DWB_CUST_FLD_SPPRT

CUSTOMER FIELD SUPPORT

DWB_CUST_FLD_SRVC_ACTVTY

CUSTOMER FIELD SERVICE ACTIVITY

DWB_CUST_FLD_SRVC_DTL

CUSTOMER FIELD SERVICE DETAIL

DWB_CUST_ORDR

CUSTOMER ORDER

DWB_CUST_ORDR_LN_ITEM

CUSTOMER ORDER LINE ITEM

DWB_CUST_ORDR_LN_ITEM_ST_ASGN

CUSTOMER ORDER LINE ITEM STATE ASSIGN

DWB_CUST_ORDR_PYMT

CUSTOMER ORDER PAYMENT

DWB_CUST_ORDR_STATE_ASGN

CUSTOMER ORDER STATE ASSIGNMENT

DWB_DATA_SRVC_EVT

DATA SERVICE EVENT

DWB_DEBT_COLLCTN

DEBT COLLECTION

DWB_DEBT_COLLCTN_ASGN

DEBT COLLECTION ASSIGNMENT

DWB_DEBT_COLLCTN_ASGN_BTCH

DEBT COLLECTION ASSIGNMENT BATCH

DWB_EMP_ACT_LBR_HRLY

EMPLOYEE ACTUAL LABOR HOURLY

DWB_EMP_ACT_LBR_SALARIED

EMPLOYEE ACTUAL LABOR SALARIED

DWB_EMP_COST

EMPLOYEE COST

DWB_EMP_EXP_RPT

EMPLOYEE EXPENSE REPORT

DWB_EMP_EXP_RPT_ITEM

EMPLOYEE EXPENSE REPORT ITEM

DWB_EMP_EXP_RPT_STATE

EMPLOYEE EXPENSE REPORT STATE

DWB_EMP_TRNG_REC

EMPLOYEE TRAINING RECORD

DWB_EQPMNT_CNTR_COST

EQUIPMENT CENTER COST

DWB_EQPMNT_INSTNC_STAT_HIST

EQUIPMENT INSTANCE STATUS HISTORY

DWB_ERRD_MDTD_CALL_EVT

ERRORED MEDIATED CALL EVENT

DWB_ERRD_RAW_WRLS_CALL_EVT

ERRORED RATED WIRELESS CALL EVENT

DWB_ERRD_RTD_WRLS_CALL_EVT

ERRORED RAW WIRELESS CALL EVENT

DWB_EVT

EVENT

DWB_EVT_ACCS_MTHD_ACTVTY

EVENT ACCESS METHOD ACTIVITY

DWB_EVT_ACCT

EVENT ACCOUNT

DWB_EVT_ASGN

EVENT ASSIGNMENT

DWB_EVT_CHAT

EVENT CHAT

DWB_EVT_CHAT_DTL

EVENT CHAT DETAIL

DWB_EVT_CNRT

EVENT CONTRACT

DWB_EVT_COST

EVENT COST

DWB_EVT_CRCUT_RNTL

EVENT CIRCUIT RENTAL

DWB_EVT_EMIT_DTL

EVENT EMIT DETAIL

DWB_EVT_EMP_PYRL

EVENT EMPLOYEE PAYROLL

DWB_EVT_EQPMNT_INSTNC

EVENT EQUIPMENT INSTANCE

DWB_EVT_FINCL

EVENT FINANCIAL

DWB_EVT_GEO

EVENT GEOGRAPHY

DWB_EVT_GFT_RDMPTN

EVENT GIFT REDEMPTION

DWB_EVT_INVC_DLVRY

EVENT INVOICE DELIVERY

DWB_EVT_LYLTY_PROG

EVENT LOYALTY PROGRAM

DWB_EVT_LYLTY_PROG_ACMLTN

EVENT LOYALTY PROGRAM ACCUMULATION

DWB_EVT_LYLTY_PROG_RDMPTN

EVENT LOYALTY PROGRAM REDEMPTION

DWB_EVT_PROD_PKG

EVENT PRODUCT PACKAGE

DWB_EVT_PRPD_MBL

EVENT PREPAID MOBILE

DWB_EVT_PRTY_ASGN

EVENT PARTY ASSIGNMENT

DWB_EVT_PRTY_INTRACN

EVENT PARTY INTERACTION

DWB_EVT_PRTY_INTRACN_CALL

EVENT PARTY INTERACTION CALL

DWB_EVT_PRTY_INTRACN_EML

EVENT PARTY INTERACTION EMAIL

DWB_EVT_PRTY_INTRACN_ITEM

EVENT PARTY INTERACTION ITEM

DWB_EVT_PRTY_INTRACN_LTTR

EVENT PARTY INTERACTION LETTER

DWB_EVT_PRTY_INTRACN_PRTCPTN

EVENT PARTY INTERACTION PARTICIPATION

DWB_EVT_PRTY_INTRACN_VST

EVENT PARTY INTERACTION VISIT

DWB_EVT_PRTY_PRFL

EVENT PARTY PROFILE

DWB_EVT_SBRP

EVENT SUBSCRIPTION

DWB_EVT_SBRP_CHNG

EVENT SUBSCRIPTION CHANGE

DWB_EVT_SIM_CARD

EVENT SIM CARD

DWB_EVT_STAT

EVENT STATUS

DWB_EVT_TRGR_DTL

EVENT TRIGGER DETAIL

DWB_EVT_WEB_RGSTRN

EVENT WEB REGISTRATION

DWB_EVT_WEB_VST

EVENT WEB VISIT

DWB_EXP_RPT_PRTY_ASGN

EXPENSE REPORT PARTY ASSIGNMENT

DWB_FIXED_LN_CALL_EVT

FIXED LINE CALL EVENT

DWB_GL_BAL

GL BALANCE

DWB_GL_JE

GL JOURNAL ENTRY

DWB_GL_JE_BTCH

GL JOURNAL ENTRY BATCH

DWB_GL_JE_LN

GL JOURNAL ENTRY LINE

DWB_GL_JE_LN_SBLDGR_ASGN

GL JE LINE SUBLEDGER ASSIGNMENT

DWB_GL_SBLDGR_JE

GL SUBLEDGER JOURNAL ENTRY

DWB_GL_SBLDGR_JE_LN

GL SUBLEDGER JOURNAL ENTRY LINE

DWB_GPRS_USG_EVT

GPRS USAGE EVENT

DWB_IDD_CALL_EVT

IDD CALL EVENT

DWB_INSTLMNT_CNRT

INSTALLMENT CONTRACT

DWB_INTRACN_ANSWR_CHOICE

INTERACTION ANSWER CHOICE

DWB_INTRACN_NAVGTN_HIST

INTERACTION NAVIGATION HISTORY

DWB_INTRACN_QUES_RESPN

INTERACTION QUESTION RESPONSE

DWB_INTRACN_TRNSFR_HIST

INTERACTION TRANSFER HISTORY

DWB_INTRNT_ACCS_EVT

INTERNET ACCESS EVENT

DWB_INVC

INVOICE

DWB_INVC_ADJ

INVOICE ADJUSTMENT

DWB_INVC_DISC

INVOICE DISCOUNT

DWB_INVC_ITEM

INVOICE ITEM

DWB_INVC_ITEM_DTL

INVOICE ITEM DETAIL

DWB_INVC_ITEM_RLTN

INVOICE ITEM RELATIONSHIP

DWB_INVC_PYMT_ASGN

INVOICE PAYMENT ASSIGNMENT

DWB_INVC_PYMT_TERM

INVOICE PAYMENT TERM

DWB_INVC_STAT_HIST

INVOICE STATUS HISTORY

DWB_INVC_TAX_ITEM

INVOICE TAX ITEM

DWB_INV_ITEM_STATE

INVENTORY ITEM STATE

DWB_ISP_USG_EVT

ISP USAGE EVENT

DWB_IVR_INTRACN_NAVGTN_HIST

IVR INTERACTION NAVIGATION HISTORY

DWB_JE_LN_CUST_ORDR_ITEM_ASGN

JOURNAL ENTRY LINE CUSTOMER ORDER ITEM ASSIGNMENT

DWB_JE_LN_INVC_ITEM_ASGN

JOURNAL ENTRY LINE INVOICE ITEM ASSIGNMENT

DWB_LYLTY_PROG_PTS_BAL

LOYALTY PROGRAM POINTS BALANCE

DWB_MDTD_CALL_EVT

MEDIATED CALL EVENT

DWB_MEDIA_OBJ_COST

MEDIA OBJECT COST

DWB_MKT_PLN_MGMT

MARKET PLAN MANAGEMENT

DWB_MMS_EVT

MMS EVENT

DWB_MNT_ALLWNC

MINUTE ALLOWANCE

DWB_NP_RQST_HDR

NP REQUEST HEADER

DWB_NP_RQST_LN_ITEM

NP REQUEST LINE ITEM

DWB_NP_RQST_LN_ITEM_STATE_HIST

NP REQUEST LINE ITEM STATE HISTORY

DWB_NP_RQST_STATE_HIST

NP REQUEST STATE HISTORY

DWB_NTWK_ELMNT_COST

NETWORK ELEMENT COST

DWB_NTWK_ELMNT_FLT_ASGN

NETWORK ELEMENT FAULT ASSIGNMENT

DWB_NTWK_ELMNT_STATE_HIST

NETWORK ELEMENT STATE HISTORY

DWB_NTWK_EVT

NETWORK EVENT

DWB_NTWK_EVT_ACCT_BAL_BKT_IMPC

NETWORK EVENT ACCOUNT BALANCE BUCKET IMPACT

DWB_NTWK_EVT_ACCT_BAL_IMPC

NETWORK EVENT ACCOUNT BALANCE IMPACT

DWB_NTWK_EVT_ASGN

NETWORK EVENT ASSIGNMENT

DWB_NTWK_FLT

NETWORK FAULT

DWB_NTWK_FLT_SBRP_ASGN

NETWORK FAULT SUBSCRIPTION ASSIGNMENT

DWB_NTWK_FLT_SRVC_ASGN

NETWORK FAULT SERVICE ASSIGNMENT

DWB_NTWK_FLT_STAT_HIST

NETWORK FAULT STATUS HISTORY

DWB_ORG_BSNS_UNIT_COST

ORGANIZATION BUSINESS UNIT COST

DWB_PCHSE_ORDR

PURCHASE ORDER

DWB_PCHSE_ORDR_LN_ITEM

PURCHASE ORDER LINE ITEM

DWB_PCHSE_ORDR_LN_ITEM_STATE

PURCHASE ORDER LINE ITEM STATE

DWB_PCHSE_ORDR_STATE

PURCHASE ORDER STATE

DWB_PLCY_EVT

POLICY EVENT

DWB_PLCY_EVT_ATMC

POLICY EVENT ATOMIC

DWB_PLCY_EVT_CMPST

POLICY EVENT COMPOSITE

DWB_PRFMNC

PERFORMANCE

DWB_PRFMNC_CNSEQ

PERFORMANCE CONSEQUENCE

DWB_PRFMNC_IND

PERFORMANCE INDICATOR

DWB_PRFMNC_IP_ADDR

PERFORMANCE IP ADDRESS

DWB_PRFMNC_MBL_ADDR

PERFORMANCE MOBILE ADDRESS

DWB_PRFMNC_NTFCTN

PERFORMANCE NOTIFICATION

DWB_PRFMNC_NTWK_ADDR

PERFORMANCE NETWORK ADDRESS

DWB_PRFMNC_PNT_CD

PERFORMANCE POINT CODE

DWB_PRICE_EVT

PRICE EVENT

DWB_PRMTN_CLSTR_USG

PROMOTION CLUSTER USAGE

DWB_PRMTN_CNCT_LST_UTLZTN

PROMOTION CONTACT LIST UTILIZATION

DWB_PRMTN_COST

PROMOTION COST

DWB_PRMTN_MGMT_HIST

PROMOTION MANAGEMENT HISTORY

DWB_PRMTN_TERM_VAL

PROMOTION TERM VALUE

DWB_PROD_COST

PRODUCT COST

DWB_PROD_INSTNC_STAT_HIST

PRODUCT INSTANCE STATUS HISTORY

DWB_PROD_MGMT_HIST

PRODUCT MANAGEMENT HISTORY

DWB_PROD_MKT_PLN_COST

PRODUCT MARKET PLAN COST

DWB_PROD_STAT_HIST

PRODUCT STATUS HISTORY

DWB_PRPD_RCHRG

PREPAID RECHARGE

DWB_PRTNR_PYMT

PARTNER PAYMENT

DWB_PRTY_AM_PMP_ASGN_HIST

PARTY AM PMP ASSIGNMENT HISTORY

DWB_PRTY_AM_PMP_ASGN_STAT

PARTY AM PMP ASSIGNMENT STATUS

DWB_PRTY_COST_ASGN

PARTY COST ASSIGNMENT

DWB_PRTY_INTRACN_THRD

PARTY INTERACTION THREAD

DWB_PRTY_INTRACN_THRD_SBRP_ASN

PARTY INTERACTION THREAD SUBSCRIPTION ASSIGNMENT

DWB_PRTY_ORDR_ASGN

PARTY ORDER ASSIGNMENT

DWB_PRTY_PRMTN_RESPN

PARTY PROMOTION RESPONSE

DWB_PRTY_STAT_HIST

PARTY STATUS HISTORY

DWB_PTV_FULL_CHNL_ACTVTN

PTV FULL CHANNEL ACTIVATION

DWB_PTV_QPI_SRVC_EVT

PTV QPI SERVICE EVENT

DWB_PTV_USG_EVT

PTV USAGE EVENT

DWB_RAW_MMS_EVT

RAW MMS EVENT

DWB_RAW_WRLS_CALL_EVT

RAW WIRELESS CALL EVENT

DWB_RESRE_ORDR

RESOURCE ORDER

DWB_RESRE_ORDR_ITEM

RESOURCE ORDER ITEM

DWB_RESRE_PRFMNC

RESOURCE PERFORMANCE

DWB_RTD_NTWK_EVT

RATED NETWORK EVENT

DWB_SBRP_STAT_HIST

SUBSCRIPTION STATUS HISTORY

DWB_SBRP_TERM_VAL

SUBSCRIPTION TERM VALUE

DWB_SL_CHNL_CMISN_PLN_ASGN

SALES CHANNEL COMMISSION PLAN ASSIGNMENT

DWB_SL_CMISN_DTL

SALES COMMISSION DETAIL

DWB_SL_CMISN_PYRL

SALES COMMISSION PAYROLL

DWB_SMS_EVT

SMS EVENT

DWB_SRVC_LVL_AGRMNT_VILTN

SERVICE LEVEL AGREEMENT VIOLATION

DWB_SRVC_ORDR

SERVICE ORDER

DWB_SRVC_ORDR_LN_ITEM

SERVICE ORDER LINE ITEM

DWB_SRVC_PRFMNC

SERVICE PERFORMANCE

DWB_SRVC_RQST

SERVICE REQUEST

DWB_SRVC_STAT_HIST

SERVICE STATUS HISTORY

DWB_TAP_IN_WRLS_RMNG_EVT

TAP IN WIRELESS ROAMING EVENT

DWB_TAP_OUT_WRLS_RMNG_EVT

TAP OUT WIRELESS ROAMING EVENT

DWB_UMS_EVT

UMS EVENT

DWB_VNDR_APNMNT

VENDOR APPOINTMENT

DWB_VOIP_CALL_EVT

VOIP CALL EVENT

DWB_WEB_INTRACN_NAVGTN_HIST

WEB INTERACTION NAVIGATION HISTORY

DWB_WRLS_CALL_EVT

WIRELESS CALL EVENT

DWB_WRLS_CNTNT_DNLDG_EVT

WIRELESS CONTENT DOWNLOADING EVENT

DWB_WRLS_RMNG_EVT

WIRELESS ROAMING EVENT

DWB_WRLS_RMNG_EVT_BTCH

WIRELESS ROAMING EVENT BATCH

Derived Tables

Table 4-5 briefly describes the Derived tables in Oracle Communications Data Model.

Table 4-5 Derived Tables

Table Name
More Information

DWD_ACCT_BAL_MO

ACCOUNT BALANCE MONTH DRVD

DWD_ACCT_DEBT_DAY

ACCOUNT DEBT DAY DRVD

DWD_ACCT_PYMT_DAY

ACCOUNT PAYMENT DAY DRVD

DWD_ACCT_PYMT_MTHD_STAT_HIST

ACCOUNT PAYMENT METHOD STATUS HIST DRVD

DWD_ACCT_RFND_DAY

ACCOUNT REFUND DAY DRVD

DWD_ACCT_STAT

ACCOUNT STATUS DRVD

DWD_ACCT_STTSTC

ACCOUNT STATISTIC DRVD

DWD_ARPU_BASE

ARPU BASE DRVD

DWD_BER_FER_ERR_RATIO_DAY

BER FER ERROR RATIO DAY DRVD

DWD_CALL_CNTR_CALL_DAY

CALL CENTER CALL DAY DRVD

DWD_CALL_CNTR_CASE_DAY

CALL CENTER CASE DAY DRVD

DWD_CANBLZTN_DTL_DAY

CANNIBALIZATION DETAIL DAY DRVD

DWD_CELL_STTSTC_DAY

CELL STATISTIC DAY DRVD

DWD_CHRN_PRDCT_SRC

CHURN PREDICT SOURCE DERIVED

DWD_CMISN_DAY

COMMISSION DAY DRVD

DWD_CNCT_DSCNCT_DAY

CONNECT DISCONNECT DAY DRVD

DWD_CNRT

CONTRACT DRVD

DWD_CNRT_CHNG

CONTRACT CHANGED DRVD

DWD_COST_CUST

COST CUSTOMER DRVD

DWD_COST_ORG

COST ORGANIZATIONAL DRVD

DWD_CRDT_CTGRY

CREDIT CATEGORY DRVD

DWD_CUST_ACQSTN_SUMM_DAY

CUSTOMER ACQUISITION SUMMARY DAY DRVD

DWD_CUST_CALL_SCL_NTWK

CUSTOMER CALL SOCIAL NETWORK

DWD_CUST_COMMUNITY_ASGN

CUSTOMER COMMUNITY ASSIGNMENT

DWD_CUST_DEBT_COLLCTN

CUSTOMER DEBT COLLECTION DRVD

DWD_CUST_MNNG

CUSTOMER MINING

DWD_CUST_EQPMNT_INSTLTN_DAY

CUSTOMER EQUIPMENT INSTALLATION DAY DRVD

DWD_DATA_USG_DAY

DATA USAGE DAY DRVD

DWD_EXTRNL_DEBT_COLLCTN_DAY

EXTERNAL DEBT COLLECTION DAY DRVD

DWD_GIVE_AWAY_ITEM_DAY

GIVE AWAY ITEM DAY DRVD

DWD_GPRS_PCU_DAY

GPRS PCU DAY DRVD

DWD_GPRS_SRVCS_DAY

GPRS SERVICES DAY DRVD

DWD_HNDST_STCK_DAY

HANDSET STOCK DAY DRVD

DWD_HNDST_SUBSDY_DAY

HANDSET SUBSIDY DAY DRVD

DWD_IN_PLTFRM_DAY

IN PLATFORM DAY DRVD

DWD_INTRNL_DEBT_COLLCTN_DAY

INTERNAL DEBT COLLECTION DAY DRVD

DWD_INVC

INVOICE DRVD

DWD_INVC_ADJ

INVOICE ADJUSTMENT DRVD

DWD_LN_ACTVTN_TMNT_DAY

LINE ACTIVATION TERMINATION DAY DRVD

DWD_LYLTY_PROG_DAY

LOYALTY PROGRAM DAY DRVD

DWD_MKT_OPRTR_PRTNG

MARKET OPERATOR PORTING DERIVED

DWD_MKT_SHARE

MARKET SHARE DRVD

DWD_MSC_TRFC_DAY

MSC TRAFFIC DAY DRVD

DWD_NBR_PRT_DAY

NUMBER PORT DAY DRVD

DWD_NTWK_AVLBLTY_DAY

NETWORK AVAILABILITY DAY DRVD

DWD_NTWK_TCHPNT

NETWORK TOUCHPOINT DRVD

DWD_PRPD_ACCT_ACTVTN_DAY

PREPAID ACCOUNT ACTIVATION DAY DRVD

DWD_PRPD_ACCT_STTSTC

PREPAID ACCOUNT STATISTIC DRVD

DWD_PRPD_ALWNCE_DAY

PREPAID ALLOWANCE DAY DRVD

DWD_PRPD_CALL_SUMM_DAY

PREPAID CALL SUMMARY DAY DRVD

DWD_PRPD_VCHR_RCHRG_DAY

PREPAID VOUCHER RECHARGE DAY DRVD

DWD_PRTNR_STLMNT

PARTNER SETTLEMENT DRVD

DWD_PYMT_AGNG_DAY

PAYMENT AGING DAY DRVD

DWD_RDMPTN_DAY

REDEMPTION DAY DRVD

DWD_RF_NTWK_CPCTY_DAY

RF NETWORK CAPACITY DAY DRVD

DWD_SBRP_STTSTC

SUBSCRIPTION STATISTIC DRVD

DWD_SHOP_EFFNCY_DAY

SHOP EFFICIENCY DAY DRVD

DWD_SHARED_PKG_USG_STTSTC_DAY

SHARED PACKAGE USAGE STATISTICS DAY DRVD

DWD_SL_CMPGN_SUMM_DAY

SALES CAMPAIGN SUMMARY DAY DRVD

DWD_SL_DAY

SALES DAY DRVD

DWD_SL_RPRSTV_STTSTC

SALES REPRESENTATIVE STATISTICS DRVD

DWD_SPLMNTR_SRVC_USG

SUPPLEMENTARY SERVICE USAGE DRVD

DWD_SUBSDY_AMT

SUBSIDY AMOUNT DRVD

DWD_VAS_SBRP_QCK_SUMM

VAS SUBSCRIPTION QUICK SUMMARY DRVD

DWD_VAS_USG_DAY

VAS USAGE DAY DRVD

DWD_VOI_CALL_DAY

VOICE CALL DAY DRVD

Aggregate Tables

Table 4-6 briefly describes the Aggregate tables in Oracle Communications Data Model.

Table 4-6 Aggregate Tables

Table Name
More Information

DWA_ACCT_DEBT_MO

ACCOUNT DEBT MONTH AGGR

DWA_ACCT_PYMT_MO

ACCOUNT PAYMENT MONTH AGGR

DWA_ACCT_PYMT_MTHD_STAT_HIST

ACCOUNT PAYMENT METHOD STATUS HIST AGGR

DWA_ACCT_RFND_MO

ACCOUNT REFUND MONTH AGGR

DWA_ACCT_STAT_TYP

ACCOUNT STATUS TYPE AGGR

DWA_ACCT_STTSTC_TYP

ACCOUNT STATISTIC TYPE AGGR

DWA_ARPU_BASE_CUST_TYP

ARPU BASE CUSTOMER TYPE AGGR

DWA_BER_FER_ERR_RATIO_MO

BER FER ERROR RATIO MONTH AGGR

DWA_CALL_CNTR_CALL_MO

CALL CENTER CALL MONTH AGGR

DWA_CALL_CNTR_CASE_MO

CALL CENTER CASE MONTH AGGR

DWA_CANBLZTN_DTL_MO

CANNIBALIZATION DETAIL MONTH AGGR

DWA_CELL_STTSTC_MO

CELL STATISTIC MONTH AGGR

DWA_CMISN_MO

COMMISSION MONTH AGGR

DWA_CNCT_DSCNCT_MO

CONNECT DISCONNECT MONTH AGGR

DWA_CNRT_MO

CONTRACT MONTH AGGR

DWA_COST_CUST_MO

COST CUSTOMER MONTH AGGR

DWA_COST_ORG_MO

COST ORGANIZATIONAL DRVD

DWA_CRDT_CTGRY_MO

CREDIT CATEGORY MONTH AGGR

DWA_CUST_ACQSTN_SUMM_MO

CUSTOMER ACQUISITION SUMMARY MONTH AGGR

DWA_CUST_DEBT_COLLCTN_MO

CUSTOMER DEBT COLLECTION MONTH AGGR

DWA_CUST_EQPMNT_INSTLTN_MO

CUSTOMER EQUIPMENT INSTALLATION MO AGGR

DWA_DATA_USG_MO

DATA USAGE MONTH AGGR

DWA_EXTRNL_DEBT_COLLCTN_MO

EXTERNAL DEBT COLLECTION MONTH AGGR

DWA_GIVE_AWAY_ITEM_MO

GIVE AWAY ITEM MONTH AGGR

DWA_GPRS_PCU_MO

GPRS PCU MONTH AGGR

DWA_GPRS_SRVCS_MO

GPRS SERVICES MONTH AGGR

DWA_HNDST_STCK_MO

HANDSET STOCK MO AGGR

DWA_HNDST_SUBSDY_MO

HANDSET SUBSIDY MONTH AGGR

DWA_IN_PLTFRM_MO

IN PLATFORM MONTH AGGR

DWA_INTRNL_DEBT_COLLCTN_MO

INTERNAL DEBT COLLECTION MONTH AGGR

DWA_INVC_ADJ_MO

INVOICE ADJUSTMENT MONTH AGGR

DWA_INVC_CUST_TYP

INVOICE CUSTOMER TYPE AGGR

DWA_LN_ACTVTN_TMNT_MO

LINE ACTIVATION TERMINATION MONTH AGGR

DWA_LYLTY_PROG_MO

LOYALTY PROGRAM MO AGGR

DWA_MKT_SHARE

MARKET SHARE AGGR

DWA_MSC_TRFC_MO

MSC TRAFFIC MONTH AGGR

DWA_NBR_PRT_MO

NUMBER PORT MONTH AGGR

DWA_NTWK_AVLBLTY_MO

NETWORK AVAILABILITY MONTH AGGR

DWA_NTWK_TCHPNT_MO

NETWORK TOUCHPOINT MONTH AGGR

DWA_PRPD_ACCT_STTSTC_SGMNT

PREPAID ACCOUNT STATISTIC SEGMENT AGGR

DWA_PRPD_ALWNCE_MO

PREPAID ALLOWANCE MONTH AGGR

DWA_PRPD_CALL_SUMM_MO

PREPAID CALL SUMMARY MONTH AGGR

DWA_PRTNR_STLMNT_MO

PARTNER SETTLEMENT MONTH AGGR

DWA_PYMT_AGNG_MO

PAYMENT AGING MONTH AGGR

DWA_RDMPTN_MO

REDEMPTION MO AGGR

DWA_RF_NTWK_CPCTY_MO

RF NETWORK CAPACITY MONTH AGGR

DWA_SBRP_STTSTC_MO

SUBSCRIPTION STATISTIC MONTH AGGR

DWA_SHARED_PKG_USG_STTSTC_MO

SHARED PACKAGE USAGE STATISTICS MO AGGR

DWA_SHOP_EFFNCY_MO

SHOP EFFICIENCY MONTH AGGR

DWA_SL_CMPGN_SUMM_MO

SALES CAMPAIGN SUMMARY MONTH AGGR

DWA_SL_MO

SALES MONTH AGGR

DWA_SPLMNTR_SRVC_USG_MO

SUPPLEMENTARY SERVICE USAGE MONTH AGGR

DWA_SUBSDY_AMT_MO

SUBSIDY AMOUNT MONTH AGGR

DWA_VAS_SBRP_QCK_SUMM_MO

VAS SUBSCRIPTION QUICK SUMMARY MO AGGR

DWA_VAS_USG_MO

VAS USAGE MONTH AGGR

DWA_VOI_CALL_MO

VOICE CALL MONTH AGGR

Temporary and Other Tables

Table 4-7, Table 4-8, and Table 4-9 briefly describes the temporary and control tables in Oracle Communications Data Model.

Table 4-7 Temporary Oracle Communications Data Model Tables

Table Name
Description

DWA_CUST_GROSS_ORDRS_QTR

This entity gives order measures, number of orders and total order amount, in same quarters of consecutive years.

DWA_CUST_NET_ORDRS_QTR

This entity gives order measures, number of orders and total order amount, in consecutive quarters.

DWA_CUST_ORDR_MO

This entity summarizes orders placed by customers at month level aggregation. Using this entity, order measures, number of orders and total order amount, across order status, order type, product, product type dimensions can be computed.

Table 4-8 Control Tables

Table Name
Description

DWC_ETL_PARAMETER

Store ETL parameters such as etl start date and etl end date. For more information, see "Intra-ETL Load Parameters Control Table".

DWC_INTRA_ETL_ACTIVITY

Reports errors at the individual program level. For more information, see "Intra-ETL Monitoring Process Control Tables".

DWC_INTRA_ETL_PROCESS

Reports errors at the whole batch load level. For more information, see "Intra-ETL Monitoring Process Control Tables".

Table 4-9 Miscellaneous Oracle Communications Data Model Tables

Table Name
Description

DWV_CNRT_ACCT_SBRP_PROD

The MV which prejoins dwr_cnrt,dwr_sbrp, dwr_acct, dwr_prod, and dwr_cust. This MV is on sbrp_key level . This join occurs frequently in the Intra ETL, so it is prejoined and stores the result MV, then the Intra ETL only needs to access the MV instead of joining the five tables.

STG_DWD_VOI_CALL_DAY

Table stores staging results in populating data for DWD_VOI_CALL_DAY.

Database Sequences

Table 4-10 lists the Sequence Names in Oracle Communications Data Model.

Table 4-10 Database Sequences

Generates the Physical Key for Table Name
Sequence Name

DWR_ACCS_MTHD

AM_SEQ

DWR_ACCS_MTHD_ELMNT

AME1_SEQ

DWR_ACCS_MTHD_POOL

AMP_SEQ

DWR_ACCS_MTHD_SGMNT

AMS_SEQ

DWR_ACCSRS

ACCE_SEQ

DWR_ACCT

ACCT_SEQ

DWR_ACCT_BLLG_CYCL_HIST

ABCH_SEQ

DWR_ACCT_BLLG_FRQNCY_HIST

ABFH_SEQ

DWR_ACCT_BLLG_PRD_HIST

ABPH_SEQ

DWR_ACCT_BSNS_INTRACN_RL

ABIR_SEQ

DWR_ACCT_PREF_PYMT_MTHD

APP_SEQ

DWR_ACCT_PRFL

APH1_SEQ

DWR_ACCT_SGMNT

ACCT_SEG_SEQ

DWR_ACCT_SGMNT_MDL

CSM_2_SEQ

DWR_ADDR_LOC

AL1_SEQ

DWR_ADDR_RLTD

AR_1_SEQ

DWR_ADTNL_TXT

AT2_SEQ

DWR_ADVR_PRD

AP_SEQ

DWR_ADVR_QTR

AQ_SEQ

DWR_ADVR_WK

AW_SEQ

DWR_ADVR_YR

AY_SEQ

DWR_AGGRTN_INTRFC

AGIN_SEQ

DWR_AMRCN_PRPTY_ADDR

APA_SEQ

DWR_ANZSIC_CLSFCTN

ANZSIC_SEQ

DWR_ATM_INTRFC

ATIN_SEQ

DWR_ATONOMS_SYS

AOSY_SEQ

DWR_AUXILIARY_CMPNT

AXCM_SEQ

DWR_BASE_TRNSCVR_STN

BTS_SEQ

DWR_BNK

BAN1_SEQ

DWR_BNK_DRCT_DEBT_CHNL

BDDC_SEQ

DWR_BRDGNG_PROTCL

BP1_SEQ

DWR_BRND

BRA_SEQ

DWR_BSNS_HLF_MO

BHM_SEQ

DWR_BSNS_HLF_YR

BHY_SEQ

DWR_BSNS_INTRACN_LOC_ASGN

BILA_SEQ

DWR_BSNS_INTRACN_RL

BIR_SEQ

DWR_BSNS_MO

BM_SEQ

DWR_BSNS_QTR

BQ_SEQ

DWR_BSNS_UNIT_SHFT

BUS_SEQ

DWR_BSNS_WK

BW_SEQ

DWR_BSNS_YR

BY1_SEQ

DWR_CALL_CNTR

CC3_SEQ

DWR_CALL_CNTR_AGNT

CCA_SEQ

DWR_CALL_CNTR_SRVC_CAPBLTY

CCSC_SEQ

DWR_CALL_SRC_DSTN

CD3_SEQ

DWR_CARD

CARD_SEQ

DWR_CBL

CBL_SEQ

DWR_CELL

CEL_SEQ

DWR_CELL_SCTR

CS1_SEQ

DWR_CELL_SITE

CS2_SEQ

DWR_CHASSIS

CHS_SEQ

DWR_CHNL

CHNL_SEQ

DWR_CLNDR_HLF_MO

CHM_SEQ

DWR_CLNDR_HLF_YR

CHY_SEQ

DWR_CLNDR_MO

CM_SEQ

DWR_CLNDR_QTR

CQ_SEQ

DWR_CLNDR_WK

CW_SEQ

DWR_CLNDR_YR

CY_SEQ

DWR_CMPGN

CAM_SEQ

DWR_CMPGN_CHNL

RCC_SEQ

DWR_CMPGN_CHTRSTC

CMCH_SEQ

DWR_CMPGN_CHTRSTC_VAL

CCV_SEQ

DWR_CMPGN_DOC

RCMD_SEQ

DWR_CMPGN_MSG

RCM_SEQ

DWR_CMPGN_MSG_DPCT

CMD_SEQ

DWR_CMPND_ELMNT

CE_SEQ

DWR_CMPND_ELMNT_CMPND_DTL

CECD_SEQ

DWR_CMPND_ELMNT_COLLCTN

CECL_SEQ

DWR_CMPND_ELMNT_DTL

CED_SEQ

DWR_CMPND_ELMNT_LGICL_DTL

CELD_SEQ

DWR_CMPND_ELMNT_PHY_DTL

CEPD_SEQ

DWR_CMPND_ELMNT_RL

CER1_SEQ

DWR_CMPND_ELMNT_RL_ASGN

CERA_SEQ

DWR_CMPND_ELMNT_RL_SPEC

CERS_SEQ

DWR_CMPND_ELMNT_TP_DTL

CETD_SEQ

DWR_CMPND_ELMNT_UNIT

CEU_SEQ

DWR_CMPNT_SBRP_PRICE

CTSP_SEQ

DWR_CMPST_COMP_PROD_CRL_CHTRTC

CPCC_SEQ

DWR_CMPST_PROD_RTNG_PLN

CPRP_SEQ

DWR_CMPST_SBRP_PRICE

CSPR_SEQ

DWR_CMPST_SRVC

CMST_SEQ

DWR_CMPTR

CPTR_SEQ

DWR_CMPTR_INTLGNCE_PRTY_RL

CPTR9_SEQ

DWR_CNCT_LST

CL_SEQ

DWR_CNCTN

CTN_SEQ

DWR_CNCTN_TMNT_PNT

CTP_SEQ

DWR_CNRT

CON_SEQ

DWR_CNRT_DOC

CD_SEQ

DWR_CNRT_ITEM

CNIT_SEQ

DWR_CNSEQ_PRFMNC_NTFCTN

CQPN_SEQ

DWR_CNTNT

CNTNT_SEQ

DWR_CNTNT_PRICE

CP1_SEQ

DWR_CNTNT_PRVDR

CP_SEQ

DWR_COLLCTN

CLTN_SEQ

DWR_COLLCTN_AGNCY

CAP_SEQ

DWR_COMP_INTL_CHTRSTC

CICH_SEQ

DWR_COMP_INTL_CHTRSTC_VAL

CIHV_SEQ

DWR_COMP_PROD_CRRL_CHTRSTC

CPCH_SEQ

DWR_COMP_PROD_CRRL_CHTRSTC_VAL

CCHV_SEQ

DWR_COMUNICTN_SRVC

CMSR_SEQ

DWR_CORE_INTRFC

CRI1_SEQ

DWR_COST_CNTR

CC1_SEQ

DWR_COURIER

CAR1_SEQ

DWR_CPCTY

CPY_SEQ

DWR_CPE_LGICL_DVC_RL

CLDR_SEQ

DWR_CRCUT_CMPNT

CC_SEQ

DWR_CRDT_CTGRY

DLCC_SEQ

DWR_CRDT_SCR_PRVDR

CSP_SEQ

DWR_CRNCY_GEO_ENT_ASGN

CGER_SEQ

DWR_CUST

CI_SEQ

DWR_CUST_CLASS_ASGN

CCAI_SEQ

DWR_CUST_DOC

CDOC_SEQ

DWR_CUST_FCNG_SRVC

CFS1_SEQ

DWR_CUST_FCNG_SRVC_RL

CFSR_SEQ

DWR_CUST_FCNG_SRVC_SPEC_RL

CFSSR_SEQ

DWR_CUST_FCNG_SRVC_SPEC_VRSN

CFV_SEQ

DWR_CUST_INDVL

CUSTI_SEQ

DWR_CUST_OCCSN

CO2_SEQ

DWR_CUST_ORDR_DOC

COD_SEQ

DWR_CUST_RSTRCT_INFO

CRI_1_SEQ

DWR_CUST_SCR

DLCS_SEQ

DWR_CUST_SGMNT

SEG_SEQ

DWR_CUST_SGMNT_MDL

CSM_SEQ

DWR_CUST_SIC_ASGN

CSIC_SEQ

DWR_CUST_SRC

CS5_SEQ

DWR_DAY

DAY_SEQ

DWR_DAY_ACT_CONDITION

DAC_SEQ

DWR_DAY_TODATE_TRANS

DTT_SEQ

DWR_DAY_TRANS

DTRAN_SEQ

DWR_DEAL

DEA2_SEQ

DWR_DEMOG_ATRIB

DA_SEQ

DWR_DEMOG_CHTRSTC

DGCH_SEQ

DWR_DEMOG_CHTRSTC_VAL

DCHV_SEQ

DWR_DEMOG_GRP

DG_SEQ

DWR_DISC_GRP

XEDG_SEQ

DWR_DISC_SBRP_PRICE_ALTRTN

DSPA_SEQ

DWR_DLR

DEA1_SEQ

DWR_DLR_DISC_GRP_ASGN

DDGA_SEQ

DWR_DRVD_VAL

DV_SEQ

DWR_DVC_INTRFC

DVI_SEQ

DWR_DVC_INTRFC_RL

DIR_SEQ

DWR_EDGE_INTRFC

EGI_SEQ

DWR_ELMNT_CHTRSTC

ECH_SEQ

DWR_ELMNT_CHTRSTC_ASGN

ECHA_SEQ

DWR_ELMNT_CHTRSTC_RLTN

ECHR_SEQ

DWR_ELMNT_CHTRSTC_VAL

ECHV_SEQ

DWR_ELMNT_CHTRSTC_VAL_ASGN

EHVA_SEQ

DWR_ELMNT_CHTRSTC_VAL_RLTN

EHVR_SEQ

DWR_EMP

EMP_SEQ

DWR_EMP_LANG_CAPBLTY

ELC_SEQ

DWR_EMP_RSTRCT_INFO

CRI_SEQ

DWR_ENT

ENT_SEQ

DWR_ENT_RL

ETR1_SEQ

DWR_ENT_SPECFTN

ETS_SEQ

DWR_EQPMNT

EQU_SEQ

DWR_EQPMNT_CNTR

EC2_SEQ

DWR_EQPMNT_FNCTNLTY

EF_SEQ

DWR_EQPMNT_HLDR

EQH_SEQ

DWR_EQPMNT_INSTNC

EI_SEQ

DWR_EQPMNT_INSTNC_RENTING_CNRT

EISH_SEQ

DWR_EQPMNT_SBRP

EQS_SEQ

DWR_EVT_PRTY_RL

EPR_SEQ

DWR_EVT_RSLTN

ER2_SEQ

DWR_EXCLD_PRT_DTL

EXPD_SEQ

DWR_EXTRNL_INFO_SRC

EIS_SEQ

DWR_EXTRNL_OPRTR

PEO_SEQ

DWR_FCTR_CMPNY

FC_SEQ

DWR_FRWL_RL

FWL_SEQ

DWR_FSCL_HLF_MO

FHM_SEQ

DWR_FSCL_HLF_YR

FHY_SEQ

DWR_FSCL_MO

FM_SEQ

DWR_FSCL_QTR

FQ_SEQ

DWR_FSCL_WK

FW_SEQ

DWR_FSCL_YR

FY_SEQ

DWR_FXBLE_CHTRSTC

FCH_SEQ

DWR_FXBLE_CHTRSTC_ASGN

FCA_SEQ

DWR_FXBLE_CHTRSTC_ASGN_TYP

FCAT_SEQ

DWR_FXBLE_CHTRSTC_RLTN

FCR_SEQ

DWR_FXBLE_CHTRSTC_TYP

FCT_SEQ

DWR_FXBLE_CHTRSTC_VAL

FCV_SEQ

DWR_FXBLE_CHTRSTC_VAL_ASGN

FCVA_SEQ

DWR_FXBLE_CHTRSTC_VAL_RLTN

FCVR_SEQ

DWR_GEO_BLDG

GEOB_SEQ

DWR_GEO_CITY

GC1_SEQ

DWR_GEO_CNTRY

GC_SEQ

DWR_GEO_CNTY

GEOC_SEQ

DWR_GEO_DEMOG_ATRIB

GDA_SEQ

DWR_GEO_DEMOG_GRP

GDG_SEQ

DWR_GEO_DEMOG_VAL

GDV_SEQ

DWR_GEO_ENT

GE_1_SEQ

DWR_GEO_HRCHY

GH_SEQ

DWR_GEO_HRCHY_LVL

GHL_SEQ

DWR_GEO_LVL

GL_SEQ

DWR_GEO_LVL_ATRIB

GLATTR_SEQ

DWR_GEO_LVL_ATRIB_VAL

GLA_SEQ

DWR_GEO_NIEHBRHD

GEOCM_SEQ

DWR_GEO_RGN

GR_1_SEQ

DWR_GEO_SBRGN

GSR_SEQ

DWR_GEO_STATE

GS_1_SEQ

DWR_GEO_STRT

GEOS_SEQ

DWR_GEO_WORLD

GW_SEQ

DWR_GL_REF

GR_SEQ

DWR_GPRS_SRVC

GS_SEQ

DWR_HH

HOU1_SEQ

DWR_HLDR_ATMC

HA_SEQ

DWR_HLDR_CMPST

HC_SEQ

DWR_HLF_HR

HH_SEQ

DWR_HLF_MO_TODATE_TRANS

HMTT_SEQ

DWR_HLF_MO_TRANS

HMT_SEQ

DWR_HLF_YR_TRANS

HYT_SEQ

DWR_HNDST_INSTNC

HAN_SEQ

DWR_HNDST_MDL

HM_SEQ

DWR_HR

HOU_SEQ

DWR_HRDWR

HW_SEQ

DWR_IN_PLTFRM

DRIP_SEQ

DWR_IN_RUTNG_DVC

IR1_SEQ

DWR_INDVL_DEMOG_VAL

IDV_1_SEQ

DWR_INDVL_NAME

IVNM_SEQ

DWR_INTRACN_CHNL

IC_SEQ

DWR_IP_ADDR

IPA_SEQ

DWR_IP_SUBNET

ISN_SEQ

DWR_IPV4_ADDR

IPA4_SEQ

DWR_ISP

ISP_SEQ

DWR_ISP_BSNS

IBT_SEQ

DWR_ISP_USER

IU_SEQ

DWR_ITEM

ITE_SEQ

DWR_JB

DLJ_SEQ

DWR_JB_RL

JR_SEQ

DWR_KEY_PRFMNC_IND_SLS_PARM

KPIP_SEQ

DWR_KEY_QLTY_IND_SLS_PARM

KQSP_SEQ

DWR_LAN

LAN1_SEQ

DWR_LAN_PROTCL

LP1_SEQ

DWR_LANG_DIALECT

LDI_SEQ

DWR_LAYER_NTWK

LN_SEQ

DWR_LGICL_CPCTY

LGCP_SEQ

DWR_LGICL_DVC

LD_SEQ

DWR_LGICL_DVC_ATMC

LDA_SEQ

DWR_LGICL_DVC_CMPST

LDC_SEQ

DWR_LGICL_DVC_RL

LDR_SEQ

DWR_LGICL_DVC_RL_SPEC

LDRS_SEQ

DWR_LGICL_ELMNT

LE_SEQ

DWR_LGICL_ELMNT_RL

LER_SEQ

DWR_LGICL_ELMNT_RL_ASGN

LERA_SEQ

DWR_LGICL_ELMNT_RL_SPEC

LRS_SEQ

DWR_LGICL_ELMNT_TYP_VRSN

LETV_SEQ

DWR_LGICL_INTRFC

LGIN_SEQ

DWR_LYLTY_PROG

LP_SEQ

DWR_LYLTY_PROG_CHNL

LPC_SEQ

DWR_MAILBOX

MAI_SEQ

DWR_MANAGED_ENT

ME1_SEQ

DWR_MANAGED_HRDWR

MHW_SEQ

DWR_MANAGED_TRNSMISN_ENT

MTE_SEQ

DWR_MBL_SWTCHNG_CNTR

MSC_SEQ

DWR_MEDIA_INTRFC

MI_SEQ

DWR_MEDIA_OBJ

MO_SEQ

DWR_MGMT_DOMAIN

MDM_SEQ

DWR_MGMT_PROTCL

MPT_SEQ

DWR_MKT_AREA

OMA_SEQ

DWR_MKT_AREA_LVL

OMAL_SEQ

DWR_MKT_PLN_TERM_VAL

MPTV_SEQ

DWR_MKT_SGMNT

RMSCHZ_SEQ

DWR_MKT_SGMNT_CHTRSTC

MSCH_SEQ

DWR_MKT_SGMNT_CHTRSTC_VAL

MSCV_SEQ

DWR_MNT

MIN_SEQ

DWR_MO_TODATE_TRANS

MTT_SEQ

DWR_MO_TRANS

MT1_SEQ

DWR_NAICS_CLSFCTN

NAIC_SEQ

DWR_NAICS_INDSTRY

NI_SEQ

DWR_NAICS_INDSTRY_GRP

NIG_SEQ

DWR_NAICS_INDSTRY_SCTR

IS3_SEQ

DWR_NAICS_INDSTRY_SUBSCTR

NIS_SEQ

DWR_NBR_AREA

DAX_SEQ

DWR_NBR_CNTRY

DCC1_SEQ

DWR_NP_MBL_MSISDN

NMM_SEQ

DWR_NTWK

NET1_SEQ

DWR_NTWK_ADDR

NWA_SEQ

DWR_NTWK_ATMC

NWAT_SEQ

DWR_NTWK_CMPST

NWC_SEQ

DWR_NTWK_DOMAIN

NTWK_DOMAIN_SEQ

DWR_NTWK_ELMNT

DWNE_SEQ

DWR_NTWK_ELMNT_BSNS_INTRACN_RL

NEBIR_SEQ

DWR_NTWK_ELMNT_RL

NER_SEQ

DWR_NTWK_ELMNT_RL_ASGN

NTRA_SEQ

DWR_NTWK_ELMNT_RL_SPEC

NERS_SEQ

DWR_NTWK_ELMNT_TYP

NET4_SEQ

DWR_NTWK_ELMNT_TYP_VRSN

ELTV_SEQ

DWR_NTWK_EVT_CHTRSTC

NEC_SEQ

DWR_NTWK_EVT_CHTRSTC_ASGN

NCHA_SEQ

DWR_NTWK_EVT_CHTRSTC_VAL

NECV_SEQ

DWR_NTWK_EVT_CHTRSTC_VAL_ASGN

NEVA_SEQ

DWR_NTWK_EVT_CHTRSTC_VAL_RLTN

NEVR_SEQ

DWR_NTWK_EVT_TYP_VRSN

NETV_SEQ

DWR_NTWK_ROUTE_PNT

NRP_SEQ

DWR_NTWK_SITE

NWS_SEQ

DWR_NTWK_TCHPNT

NTP_SEQ

DWR_OPERTNG_SYS

OPSY_SEQ

DWR_ORDR_LN_ITEM_STATE

OLIS_SEQ

DWR_ORG_AREA

ARE_SEQ

DWR_ORG_BNR

BAN_SEQ

DWR_ORG_BSNS_ENT

OBE_SEQ

DWR_ORG_BSNS_UNIT

DOBU_SEQ

DWR_ORG_CHAIN

CHA_1_SEQ

DWR_ORG_CMPNY

COM_SEQ

DWR_ORG_CRPRT

COR_SEQ

DWR_ORG_DIV

DIV_SEQ

DWR_ORG_DSTRCT

DOD_SEQ

DWR_ORG_HRCHY

OH_SEQ

DWR_ORG_HRCHY_LVL

OHL_SEQ

DWR_ORG_HRCHY_LVL_ASGN

OHLA_SEQ

DWR_ORG_HRCHY_VRSN

OHV_SEQ

DWR_ORG_LVL

OL_SEQ

DWR_ORG_LVL_ATRIB_VAL

OBEA_SEQ

DWR_ORG_LVL_ATTR

OLA_SEQ

DWR_ORG_NAME

ORGN_SEQ

DWR_ORG_RGN

REG_SEQ

DWR_ORG_WRHS

OW_SEQ

DWR_OTHR_INDVL

OI_SEQ

DWR_P_LGICL_DVC_RL

PLD_SEQ

DWR_PASPRT

RPP_SEQ

DWR_PBLCTN

PUB_SEQ

DWR_PE_LGICL_DVC_RL

PLDR_SEQ

DWR_PHONE_NBR

TPN_SEQ

DWR_PHY_CMPNT

PHCM_SEQ

DWR_PHY_CNCTR

PHCO_SEQ

DWR_PHY_CONTNR

PHC_SEQ

DWR_PHY_DVC

PHD_SEQ

DWR_PHY_DVC_ATMC

PDA_SEQ

DWR_PHY_DVC_CMPST

PDC_SEQ

DWR_PHY_DVC_RL_SPEC

PDRS_SEQ

DWR_PHY_DVC_SPEC

PDS_SEQ

DWR_PHY_ELMNT

PHE_SEQ

DWR_PHY_ELMNT_CHTRSTC

PECH_SEQ

DWR_PHY_ELMNT_RL

PEL_SEQ

DWR_PHY_ELMNT_RL_ASGN

PERA_SEQ

DWR_PHY_ELMNT_RL_SPEC

PERS_SEQ

DWR_PHY_EQPMNT

PEQ_SEQ

DWR_PHY_LNK

PHL_SEQ

DWR_PHY_PRT

PHP_SEQ

DWR_PIPE

PIE_SEQ

DWR_PLCY

PY_SEQ

DWR_PLCY_ACTN

PYA_SEQ

DWR_PLCY_ACTN_ATMC

PYAA_SEQ

DWR_PLCY_ACTN_CMPST

PYAC_SEQ

DWR_PLCY_ACTN_VNDR

PYAV_SEQ

DWR_PLCY_CNDTN

PYC_SEQ

DWR_PLCY_CNDTN_ASGN

PYCD_SEQ

DWR_PLCY_CNDTN_ATMC

PYCA_SEQ

DWR_PLCY_CNDTN_CMPST

PYCC_SEQ

DWR_PLCY_GRP

PYG_SEQ

DWR_PLCY_OPRTR

POPR_SEQ

DWR_PLCY_RL

PYRL_SEQ

DWR_PLCY_RULE

PYR_SEQ

DWR_PLCY_SET

PYS_SEQ

DWR_PLCY_STMT

PYST_SEQ

DWR_PLCY_VAL

PYV_SEQ

DWR_PLCY_VARBLE

PYB_SEQ

DWR_PLNG_PRD

PP4_SEQ

DWR_PLNG_QTR

PQ1_SEQ

DWR_PLNG_SEASON

PS1_SEQ

DWR_PLNG_WK

PW_1_SEQ

DWR_PLNG_YR

ADV_SEQ

DWR_PMP_AVLBLTY

PMPA_SEQ

DWR_PMP_LYLTY_PROG_AVLBLTY

PMPLPA_SEQ

DWR_PMP_MKT_SGMNT_AVLBLTY

PMPMSA_SEQ

DWR_PMP_PRICE_PLCY_ACTN

PPLA_SEQ

DWR_PMP_PRICE_PLCY_CNDTN

PPLC_SEQ

DWR_PMP_PRICE_PLCY_VAL

PPLV_SEQ

DWR_PMP_PRICE_PLCY_VARBLE

PLVA_SEQ

DWR_PMP_PROD_INSTNC_ASGN

PMPPIA_SEQ

DWR_PMP_RTNG_PLN

PRPL_SEQ

DWR_PMP_RTNG_PLN_DTL

PRDL_SEQ

DWR_PNT_CD

PCD_SEQ

DWR_POSTCD

POS_SEQ

DWR_PRFMNC

PRF_SEQ

DWR_PRFMNC_IP_ADDR

PIAD_SEQ

DWR_PRFMNC_MBL_ADDR

PMAR_SEQ

DWR_PRFMNC_NTFCTN

PNF_SEQ

DWR_PRFMNC_NTWK_ADDR

PNA_SEQ

DWR_PRFMNC_PNT_CD

PPCD_SEQ

DWR_PRICE_DRVTN_RULE

PDR_SEQ

DWR_PRMTN

P_SEQ

DWR_PRMTN_PROD_CTLG_ASGN

PPCA_SEQ

DWR_PROD

PRO_SEQ

DWR_PROD_ADTNL_TXT

PAT_SEQ

DWR_PROD_CAPBLTY

PC_SEQ

DWR_PROD_CHTRSTC

PCH1_SEQ

DWR_PROD_CHTRSTC_ASGN

PCHA_SEQ

DWR_PROD_CHTRSTC_VAL

PCHV_SEQ

DWR_PROD_CHTRSTC_VAL_ASGN

PHVA_SEQ

DWR_PROD_COVRG_AREA

PCA_SEQ

DWR_PROD_COVRG_GEO_DTL

PCGD_SEQ

DWR_PROD_CTLG_CHTRSTC

PCC_SEQ

DWR_PROD_CTLG_CHTRSTC_ASGN

PCCA_SEQ

DWR_PROD_CTLG_CHTRSTC_RLTN

PCHR_SEQ

DWR_PROD_CTLG_CHTRSTC_VAL

PCCHV_SEQ

DWR_PROD_CTLG_CHTRSTC_VAL_ASGN

PCHVA_SEQ

DWR_PROD_CTLG_CHTRSTC_VAL_RLTN

PHVR_SEQ

DWR_PROD_FTR

EF1_SEQ

DWR_PROD_GRP_ASGN

PGR_SEQ

DWR_PROD_INSTNC

PI3_SEQ

DWR_PROD_MKT_PLN

PMP_SEQ

DWR_PROD_MKT_PLN_GRP

PMPG_SEQ

DWR_PROD_MKT_PLN_RLTN

PMPR_SEQ

DWR_PROD_PKG

PPACK_SEQ

DWR_PROD_RTNG_PLN

CPP_SEQ

DWR_PROD_RTNG_PLN_DTL

CRPD_SEQ

DWR_PROD_USRNM

PDUSR_SEQ

DWR_PROD_VRSN

PV_SEQ

DWR_PROTCL

POTL_SEQ

DWR_PRPD_VCHR

ACCE1_SEQ

DWR_PRPTY

PRPTY_SEQ

DWR_PRSPCT

PRO1_SEQ

DWR_PRTNR_PRMTN_PROG

PPP_SEQ

DWR_PRTY

PAR_SEQ

DWR_PRTY_BSNS_INTRACN_RL

PBIR_SEQ

DWR_PRTY_CNCT_INFO

PCI_SEQ

DWR_PRTY_DEMOG_VAL

PDV_SEQ

DWR_PRTY_ID

PI_SEQ

DWR_PRTY_LANG_CAPBLTY

PLC_SEQ

DWR_PRTY_LYLTY_PROG_PRTCPTN

PLPP_SEQ

DWR_PRTY_NAME

PRTY_NAME_SEQ

DWR_PRTY_PRFL_CHTRSTC

PPC_SEQ

DWR_PRTY_PRFL_CHTRSTC_VAL

PPCV_SEQ

DWR_PRTY_RL_ASGN

PRR_SEQ

DWR_PRTY_RL_STAT

PRSH_SEQ

DWR_PRTY_SIM_CARD_ASGN

PSCH_SEQ

DWR_PRTY_SKILL

PRS_SEQ

DWR_PRTY_SRVC_ASGN

PSA2_SEQ

DWR_PV_BIT_STRING_VAL

PBSV_SEQ

DWR_PV_BOLEN_VAL

PBV_SEQ

DWR_PV_INTEGER_VAL

PIV_SEQ

DWR_PV_IP_ADDR_VAL

PIAV_SEQ

DWR_PV_STRING_VAL

PSV_SEQ

DWR_PVAR_BIT_STRING_VARBLE

PBIV_SEQ

DWR_PVAR_STRING_VARBLE

PSGV_SEQ

DWR_PYMT_CHNL

PC2_SEQ

DWR_QOS_SRVC

QS_SEQ

DWR_QTR_HR

QUA_SEQ

DWR_QTR_TODATE_TRANS

QTDT_SEQ

DWR_QTR_TRANS

QT_SEQ

DWR_RACK

RACK_SEQ

DWR_RCRNG_PMP_RTNG_PLN_DTL

RRD_SEQ

DWR_RESRE_FCNG_SRVC

RFS_SEQ

DWR_RESRE_FCNG_SRVC_RL

RFSR_SEQ

DWR_RESRE_FCNG_SRVC_SPEC_RL

RFSSR_SEQ

DWR_RESRE_FCNG_SRVC_SPEC_VRSN

RFSV_SEQ

DWR_RESRE_PRFMNC

RPF_SEQ

DWR_RESRE_PRT

RST_SEQ

DWR_RF_CARRIER

CAR_SEQ

DWR_RL

RL_SEQ

DWR_ROOT_ENT

RET_SEQ

DWR_ROUTED_PROTCL

RP_SEQ

DWR_ROUTER

R_SEQ

DWR_RTL_STORE

RS_SEQ

DWR_RUTNG_PROTCL

RPO_SEQ

DWR_RUTNG_RL

RR_SEQ

DWR_SB_NTWK

SNW_SEQ

DWR_SBRP

SUB_SEQ

DWR_SBRP_CLASS_OF_SRVC

SCOS_SEQ

DWR_SBRP_PRICE

SBPR_SEQ

DWR_SBRP_PRICE_ALTRTN

SBPA_SEQ

DWR_SBRP_PRICE_CHRG

SPCH_SEQ

DWR_SCND

SEC_SEQ

DWR_SCRPT

SCR_SEQ

DWR_SCRPT_QUES

IQ_SEQ

DWR_SECURE_HLDR

SH_SEQ

DWR_SGMNT_CRTRA

SC_1_SEQ

DWR_SGNLNG_PROTCL

SGPO_SEQ

DWR_SHELF

SLF_SEQ

DWR_SIC_DIV

SICD_SEQ

DWR_SIM_CARD_ACCS_MTHD_ASGN

SCAMH_SEQ

DWR_SIM_CARD_HNDST_ASGN

SCHH_SEQ

DWR_SIM_CARD_SBRP_ASGN

SCSH_SEQ

DWR_SITE

ST_SEQ

DWR_SITE_INTRFC_RL

SINR_SEQ

DWR_SL_CHNL

CHR_SEQ

DWR_SL_CHNL_RPRSTV

RSCR_SEQ

DWR_SL_CMISN_PLN

SCP_SEQ

DWR_SL_CMISN_PLN_DTL

SCPD_SEQ

DWR_SLNG_LOC

SL_SEQ

DWR_SLT

SLT1_SEQ

DWR_SOC_JB

SJ_SEQ

DWR_SOC_JB_CTGRY

SJC_SEQ

DWR_SOC_JB_GRP

SJG_SEQ

DWR_SOC_JB_MJR_GRP

SJMG_SEQ

DWR_SOFTWARE

SWR_SEQ

DWR_SOFTWARE_ATMC

SWRA_SEQ

DWR_SOFTWARE_CMND

SWC_SEQ

DWR_SOFTWARE_CMPST

SWRC_SEQ

DWR_SOFTWARE_FTR_SETS

SFS_SEQ

DWR_SPECFTN

SFN_SEQ

DWR_SPECFTN_RL

SFR_SEQ

DWR_SPTRUM_COVRG_AREA

SPCA_SEQ

DWR_SRC_SYS

SS_SEQ

DWR_SRVC

SRVC_SEQ

DWR_SRVC_BNDL

SRBN_SEQ

DWR_SRVC_BNDL_SPEC

SBS_SEQ

DWR_SRVC_BNDL_SPEC_ATMC

SBSA_SEQ

DWR_SRVC_BNDL_SPEC_CMPST

SBSC_SEQ

DWR_SRVC_CHTRSTC

SC_SEQ

DWR_SRVC_CHTRSTC_ASGN

SCHA_SEQ

DWR_SRVC_CHTRSTC_RLTN

SCHR_SEQ

DWR_SRVC_CHTRSTC_VAL

SCHV_SEQ

DWR_SRVC_CHTRSTC_VAL_ASGN

SCVA_SEQ

DWR_SRVC_CHTRSTC_VAL_RLTN

SCVR_SEQ

DWR_SRVC_COVRG_AREA

OTA_SEQ

DWR_SRVC_COVRG_GEO_DTL

SCGD_SEQ

DWR_SRVC_LR_DPNDCY

SRDY_SEQ

DWR_SRVC_LVL_AGRMNT

SLA_SEQ

DWR_SRVC_LVL_AGRMNT_ITEM

SLAI_SEQ

DWR_SRVC_LVL_SPEC_PRMTR

SRSP_SEQ

DWR_SRVC_NTWK_ELMNT_ASGN

SNEA_SEQ

DWR_SRVC_PR_DPNDCY

SPDN_SEQ

DWR_SRVC_PKG

SPK_SEQ

DWR_SRVC_PRFMNC

SPF_SEQ

DWR_SRVC_RL

SRL_SEQ

DWR_SRVC_SPEC

STYP_SEQ

DWR_SRVC_SPEC_ATMC

STA_SEQ

DWR_SRVC_SPEC_CMPST

CSTY_SEQ

DWR_SRVC_SPEC_VRSN

STV_SEQ

DWR_SRVC_SPECFTN_RL

SSRL_SEQ

DWR_STTSTCL_ENT

STE_SEQ

DWR_SURVEY

SUR_SEQ

DWR_SWTCH

SWH_SEQ

DWR_SWTCH_CAPBLTY

SC3_SEQ

DWR_SWTCH_CMMND

SCMD_SEQ

DWR_SWTCH_RUTNG_DVC_ASGN

SRDR_SEQ

DWR_SWTCHNG_PROTCL

SPO_SEQ

DWR_SWTCHNG_RL

SWHR_SEQ

DWR_TIME_SLT

DRTS_SEQ

DWR_TIME_STNDRD_BY_WK

TSBW_SEQ

DWR_TMNT_PNT

TMP_SEQ

DWR_TRAIL

TL_SEQ

DWR_TRAIL_TMNT_PNT

TTP_SEQ

DWR_URBN_PRPTY_ADDR

UPA_SEQ

DWR_USER

USE_SEQ

DWR_VAL_ADD_SRVC

VAS1_SEQ

DWR_VAL_CSTM

VALC_SEQ

DWR_VAL_STNDRD

VALS_SEQ

DWR_VARBLE_CSTM

VRBC_SEQ

DWR_VARBLE_STNDRD

VRBS_SEQ

DWR_VNDR

VEN_SEQ

DWR_VNDR_CNRT

VC_SEQ

DWR_VNDR_FCTR_CMPNY_ASGN

VFCA_SEQ

DWR_VNDR_RTNG

VR_SEQ

DWR_VNDR_SITE

VS2_SEQ

DWR_VPN_LGICL_DVC_RL

VDRL_SEQ

DWR_WAN_PROTCL

WP_SEQ

DWR_WEB_PG

WBPG_SEQ

DWR_WK_TODATE_TRANS

WTT_SEQ

DWR_WK_TRANS

WT_SEQ

DWR_WKDAY

TWD1_SEQ

DWR_WRLS_NTWK_ELMNT

NETELEM_SEQ

DWR_WRLS_SPTRUM

WS_SEQ

DWR_YR_TRANS

YT_SEQ

Compressed Tables

Table 4-11 lists the Compressed Tables in Oracle Communications Data Model. Oracle Communications Data Model uses Database Compression on these tables to save space and load times.

Table 4-11 Compressed Tables

Table Name

DWB_ACCS_MTHD_PORT_HIST

DWB_ACCS_MTHD_STAT_HIST

DWB_ACCT_ACCTNG_CYCL_HIST

DWB_ACCT_BAL_ADJ

DWB_ACCT_BAL_HIST

DWB_ACCT_BLLG_OCCRNCE

DWB_ACCT_COST

DWB_ACCT_CRDT_LMT

DWB_ACCT_DEBT_WRT_OFF

DWB_ACCT_MNGMNT_HIST

DWB_ACCT_PMP_PRTCPTN_HIST

DWB_ACCT_PYMT

DWB_ACCT_PYMT_MTHD_STAT

DWB_ACCT_RCHRG

DWB_ACCT_RFND

DWB_ACCT_STAT_HIST

DWB_ADDR_STAT

DWB_APNMNT_CLNDR

DWB_BLK_LST_HIST

DWB_BNDLD_NTWK_EVT

DWB_BRDBND_USG_EVT

DWB_BSNS_INTRACN

DWB_BSNS_INTRACN_ITEM

DWB_BSNS_INTRACN_ITEM_PRICE

DWB_BSNS_UNIT_COST

DWB_CELL_SITE_COST

DWB_CHNL_COST

DWB_CMPGN_COST

DWB_CMPGN_MSG_CRTVE

DWB_CNCT_LST_COST

DWB_CNRT_APRVL

DWB_CNRT_STAT

DWB_CNRT_TERM_VAL

DWB_CNTNT_DLVRY_EVT

DWB_COST

DWB_COST_CNTR_BDGT

DWB_COURIER_COST

DWB_CRCUT_RNTL

DWB_CRCUT_TRFC

DWB_CRNCY_EXCHNG_RATE

DWB_CUST_COST

DWB_CUST_FLD_INSTLTN

DWB_CUST_FLD_SPPRT

DWB_CUST_FLD_SRVC_ACTVTY

DWB_CUST_FLD_SRVC_DTL

DWB_CUST_ORDR

DWB_CUST_ORDR_LN_ITEM

DWB_CUST_ORDR_LN_ITEM_ST_ASGN

DWB_CUST_ORDR_PYMT

DWB_CUST_ORDR_STATE_ASGN

DWB_DATA_SRVC_EVT

DWB_DEBT_COLLCTN

DWB_DEBT_COLLCTN_ASGN

DWB_DEBT_COLLCTN_ASGN_BTCH

DWB_EMP_ACT_LBR_HRLY

DWB_EMP_ACT_LBR_SALARIED

DWB_EMP_COST

DWB_EMP_TRNG_REC

DWB_EQPMNT_CNTR_COST

DWB_EQPMNT_INSTNC_STAT_HIST

DWB_ERRD_MDTD_CALL_EVT

DWB_ERRD_RAW_WRLS_CALL_EVT

DWB_ERRD_RTD_WRLS_CALL_EVT

DWB_EVT

DWB_EVT_ACCS_MTHD_ACTVTY

DWB_EVT_ACCT

DWB_EVT_ASGN

DWB_EVT_COST

DWB_EVT_CRCUT_RNTL

DWB_EVT_EMIT_DTL

DWB_EVT_EMP_PYRL

DWB_EVT_EQPMNT_INSTNC

DWB_EVT_FINCL

DWB_EVT_GEO

DWB_EVT_GFT_RDMPTN

DWB_EVT_INVC_DLVRY

DWB_EVT_LYLTY_PROG

DWB_EVT_LYLTY_PROG_ACMLTN

DWB_EVT_LYLTY_PROG_RDMPTN

DWB_EVT_PROD_PKG

DWB_EVT_PRPD_MBL

DWB_EVT_PRTY_ASGN

DWB_EVT_PRTY_INTRACN

DWB_EVT_PRTY_INTRACN_CALL

DWB_EVT_PRTY_INTRACN_EML

DWB_EVT_PRTY_INTRACN_LTTR

DWB_EVT_PRTY_INTRACN_VST

DWB_EVT_PRTY_PRFL

DWB_EVT_SBRP

DWB_EVT_SBRP_CHNG

DWB_EVT_SIM_CARD

DWB_EVT_STAT

DWB_EVT_TRGR_DTL

DWB_EVT_WEB_RGSTRN

DWB_EVT_WEB_VST

DWB_FIXED_LN_CALL_EVT

DWB_IDD_CALL_EVT

DWB_INTRACN_ANSWR_CHOICE

DWB_INTRACN_QUES_RESPN

DWB_INTRNT_ACCS_EVT

DWB_INVC

DWB_INVC_ADJ

DWB_INVC_DISC

DWB_INVC_ITEM

DWB_INVC_ITEM_DTL

DWB_INVC_ITEM_RLTN

DWB_INVC_PYMT_ASGN

DWB_ISP_USG_EVT

DWB_LYLTY_PROG_PTS_BAL

DWB_MDTD_CALL_EVT

DWB_MEDIA_OBJ_COST

DWB_MKT_PLN_MGMT

DWB_MMS_EVT

DWB_MNT_ALLWNC

DWB_NP_RQST_HDR

DWB_NP_RQST_LN_ITEM

DWB_NP_RQST_LN_ITEM_STATE_HIST

DWB_NP_RQST_STATE_HIST

DWB_NTWK_ELMNT_COST

DWB_NTWK_EVT

DWB_NTWK_EVT_ASGN

DWB_NTWK_FLT

DWB_PLCY_EVT

DWB_PLCY_EVT_ATMC

DWB_PLCY_EVT_CMPST

DWB_PRICE_EVT

DWB_PRMTN_CLSTR_USG

DWB_PRMTN_CNCT_LST_UTLZTN

DWB_PRMTN_COST

DWB_PRMTN_MGMT_HIST

DWB_PRMTN_TERM_VAL

DWB_PROD_COST

DWB_PROD_MGMT_HIST

DWB_PROD_MKT_PLN_COST

DWB_PROD_STAT_HIST

DWB_PRPD_RCHRG

DWB_PRTY_AM_PMP_ASGN_HIST

DWB_PRTY_AM_PMP_ASGN_STAT

DWB_PRTY_COST_ASGN

DWB_PRTY_INTRACN_THRD

DWB_PRTY_ORDR_ASGN

DWB_PRTY_PRMTN_RESPN

DWB_PRTY_STAT_HIST

DWB_PTV_FULL_CHNL_ACTVTN

DWB_PTV_QPI_SRVC_EVT

DWB_PTV_USG_EVT

DWB_RAW_MMS_EVT

DWB_RAW_WRLS_CALL_EVT

DWB_RESRE_ORDR

DWB_RESRE_ORDR_ITEM

DWB_RTD_NTWK_EVT

DWB_SBRP_STAT_HIST

DWB_SBRP_TERM_VAL

DWB_SL_CMISN_DTL

DWB_SL_CMISN_PYRL

DWB_SMS_EVT

DWB_SRVC_ORDR

DWB_SRVC_ORDR_LN_ITEM

DWB_SRVC_RQST

DWB_TAP_IN_WRLS_RMNG_EVT

DWB_TAP_OUT_WRLS_RMNG_EVT

DWB_UMS_EVT

DWB_VNDR_APNMNT

DWB_VOIP_CALL_EVT

DWB_WRLS_CALL_EVT

DWB_WRLS_CNTNT_DNLDG_EVT

DWB_WRLS_RMNG_EVT

DWB_WRLS_RMNG_EVT_BTCH

DWD_ACCT_DEBT_DAY

DWD_ACCT_PYMT_DAY

DWD_ACCT_PYMT_MTHD_STAT_HIST

DWD_ACCT_RFND_DAY

DWD_ACCT_STAT

DWD_ACCT_STTSTC

DWD_ARPU_BASE

DWD_BER_FER_ERR_RATIO_DAY

DWD_CALL_CNTR_CALL_DAY

DWD_CALL_CNTR_CASE_DAY

DWD_CANBLZTN_DTL_DAY

DWD_CELL_STTSTC_DAY

DWD_CHRN_PRDCT_SRC

DWD_CMISN_DAY

DWD_CNCT_DSCNCT_DAY

DWD_CNRT

DWD_CNRT_CHNG

DWD_COST_CUST

DWD_COST_ORG

DWD_CRDT_CTGRY

DWD_CUST_ACQSTN_SUMM_DAY

DWD_CUST_DEBT_COLLCTN

DWD_CUST_EQPMNT_INSTLTN_DAY

DWD_DATA_USG_DAY

DWD_EXTRNL_DEBT_COLLCTN_DAY

DWD_GIVE_AWAY_ITEM_DAY

DWD_GPRS_PCU_DAY

DWD_GPRS_SRVCS_DAY

DWD_HNDST_STCK_DAY

DWD_HNDST_SUBSDY_DAY

DWD_INTRNL_DEBT_COLLCTN_DAY

DWD_INVC

DWD_INVC_ADJ

DWD_IN_PLTFRM_DAY

DWD_LN_ACTVTN_TMNT_DAY

DWD_LYLTY_PROG_DAY

DWD_MKT_OPRTR_PRTNG

DWD_MKT_SHARE

DWD_MSC_TRFC_DAY

DWD_NBR_PRT_DAY

DWD_NTWK_AVLBLTY_DAY

DWD_NTWK_TCHPNT

DWD_PRPD_ACCT_STTSTC

DWD_PRPD_ALWNCE_DAY

DWD_PRPD_CALL_SUMM_DAY

DWD_PRTNR_STLMNT

DWD_PYMT_AGNG_DAY

DWD_RDMPTN_DAY

DWD_RF_NTWK_CPCTY_DAY

DWD_SBCRBR_CHRN_STTSTC

DWD_SHARED_PKG_USG_STTSTC_DAY

DWD_SHOP_EFFNCY_DAY

DWD_SL_CMPGN_SUMM_DAY

DWD_SL_DAY

DWD_SL_RPRSTV_STTSTC

DWD_SPLMNTR_SRVC_USG

DWD_SUBSDY_AMT

DWD_VAS_SBRP_QCK_SUMM

DWD_VAS_USG_DAY

DWD_VOI_CALL_DAY

Oracle Communications Data Model OLAP Cube MV, Cube View

This section includes information on the following:

Oracle OLAP Cube Views: Oracle OLAP cube views provide organizations with the ability to both improve the performance and analytic content of SQL-based business intelligence applications. OLAP cube views are relational views of OLAP cubes, dimensions, and hierarchies that reveal the full content of cubes and dimensions.

Cube MV (Materialized Cube Views): Cube-organized materialized views, introduced,in Oracle Database 11g, play the same role as table-based materialized views. That is, a summary management solution that is transparent to the querying application. Like table-based materialized views, the application queries the detail tables and the database automatically rewrites the query to access summary data in the materialized view. In the case of cube-organized materialized views, the data is managed in the cube rather than a table.

Table 4-12 shows the cube materialized views in ocdm_sys schema.

Table 4-12 OLAP Cube Materialized Views in ocdm_sys Schema

Cube Materialized View Name
OLAP Object Name
OLAP Object Type
More Information

CB$ACM

ACM

Cube

Customer Acquisition Cube

CB$ADM

ADM

Cube

Account Debt Cube

CB$APM

APM

Cube

Account Payment Cube

CB$ARM

ARM

Cube

Account Refund Cube

CB$ARRSN_HARRSN

ARRSN_HARRSN

Dimension_Hierarchy

Account Refund Reason: ARRSN

CB$CAGNCY_HCAGNCY

CAGNCY_HCAGNCY

Dimension_Hierarchy

Collection Agency: CAGNCY

CB$CCM

CCM

Cube

Cost Product Market Plan Cube

CB$CHRN

CHRN

Cube

Subscriber Churn Statistic Cube

CB$CM

CM

Cube

Contract Cube

CB$CMSN

CMSN

Cube

Commission Cube

CB$CMTYP_HCMTYP

CMTYP_HCMTYP

Dimension_Hierarchy

Commission Type: CMTYP

CB$COM

COM

Cube

Cost Organizational Cube

CB$CRNRSN_HCRNRSN

CRNRSN_HCRNRSN

Dimension_Hierarchy

Churn Reason: CRNRSN

CB$CSGMNT_HCSGMNT

CSGMNT_HCSGMNT

Dimension_Hierarchy

Customer Segment: CSGMNT

CB$CSM

CSM

Cube

Cell Statistic Cube

CB$CUSTYP_HCUSTYP

CUSTYP_HCUSTYP

Dimension_Hierarchy

Customer Type: CUSTYP

CB$CUST_HCUST

CUST_HCUST

Dimension_Hierarchy

Customer: CUST

CB$DAB_HDAB

DAB_HDAB

Dimension_Hierarchy

Debt Aging Band: DAB

CB$EDCM

EDCM

Cube

External Debt Collection Cube

CB$GEO_HGEO

GEO_HGEO

Dimension_Hierarchy

Geography: GEO

CB$HSKM

HSKM

Cube

Handset Stock Cube

CB$HSMDL_HHSMDL

HSMDL_HHSMDL

Dimension_Hierarchy

Handset Model: HSMDL

CB$IAM

IAM

Cube

Invoice Adjustment Cube

CB$IARSN_HIARSN

IARSN_HIARSN

Dimension_Hierarchy

Invoice Adjustment Reason: IARSN

CB$IATYP_HIATYP

IATYP_HIATYP

Dimension_Hierarchy

Invoice Adjustment Type: IATYP

CB$ICT

ICT

Cube

Invoice Customer Type Cube

CB$MNCT_HMNCT

MNCT_HMNCT

Dimension_Hierarchy

Mining Churn Type: MNCT

CB$MNLSB_HMNLSB

MNLSB_HMNLSB

Dimension_Hierarchy

Mining Life Time Survival Band: MNLSB

CB$MNLVB_HMNLVB

MNLVB_HMNLVB

Dimension_Hierarchy

Mining Life Time Value Band: MNLVB

CB$MNSC_HMNSC

MNSC_HMNSC

Dimension_Hierarchy

Mining Sentiment Category: MNSC

CB$NELMNT_HNELMNT

NELMNT_HNELMNT

Dimension_Hierarchy

Network Element: NELMNT

CB$ORG_HBANNER

ORG_HBANNER

Dimension_Hierarchy

Organization: ORG

CB$ORG_HCHAIN

ORG_HCHAIN

Dimension_Hierarchy

Organization: ORG

CB$ORG_HCORPORATE

ORG_HCORPORATE

Dimension_Hierarchy

Organization: ORG

CB$PCHNL_HPCHNL

PCHNL_HPCHNL

Dimension_Hierarchy

Payment Channel: PCHNL

CB$PMP_HPMP

PMP_HPMP

Dimension_Hierarchy

Product Market Plan: PMP

CB$PMTYP_HPMTYP

PMTYP_HPMTYP

Dimension_Hierarchy

Payment Method Type: PMTYP

CB$POPT_HPOPT

POPT_HPOPT

Dimension_Hierarchy

Peak Offpeak Time: POPT

CB$PRMTN_HCMPGN

PRMTN_HCMPGN

Dimension_Hierarchy

Promotion: PRMTN

CB$PRMTN_HPRMTN

PRMTN_HPRMTN

Dimension_Hierarchy

Promotion: PRMTN

CB$PROD_HPROD

PROD_HPROD

Dimension_Hierarchy

Product: PROD

CB$PTTYP_HPTTYP

PTTYP_HPTTYP

Dimension_Hierarchy

Payment Transaction Type: PTTYP

CB$RVN

RVN

Cube

Revenue Cube

CB$SLCHNL_HSLCHNL

SLCHNL_HSLCHNL

Dimension_Hierarchy

Sales Channel: SLCHNL

CB$TIME_HTBSNS

TIME_HTBSNS

Dimension_Hierarchy

Time: TIME

CB$TSLT_HTSLT

TSLT_HTSLT

Dimension_Hierarchy

Time Slot: TSLT

Table 4-13 shows the OLAP cube views in ocdm_sys schema.

Table 4-13 OLAP Cube Views in ocdm_sys schema

Cube View Name
OLAP Object Name
OLAP Object Type
More Information

ACM_FCST_STTSTC_VIEW

ACM_FCST_STTSTC

Cube

Customer Acquisition Forecast Statistic Cube

ACM_FCST_VIEW

ACM_FCST

Cube

Customer Acquisition Forecast Cube

ACM_VIEW

ACM

Cube

Customer Acquisition Forecast Cube

ADM_VIEW

ADM

Cube

Customer Acquisition Cube

APM_VIEW

APM

Cube

Account Payment Cube

ARM_VIEW

ARM

Cube

Account Refund Cube

ARRSN_HARRSN_VIEW

ARRSN_HARRSN

Hierarchy

Account Refund Reason: ARRSN

ARRSN_VIEW

ARRSN

Dimension

Account Refund Reason: ARRSN

CAGNCY_HCAGNCY_VIEW

CAGNCY_HCAGNCY

Hierarchy

Collection Agency: CAGNCY

CAGNCY_VIEW

CAGNCY

Dimension

Collection Agency: CAGNCY

CCM_VIEW

CCM

Cube

Cost Product Market Plan Cube

CHRN_VIEW

CHRN

Cube

Subscriber Churn Statistic Cube

CMSN_VIEW

CMSN

Cube

Commission Cube

CMTYP_HCMTYP_VIEW

CMTYP_HCMTYP

Hierarchy

Commission Type: CMTYP

CMTYP_VIEW

CMTYP

Dimension

Commission Type: CMTYP

CM_VIEW

CM

Cube

Contract Cube

COM_VIEW

COM

Cube

Cost Organizational Cube

CRNRSN_HCRNRSN_VIEW

CRNRSN_HCRNRSN

Hierarchy

Churn Reason: CRNRSN

CRNRSN_VIEW

CRNRSN

Dimension

Churn Reason: CRNRSN

CSGMNT_HCSGMNT_VIEW

CSGMNT_HCSGMNT

Hierarchy

Customer Segment: CSGMNT

CSGMNT_VIEW

CSGMNT

Dimension

Customer Segment: CSGMNT

CSM_FCST_VIEW

CSM_FCST

Cube

Cell Statistic Forecast Cube

CSM_VIEW

CSM

Cube

Cell Statistic Cube

CUSTYP_HCUSTYP_VIEW

CUSTYP_HCUSTYP

Hierarchy

Customer Type: CUSTYP

CUSTYP_VIEW

CUSTYP

Dimension

Customer Type: CUSTYP

CUST_HCUST_VIEW

CUST_HCUST

Hierarchy

Customer: CUST

CUST_VIEW

CUST

Dimension

Customer: CUST

DAB_HDAB_VIEW

DAB_HDAB

Hierarchy

Debt Aging Band: DAB

DAB_VIEW

DAB

Dimension

Debt Aging Band: DAB

EDCM_VIEW

EDCM

Cube

External Debt Collection Cube

GEO_HGEO_VIEW

GEO_HGEO

Hierarchy

Geography: GEO

GEO_VIEW

GEO

Dimension

Geography: GEO

HSKM_FCST_VIEW

HSKM_FCST

Cube

Handset Stock Forecast Cube

HSKM_VIEW

HSKM

Cube

Handset Stock Cube

HSMDL_HHSMDL_VIEW

HSMDL_HHSMDL

Hierarchy

Handset Model: HSMDL

HSMDL_VIEW

HSMDL

Dimension

Handset Model: HSMDL

IAM_VIEW

IAM

Cube

Invoice Adjustment Cube

IARSN_HIARSN_VIEW

IARSN_HIARSN

Hierarchy

Invoice Adjustment Reason: IARSN

IARSN_VIEW

IARSN

Dimension

Invoice Adjustment Reason: IARSN

IATYP_HIATYP_VIEW

IATYP_HIATYP

Hierarchy

Invoice Adjustment Type: IATYP

IATYP_VIEW

IATYP

Dimension

Invoice Adjustment Type: IATYP

ICT_VIEW

ICT

Cube

Invoice Customer Type Cube

MNCT_HMNCT_VIEW

MNCT_HMNCT

Hierarchy

Mining Churn Type: MNCT

MNCT_VIEW

MNCT

Dimension

Mining Churn Type: MNCT

MNLSB_HMNLSB_VIEW

MNLSB_HMNLSB

Hierarchy

Mining Life Time Survival Band: MNLSB

MNLSB_VIEW

MNLSB

Dimension

Mining Life Time Survival Band: MNLSB

MNLVB_HMNLVB_VIEW

MNLVB_HMNLVB

Hierarchy

Mining Life Time Value Band: MNLVB

MNLVB_VIEW

MNLVB

Dimension

Mining Life Time Value Band: MNLVB

MNSC_HMNSC_VIEW

MNSC_HMNSC

Hierarchy

Mining Sentiment Category: MNSC

MNSC_VIEW

MNSC

Dimension

Mining Sentiment Category: MNSC

NELMNT_HNELMNT_VIEW

NELMNT_HNELMNT

Hierarchy

Network Element: NELMNT

NELMNT_VIEW

NELMNT

Dimension

Network Element: NELMNT

ORG_HBANNER_VIEW

ORG_HBANNER

Hierarchy

Organization: ORG

ORG_HCHAIN_VIEW

ORG_HCHAIN

Hierarchy

Organization: ORG

ORG_HCORPORATE_VIEW

ORG_HCORPORATE

Hierarchy

Organization: ORG

ORG_VIEW

ORG

Dimension

Organization: ORG

PCHNL_HPCHNL_VIEW

PCHNL_HPCHNL

Hierarchy

Payment Channel: PCHNL

PCHNL_VIEW

PCHNL

Dimension

Payment Channel: PCHNL

PMP_HPMP_VIEW

PMP_HPMP

Hierarchy

Product Market Plan: PMP

PMP_VIEW

PMP

Dimension

Product Market Plan: PMP

PMTYP_HPMTYP_VIEW

PMTYP_HPMTYP

Hierarchy

Payment Method Type: PMTYP

PMTYP_VIEW

PMTYP

Dimension

Payment Method Type: PMTYP

POPT_HPOPT_VIEW

POPT_HPOPT

Hierarchy

Peak Offpeak Time: POPT

POPT_VIEW

POPT

Dimension

Peak Offpeak Time: POPT

PRMTN_HCMPGN_VIEW

PRMTN_HCMPGN

Hierarchy

Promotion: PRMTN

PRMTN_HPRMTN_VIEW

PRMTN_HPRMTN

Hierarchy

Promotion: PRMTN

PRMTN_VIEW

PRMTN

Dimension

Promotion: PRMTN

PROD_HPROD_VIEW

PROD_HPROD

Hierarchy

Product: PROD

PROD_VIEW

PROD

Dimension

Product: PROD

PTTYP_HPTTYP_VIEW

PTTYP_HPTTYP

Hierarchy

Payment Transaction Type: PTTYP

PTTYP_VIEW

PTTYP

Dimension

Payment Transaction Type: PTTYP

RVN_FCST_VIEW

RVN_FCST

Cube

Revenue Forecast Cube

RVN_VIEW

RVN

Cube

Revenue Cube

SLCHNL_HSLCHNL_VIEW

SLCHNL_HSLCHNL

Hierarchy

Sales Channel: SLCHNL

SLCHNL_VIEW

SLCHNL

Dimension

Sales Channel: SLCHNL

TIME_HTBSNS_VIEW

TIME_HTBSNS

Hierarchy

Time: TIME

TIME_VIEW

TIME

Dimension

Time: TIME

TSLT_HTSLT_VIEW

TSLT_HTSLT

Hierarchy

Time Slot: TSLT

TSLT_VIEW

TSLT

Dimension

Time Slot: TSLT

5 Oracle Communications Data Model Logical to Physical Mapping

This chapter provides a table listing the Oracle Communications Data Model entities in the logical data model, and the physical database tables or views to which the logical entities have been implemented or "physicalized".

This chapter includes the following section:

Overview of Mapping and Inheritance in Oracle Communications Data Model

Logical to Physical Mappings for Oracle Communications Data Model

Overview of Mapping and Inheritance in Oracle Communications Data Model

The physical manifestation of the logical data model into database tables and relationships is not necessarily a pure 1:1 mapping from logical entities to physical tables. Physically, Oracle Communications Data Model is setup for best performance, and minimal data disk storage, leveraging the database options and consulting best practices wherever possible. The foundation layer follows the Third normal Form rule ("the key, only the key and nothing but the key") while the analytics layer is setup for optimal reporting performance. Partitions, Indexes, primary and foreign keys, constraints, and Materialized Views are used to map the logical model in the best possible way by default.

The complete Oracle Communications Data Model model is installed into two database schemas of the same database instance:

OCDM_SYS: Schema includes most of Oracle Communications Data Model tables from the foundation and analytics layers, including the OLAP cubes.

OCDM_MINING: Schema includes the mining models related objects like source tables, model building database packages, target tables and the specific views. This allows a third party mining tools to connect and interact with Oracle Communications Data Model when required, in a similar way that the Oracle Mining option would (with the difference that it would not necessarily be in-database mining).

Inheritance with Subtypes and SuperEntities

Some logical entities are sub-types of super-entities. Physically, there are different ways to realize this. For example, WIRELESS CALL EVENT and FIXED LINE CALL EVENT are both sub-types of NETWORK EVENT. To avoid data duplication, one could use either NETWORK EVENT as a view of both tables or the sub-types could be a filtered view of the main table NETWORK EVENT. In this concrete case, NETWORK EVENT is not a view. It stays a purely abstract entity because there is usually no search on very different type of events at this level. So decision on how to materialize the logical entity is based on consulting experience.

Logical to Physical Mappings for Oracle Communications Data Model

Table 5-1 and Table 5-2 list the Oracle Communications Data Model entities in the logical data model, and the physical database tables or views to which the logical entities have been implemented or "physicalized".

Table 5-1 Entity Mapping Table: Logical to Physical Mapping A to N

Entity
Table or View

ACCESS METHOD

DWR_ACCS_MTHD

ACCESS METHOD ACCOUNT ASSIGNMENT

DWR_ACCS_MTHD_ACCT_ASGN

ACCESS METHOD ASSIGNMENT

DWR_ACCS_MTHD_ASGN

ACCESS METHOD ASSIGNMENT TYPE

DWL_ACCS_MTHD_ASGN_TYP

ACCESS METHOD ELEMENT

DWR_ACCS_MTHD_ELMNT

ACCESS METHOD ELEMENT TYPE

DWL_ACCS_MTHD_ELMNT_TYP

ACCESS METHOD EQUIPMENT ASSIGNMENT

DWR_ACCS_MTHD_EQPMNT_ASGN

ACCESS METHOD GEOGRAPHY ASSIGNMENT

DWR_ACCS_MTHD_GEO_ASGN

ACCESS METHOD PARTY ASSIGNMENT

DWR_ACCS_MTHD_PRTY_ASGN

ACCESS METHOD PARTY ASSIGNMENT TYPE

DWL_ACCS_MTHD_PRTY_ASGN_TYP

ACCESS METHOD POOL

DWR_ACCS_MTHD_POOL

ACCESS METHOD PORTING HISTORY

DWB_ACCS_MTHD_PORT_HIST

ACCESS METHOD SEGMENT

DWR_ACCS_MTHD_SGMNT

ACCESS METHOD SEGMENT PROD CAPABILITY RL

DWR_AM_SGMNT_PROD_CPBLTY_RL

ACCESS METHOD SERVICE ASSIGNMENT

DWR_ACCS_MTHD_SRVC_ASGN

ACCESS METHOD STATUS HISTORY

DWB_ACCS_MTHD_STAT_HIST

ACCESS METHOD STATUS REASON

DWL_ACCS_MTHD_STAT_RSN

ACCESS METHOD STATUS TYPE

DWL_ACCS_MTHD_STAT_TYP

ACCESS METHOD SUBSCRIPTION ASSIGNMENT

DWR_ACCS_MTHD_SBRP_ASGN

ACCESS METHOD TYPE

DWL_ACCS_MTHD_TYP

ACCESSORIES

DWR_ACCSRS

ACCOUNT

DWR_ACCT

ACCOUNT ACCOUNTING CYCLE HISTORY

DWB_ACCT_ACCTNG_CYCL_HIST

ACCOUNT ADJUSTMENT REASON

DWL_ACCT_ADJ_RSN

ACCOUNT ASSIGNMENT

DWR_ACCT_ASGN

ACCOUNT ASSIGNMENT REASON

DWL_ACCT_ASGN_RSN

ACCOUNT ASSIGNMENT TYPE

DWL_ACCT_ASGN_TYP

ACCOUNT BALANCE ADJUSTMENT

DWB_ACCT_BAL_ADJ

ACCOUNT BALANCE ADJUSTMENT TYPE

DWL_ACCT_BAL_ADJ_TYP

TBS

DWB_ACCT_BAL_BUCKET

ACCOUNT BALANCE GROUP

DWR_ACCT_BAL_GRP

ACCOUNT BALANCE HISTORY

DWB_ACCT_BAL_HIST

ACCOUNT BALANCE TYPE

DWL_ACCT_BAL_TYP

ACCOUNT BILLING CYCLE HISTORY

DWR_ACCT_BLLG_CYCL_HIST

ACCOUNT BILLING FREQUENCY HISTORY

DWR_ACCT_BLLG_FRQNCY_HIST

ACCOUNT BILLING OCCURRENCE

DWB_ACCT_BLLG_OCCRNCE

ACCOUNT BILLING PERIOD HISTORY

DWR_ACCT_BLLG_PRD_HIST

ACCOUNT BUSINESS INTERACTION ROLE

DWR_ACCT_BSNS_INTRACN_RL

ACCOUNT CONTRACT RELATIONSHIP

DWR_ACCT_CNRT_RLTN

ACCOUNT COST

DWB_ACCT_COST

ACCOUNT CREDIT LIMIT

DWB_ACCT_CRDT_LMT

ACCOUNT DEBT DAY DRVD

DWD_ACCT_DEBT_DAY

ACCOUNT DEBT MONTH AGGR

DWA_ACCT_DEBT_MO

ACCOUNT DEBT WRITE OFF

DWB_ACCT_DEBT_WRT_OFF

ACCOUNT EVENT TYPE

DWL_ACCT_EVT_TYP

ACCOUNT MANAGEMENT HISTORY

DWB_ACCT_MNGMNT_HIST

ACCOUNT PARTY PMP RELATIONSHIP

DWR_ACCT_PRTY_PMP_RLTN

ACCOUNT PAYMENT

DWB_ACCT_PYMT

ACCOUNT PAYMENT DAY DRVD

DWD_ACCT_PYMT_DAY

ACCOUNT PAYMENT METHOD STATUS

DWB_ACCT_PYMT_MTHD_STAT

ACCOUNT PAYMENT METHOD STATUS HIST AGGR

DWA_ACCT_PYMT_MTHD_STAT_HIST

ACCOUNT PAYMENT METHOD STATUS HIST DRVD

DWD_ACCT_PYMT_MTHD_STAT_HIST

ACCOUNT PAYMENT METHOD STATUS REASON

DWL_ACCT_PYMT_MTHD_STAT_RSN

ACCOUNT PAYMENT METHOD STATUS TYPE

DWL_ACCT_PYMT_MTHD_STAT_TYP

ACCOUNT PAYMENT MONTH AGGR

DWA_ACCT_PYMT_MO

ACCOUNT PMP PARTICIPATION HISTORY

DWB_ACCT_PMP_PRTCPTN_HIST

ACCOUNT PREFERRED INVOICE DELIVERY

DWR_ACCT_PREF_INVC_DLVRY

ACCOUNT PREFERRED PAYMENT METHOD

DWR_ACCT_PREF_PYMT_MTHD

ACCOUNT PROFILE

DWR_ACCT_PRFL

ACCOUNT RECHARGE

DWB_ACCT_RCHRG

ACCOUNT REFUND

DWB_ACCT_RFND

ACCOUNT REFUND DAY DRVD

DWD_ACCT_RFND_DAY

ACCOUNT REFUND MONTH AGGR

DWA_ACCT_RFND_MO

ACCOUNT REFUND REASON

DWL_ACCT_RFND_RSN

ACCOUNT SEGMENT

DWR_ACCT_SGMNT

ACCOUNT SEGMENT ASSIGNMENT HISTORY

DWR_ACCT_SGMNT_ASGN_HIST

ACCOUNT SEGMENTATION MODEL

DWR_ACCT_SGMNT_MDL

ACCOUNT STATISTIC DRVD

DWD_ACCT_STTSTC

ACCOUNT STATISTIC TYPE AGGR

DWA_ACCT_STTSTC_TYP

ACCOUNT STATUS DRVD

DWD_ACCT_STAT

ACCOUNT STATUS HISTORY

DWB_ACCT_STAT_HIST

ACCOUNT STATUS REASON

DWL_ACCT_STAT_RSN

ACCOUNT STATUS TYPE

DWL_ACCT_STAT_TYP

ACCOUNT STATUS TYPE AGGR

DWA_ACCT_STAT_TYP

ACCOUNT SUBSCRIPTION ASSIGNMENT

DWR_ACCT_SBRP_ASGN

ACCOUNT SUBSCRIPTION ASSIGNMENT REASON

DWL_ACCT_SBRP_ASGN_RSN

ACCOUNT TYPE

DWL_ACCT_TYP

ACCOUNTING CYCLE

DWL_ACCT_CYCL

ACCOUNTING ITEM CATEGORY

DWL_ACCT_ITEM_CTGRY

ADDITIONAL TEXT

DWR_ADTNL_TXT

ADDRESS LOCATION

DWR_ADDR_LOC

ADDRESS LOCATION NAME

DWR_ADDR_LCTN_NAME

ADDRESS RELATED

DWR_ADDR_RLTD

ADDRESS RELATED REASON

DWL_ADDR_RLTD_RSN

ADDRESS RELATED TYPE

DWL_ADDR_RLTD_TYP

ADDRESS STATUS

DWB_ADDR_STAT

ADDRESS STATUS REASON

DWL_ADDR_STAT_RSN

ADDRESS TYPE

DWL_ADDR_TYP

ADVERTISING PERIOD

DWR_ADVR_PRD

ADVERTISING QUARTER

DWR_ADVR_QTR

ADVERTISING WEEK

DWR_ADVR_WK

ADVERTISING YEAR

DWR_ADVR_YR

AGE BAND

DWL_AGE_BND

AGE ON NET BAND

DWL_AGE_ON_NET_BND

AGGREGATION INTERFACE

DWR_AGGRTN_INTRFC

ALLOWANCE SBRP PRICE ALTERNATION

DWR_ALWNCE_SBRP_PRICE_ALTRTN

AMERICAN PROPERTY ADDRESS

DWR_AMRCN_PRPTY_ADDR

ANZSIC CLASSIFICATION

DWR_ANZSIC_CLSFCTN

APPOINTMENT CALENDAR

DWB_APNMNT_CLNDR

APPOINTMENT TYPE

DWL_APNMNT_TYP

ARPU BAND

DWL_ARPU_BND

ARPU BASE CUSTOMER TYPE AGGR

DWA_ARPU_BASE_CUST_TYP

ARPU BASE DRVD

DWD_ARPU_BASE

ASSET

DWR_ASSET

ASSET PARTY ASSOCIATION

DWR_ASSET_PRTY_ASSOCTN

ATM INTERFACE

DWR_ATM_INTRFC

AUTONOMOUS SYSTEM

DWR_ATONOMS_SYS

AUXILIARY COMPONENT

DWR_AUXILIARY_CMPNT

AWARD LEVEL

DWL_AWRD_LVL

BANK

DWR_BNK

BANK DIRECT DEBIT CHANNEL

DWR_BNK_DRCT_DEBT_CHNL

BARING REASON

DWL_BARNG_RSN

BASE DAY

DWR_BASE_DAY

BASE STATION CONTROLLER

DWR_BASE_STN_CNTRLR

BASE TRANSCEIVER STATION

DWR_BASE_TRNSCVR_STN

BER FER ERROR RATIO DAY DRVD

DWD_BER_FER_ERR_RATIO_DAY

BER FER ERROR RATIO MONTH AGGR

DWA_BER_FER_ERR_RATIO_MO

BER FER TYPE

DWL_BER_FER_TYP

BILLING CYCLE

DWL_BLLG_CYCL

BILLING FREQUENCY

DWL_BLLG_FRQNCY

BILLING OCCURRENCE TYPE

DWL_BLLG_OCCRNCE_TYP

BILLING PERIOD

DWL_BLLG_PRD

BILLING STATUS CATEGORY

DWL_BLLG_STAT_CTGRY

BILLING STATUS TYPE

DWL_BLLG_STAT_TYP

BLACK LIST HISTORY

DWB_BLK_LST_HIST

BRAND

DWR_BRND

BRIDGING PROTOCOL

DWR_BRDGNG_PROTCL

BROADBAND RATING PLAN

DWR_BRDBND_RTNG_PLN

BROADBAND USAGE EVENT

DWB_BRDBND_USG_EVT

BUNDLED NETWORK EVENT

DWB_BNDLD_NTWK_EVT

BUSINESS HALF MONTH

DWR_BSNS_HLF_MO

BUSINESS HALF YEAR

DWR_BSNS_HLF_YR

BUSINESS INTERACTION

DWB_BSNS_INTRACN

BUSINESS INTERACTION ASSIGNMENT

DWR_BSNS_INTRACN_ASGN

BUSINESS INTERACTION ASSIGNMENT TYPE

DWL_BSNS_INTRACN_ASGN_TYP

BUSINESS INTERACTION ITEM

DWB_BSNS_INTRACN_ITEM

BUSINESS INTERACTION ITEM PRICE

DWB_BSNS_INTRACN_ITEM_PRICE

BUSINESS INTERACTION LOCATION ASSIGNMENT

DWR_BSNS_INTRACN_LOC_ASGN

BUSINESS INTERACTION TYPE

DWL_BSNS_INTRACN_TYP

BUSINESS INTERACTION VERSION

DWR_BSNS_INTRACN_VRSN

BUSINESS LEGAL STATUS

DWL_BSNS_LEGAL_STAT

BUSINESS MONTH

DWR_BSNS_MO

BUSINESS QUARTER

DWR_BSNS_QTR

BUSINESS UNIT COST

DWB_BSNS_UNIT_COST

BUSINESS UNIT JOB ROLE

DWR_BSNS_UNIT_JB_RL

BUSINESS UNIT SHIFT

DWR_BSNS_UNIT_SHFT

BUSINESS WEEK

DWR_BSNS_WK

BUSINESS YEAR

DWR_BSNS_YR

CABLE

DWR_CBL

CABLE MODEM

DWR_CBL_MDM

CALENDAR HALF MONTH

DWR_CLNDR_HLF_MO

CALENDAR HALF YEAR

DWR_CLNDR_HLF_YR

CALENDAR MONTH

DWR_CLNDR_MO

CALENDAR QUARTER

DWR_CLNDR_QTR

CALENDAR WEEK

DWR_CLNDR_WK

CALENDAR YEAR

DWR_CLNDR_YR

CALL CATEGORY

DWL_CALL_CTGRY

CALL CENTER

DWR_CALL_CNTR

CALL CENTER AGENT

DWR_CALL_CNTR_AGNT

CALL CENTER AGENT TYPE

DWL_CALL_CNTR_AGNT_TYP

CALL CENTER CALL DAY DRVD

DWD_CALL_CNTR_CALL_DAY

CALL CENTER CALL MONTH AGGR

DWA_CALL_CNTR_CALL_MO

CALL CENTER CASE DAY DRVD

DWD_CALL_CNTR_CASE_DAY

CALL CENTER CASE MONTH AGGR

DWA_CALL_CNTR_CASE_MO

CALL CENTER CASE SUB TYPE

DWL_CALL_CNTR_CASE_SUB_TYP

CALL CENTER CASE TITLE

DWL_CALL_CNTR_CASE_TTL

CALL CENTER CASE TYPE

DWL_CALL_CNTR_CASE_TYP

CALL CENTER SERVICE CAPABILITY

DWR_CALL_CNTR_SRVC_CAPBLTY

CALL DIRECTION

DWL_CALL_DRCTN

CALL FORWARD

DWR_CALL_FRWD

CALL OTHER TYPE

DWL_CALL_OTHR_TYP

CALL RECYCLED REASON

DWL_CALL_RCYLD_RSN

CALL ROUTING TYPE

DWL_CALL_RUTNG_TYP

CALL SERVICE TYPE

DWL_CALL_SRVC_TYP

CALL SOURCE DESTINATION

DWR_CALL_SRC_DSTN

CALL SUCCESS FAILURE TYPE

DWL_CALL_SUCC_FAIL_TYP

CALL SURCHARGE

DWL_CALL_SRCHRG

CALL TERMINATION REASON

DWL_CALL_TMNT_RSN

CALL TYPE

DWL_CALL_TYP

CALLER ID

DWR_CALLR_ID

CAMPAIGN

DWR_CMPGN

CAMPAIGN CHANNEL

DWR_CMPGN_CHNL

CAMPAIGN CHANNEL ASSIGNMENT

DWR_CMPGN_CHNL_ASGN

CAMPAIGN CHANNEL TYPE

DWL_CMPGN_CHNL_TYP

CAMPAIGN CHARACTERISTIC

DWR_CMPGN_CHTRSTC

CAMPAIGN CHARACTERISTIC VALUE

DWR_CMPGN_CHTRSTC_VAL

CAMPAIGN COST

DWB_CMPGN_COST

CAMPAIGN DOCUMENT

DWR_CMPGN_DOC

CAMPAIGN MANAGEMENT HISTORY

DWR_CMPGN_MGMT_HIST

CAMPAIGN MESSAGE

DWR_CMPGN_MSG

CAMPAIGN MESSAGE CREATIVE

DWB_CMPGN_MSG_CRTVE

CAMPAIGN MESSAGE DEPICTION

DWR_CMPGN_MSG_DPCT

CAMPAIGN PURPOSE TYPE

DWL_CMPGN_PRPS_TYP

CAMPAIGN RELATIONSHIP

DWR_CMPGN_RLTN

CAMPAIGN STATUS

DWL_CMPGN_STAT

CAMPAIGN TERM VALUE

DWR_CMPGN_TERM_VAL

CAMPAIGN TYPE

DWL_CMPGN_TYP

CANNIBALIZATION DETAIL DAY DRVD

DWD_CANBLZTN_DTL_DAY

CANNIBALIZATION DETAIL MONTH AGGR

DWA_CANBLZTN_DTL_MO

CAPACITY

DWR_CPCTY

CARD

DWR_CARD

CARD RELATIONSHIP

DWR_CARD_RLTN

CELL

DWR_CELL

CELL OUTAGE REASON

DWL_CELL_OUTAGE_RSN

CELL SECTOR

DWR_CELL_SCTR

CELL SITE

DWR_CELL_SITE

CELL SITE COST

DWB_CELL_SITE_COST

CELL SITE TYPE

DWL_CELL_SITE_TYP

CELL STATISTIC DAY DRVD

DWD_CELL_STTSTC_DAY

CELL STATISTIC MONTH AGGR

DWA_CELL_STTSTC_MO

CELL TYPE

DWL_CELL_TYP

CFS SPEC VERSION DETAIL

DWR_CFS_SPEC_VRSN_DTL

CHANGE PROPOSED BY TYPE

DWL_CHNG_PPSD_BY_TYP

CHANNEL

DWR_CHNL

CHANNEL COST

DWB_CHNL_COST

CHANNEL TYPE

DWL_CHNL_TYP

CHASSIS

DWR_CHASSIS

CHASSIS POSITION

DWR_CHASSIS_POSN

CHURN PREDICT SOURCE DERIVED

DWD_CHRN_PRDCT_SRC

CHURN REASON

DWL_CHRN_RSN

CIRCUIT CATEGORY

DWL_CRCUT_CTGRY

CIRCUIT COMPONENT

DWR_CRCUT_CMPNT

CIRCUIT RENTAL

DWB_CRCUT_RNTL

CIRCUIT RENTAL EVENT TYPE

DWL_CRCUT_RNTL_EVT_TYP

CIRCUIT TRAFFIC

DWB_CRCUT_TRFC

CIRCUIT TYPE

DWL_CRCUT_TYP

COLLECTION

DWR_COLLCTN

COLLECTION AGENCY

DWR_COLLCTN_AGNCY

COMMISSION DAY DRVD

DWD_CMISN_DAY

COMMISSION MONTH AGGR

DWA_CMISN_MO

COMMISSION TYPE

DWL_CMISN_TYP

COMMUNICATION SERVICE

DWR_COMUNICTN_SRVC

COMP INTEL CHARACTERISTIC

DWR_COMP_INTL_CHTRSTC

COMP INTEL CHARACTERISTIC VALUE

DWR_COMP_INTL_CHTRSTC_VAL

COMP INTEL MARKET SEGMENT

DWR_COMP_INTL_MKT_SGMNT

COMP PROD CRRL CHARACTERISTIC

DWR_COMP_PROD_CRRL_CHTRSTC

COMP PROD CRRL CHARACTERISTIC ASSIGNMENT

DWR_COMP_PROD_CRRL_CHTRTC_ASGN

COMP PROD CRRL CHARACTERISTIC RELATIONSHIP

DWR_COMP_PROD_CRRL_CHRSTC_RLTN

COMP PROD CRRL CHARACTERISTIC VALUE

DWR_COMP_PROD_CRRL_CHTRSTC_VAL

COMPETITIVE TIER

DWR_CMPTVE_TIER

COMPETITOR

DWR_CMPTR

COMPETITOR INTELLIGENCE

DWR_CMPTR_INTLGNCE

COMPETITOR INTELLIGENCE PARTY ROLE

DWR_CMPTR_INTLGNCE_PRTY_RL

COMPETITOR MARKET SEGMENT ASSIGNMENT

DWR_CMPTR_MKT_SGMNT_ASGN

COMPETITOR MARKET SEGMENT SWOT

DWR_CMPTR_MKT_SGMNT_SWOT

COMPETITOR PRODUCT CORRELATION

DWR_CMPTR_PROD_CRLTN

COMPETITOR SWOT

DWR_CMPTR_SWOT

COMPETITOR TIER ASSIGNMENT

DWR_CMPTR_TIER_ASGN

COMPONENT SUBSCRIPTION PRICE

DWR_CMPNT_SBRP_PRICE

COMPOSITE COMP PROD CRRL CHARACTERISTIC

DWR_CMPST_COMP_PROD_CRL_CHTRTC

COMPOSITE PRODUCT RATING PLAN

DWR_CMPST_PROD_RTNG_PLN

COMPOSITE PRODUCT RATING PLAN ASSIGNMENT

DWR_CMPST_PROD_RTNG_PLN_ASGN

COMPOSITE SERVICE

DWR_CMPST_SRVC

COMPOSITE SERVICE INCLUSION

DWR_CMPST_SRVC_INCLSN

COMPOSITE SERVICE TYPE INCLUSION

DWR_CMPST_SRVC_TYP_INCLSN

COMPOSITE SUBSCRIPTION PRICE

DWR_CMPST_SBRP_PRICE

COMPOUND ELEMENT

DWR_CMPND_ELMNT

COMPOUND ELEMENT COLLECTION

DWR_CMPND_ELMNT_COLLCTN

COMPOUND ELEMENT COMPOUND DETAIL

DWR_CMPND_ELMNT_CMPND_DTL

COMPOUND ELEMENT DETAIL

DWR_CMPND_ELMNT_DTL

COMPOUND ELEMENT LOGICAL DETAIL

DWR_CMPND_ELMNT_LGICL_DTL

COMPOUND ELEMENT PHYSICAL DETAIL

DWR_CMPND_ELMNT_PHY_DTL

COMPOUND ELEMENT ROLE

DWR_CMPND_ELMNT_RL

COMPOUND ELEMENT ROLE ASSIGNMENT

DWR_CMPND_ELMNT_RL_ASGN

COMPOUND ELEMENT ROLE SPEC

DWR_CMPND_ELMNT_RL_SPEC

COMPOUND ELEMENT SPEC

DWL_CMPND_ELMNT_SPEC

COMPOUND ELEMENT SPEC ATOMIC

DWL_CMPND_ELMNT_SPEC_ATMC

COMPOUND ELEMENT SPEC COMPOSITE

DWL_CMPND_ELMNT_SPEC_CMPST

COMPOUND ELEMENT TP DETAIL

DWR_CMPND_ELMNT_TP_DTL

COMPOUND ELEMENT UNIT

DWR_CMPND_ELMNT_UNIT

CONNECT DISCONNECT DAY DRVD

DWD_CNCT_DSCNCT_DAY

CONNECT DISCONNECT MONTH AGGR

DWA_CNCT_DSCNCT_MO

CONNECTION

DWR_CNCTN

CONNECTION TERMINATION POINT

DWR_CNCTN_TMNT_PNT

CONSEQUENCE PERFORMANCE NOTIFICATION

DWR_CNSEQ_PRFMNC_NTFCTN

CONSEQUENCE PERFORMANCE NOTIFICATION SPEC

DWR_CNSEQ_PRFMNC_NTFCTN_SPEC

CONTACT LIST

DWR_CNCT_LST

CONTACT LIST CHANGE REASON

DWL_CNCT_LST_CHNG_RSN

CONTACT LIST COST

DWB_CNCT_LST_COST

CONTACT LIST RECURRENCE TYPE

DWL_CNCT_LST_RECRNC_TYP

CONTACT ROLES

DWL_CNCT_RLS

CONTENT

DWR_CNTNT

CONTENT DELIVERY EVENT

DWB_CNTNT_DLVRY_EVT

CONTENT PRICE

DWR_CNTNT_PRICE

CONTENT PRICING TYPE

DWL_CNTNT_PRCNG_TYP

CONTENT PROVIDER

DWR_CNTNT_PRVDR

CONTENT TYPE

DWL_CNTNT_TYP

CONTRACT

DWR_CNRT

CONTRACT APPROVAL

DWB_CNRT_APRVL

CONTRACT ASSIGNMENT

DWR_CNRT_ASGN

CONTRACT ASSIGNMENT REASON

DWL_CNRT_ASGN_RSN

CONTRACT ASSIGNMENT TYPE

DWL_CNRT_ASGN_TYP

CONTRACT CHANGE INITIATOR TYPE

DWL_CNRT_CHNG_INTTR_TYP

CONTRACT CHANGE TYPE

DWL_CNRT_CHNG_TYP

CONTRACT CHANGED DRVD

DWD_CNRT_CHNG

CONTRACT DOCUMENT

DWR_CNRT_DOC

CONTRACT DRVD

DWD_CNRT

CONTRACT ITEM

DWR_CNRT_ITEM

CONTRACT MONTH AGGR

DWA_CNRT_MO

CONTRACT PRODUCT ASSIGNMENT

DWR_CNRT_PROD_ASGN

CONTRACT STATUS

DWB_CNRT_STAT

CONTRACT STATUS REASON

DWL_CNRT_STAT_RSN

CONTRACT STATUS TYPE

DWL_CNRT_STAT_TYP

CONTRACT TERM TYPE

DWL_CNRT_TERM_TYP

CONTRACT TERM VALUE

DWB_CNRT_TERM_VAL

CONTRACT TYPE

DWL_CNRT_TYP

CORE INTERFACE

DWR_CORE_INTRFC

COST

DWB_COST

COST CENTER

DWR_COST_CNTR

COST CENTER BUDGET

DWB_COST_CNTR_BDGT

COST CUSTOMER DRVD

DWD_COST_CUST

COST CUSTOMER MONTH AGGR

DWA_COST_CUST_MO

COST ORGANIZATIONAL DRVD

DWD_COST_ORG

COST ORGANIZATIONAL MONTH AGGR

DWA_COST_ORG_MO

COST REASON

DWL_COST_RSN

COST SUBTYPE

DWL_COST_SUBTYP

COST TYPE

DWL_COST_TYP

COURIER

DWR_COURIER

COURIER COST

DWB_COURIER_COST

CPE LOGICAL DEVICE ROLE

DWR_CPE_LGICL_DVC_RL

CREDIT CATEGORY

DWR_CRDT_CTGRY

CREDIT CATEGORY DRVD

DWD_CRDT_CTGRY

CREDIT CATEGORY MONTH AGGR

DWA_CRDT_CTGRY_MO

CREDIT SCORE PROVIDER

DWR_CRDT_SCR_PRVDR

CURRENCY

DWL_CRNCY

CURRENCY EXCHANGE RATE

DWB_CRNCY_EXCHNG_RATE

CURRENCY GEOGRAPHY ENTITY ASSIGNMENT

DWR_CRNCY_GEO_ENT_ASGN

CUSTOMER

DWR_CUST

CUSTOMER ACQUISITION SUMMARY DAY DRVD

DWD_CUST_ACQSTN_SUMM_DAY

CUSTOMER ACQUISITION SUMMARY MONTH AGGR

DWA_CUST_ACQSTN_SUMM_MO

CUSTOMER CLASS

DWL_CUST_CLASS

CUSTOMER CLASS ASSIGNMENT

DWR_CUST_CLASS_ASGN

CUSTOMER COST

DWB_CUST_COST

CUSTOMER DEBT COLLECTION DRVD

DWD_CUST_DEBT_COLLCTN

CUSTOMER DEBT COLLECTION MONTH AGGR

DWA_CUST_DEBT_COLLCTN_MO

CUSTOMER DOCUMENT

DWR_CUST_DOC

CUSTOMER EQUIPMENT INSTALLATION DAY DRVD

DWD_CUST_EQPMNT_INSTLTN_DAY

CUSTOMER EQUIPMENT INSTALLATION MO AGGR

DWA_CUST_EQPMNT_INSTLTN_MO

CUSTOMER FACING SERVICE

DWR_CUST_FCNG_SRVC

CUSTOMER FACING SERVICE ROLE

DWR_CUST_FCNG_SRVC_RL

CUSTOMER FACING SERVICE SPEC

DWL_CUST_FCNG_SRVC_SPEC

CUSTOMER FACING SERVICE SPEC ATOMIC

DWL_CUST_FCNG_SRVC_SPEC_ATMC

CUSTOMER FACING SERVICE SPEC COMPOSITE

DWL_CUST_FCNG_SRVC_SPEC_CMPST

CUSTOMER FACING SERVICE SPEC ROLE

DWR_CUST_FCNG_SRVC_SPEC_RL

CUSTOMER FACING SERVICE SPEC VERSION

DWR_CUST_FCNG_SRVC_SPEC_VRSN

CUSTOMER FIELD INSTALLATION

DWB_CUST_FLD_INSTLTN

CUSTOMER FIELD SERVICE ACTIVITY

DWB_CUST_FLD_SRVC_ACTVTY

CUSTOMER FIELD SERVICE DETAIL

DWB_CUST_FLD_SRVC_DTL

CUSTOMER FIELD SUPPORT

DWB_CUST_FLD_SPPRT

CUSTOMER GROUP

DWL_CUST_GRP

CUSTOMER GROUP ASSIGNMENT

DWR_CUST_GRP_ASGN

CUSTOMER INDIVIDUAL

DWR_CUST_INDVL

CUSTOMER OCCASION

DWR_CUST_OCCSN

CUSTOMER OCCASION TYPE

DWL_CUST_OCCSN_TYP

CUSTOMER ORDER

DWB_CUST_ORDR

CUSTOMER ORDER DOCUMENT

DWR_CUST_ORDR_DOC

CUSTOMER ORDER LINE ITEM

DWB_CUST_ORDR_LN_ITEM

CUSTOMER ORDER LINE ITEM STATE ASSIGN

DWB_CUST_ORDR_LN_ITEM_ST_ASGN

CUSTOMER ORDER PAYMENT

DWB_CUST_ORDR_PYMT

CUSTOMER ORDER PRIORITY TYPE

DWL_CUST_ORDR_PRIORITY_TYP

CUSTOMER ORDER STATE CHANGE REASON

DWL_CUST_ORDR_STATE_CHNG_RSN

CUSTOMER ORDER STATE ASSIGNMENT

DWB_CUST_ORDR_STATE_ASGN

CUSTOMER ORGANIZATION

DWR_CUST_ORG

CUSTOMER RESTRICTED INFO

DWR_CUST_RSTRCT_INFO

CUSTOMER REVENUE BAND

DWL_CUST_RVN_BND

CUSTOMER REVENUE BAND ASSIGNMENT

DWR_CUST_RVN_BND_ASGN

CUSTOMER REVENUE TYPE

DWL_CUST_RVN_TYP

CUSTOMER SCORE

DWR_CUST_SCR

CUSTOMER SEGMENT

DWR_CUST_SGMNT

CUSTOMER SEGMENTATION MODEL

DWR_CUST_SGMNT_MDL

CUSTOMER SIC ASSIGNMENT

DWR_CUST_SIC_ASGN

CUSTOMER SOURCE

DWR_CUST_SRC

CUSTOMER TYPE

DWL_CUST_TYP

DATA SERVICE EVENT

DWB_DATA_SRVC_EVT

DATA USAGE DAY DRVD

DWD_DATA_USG_DAY

DATA USAGE MONTH AGGR

DWA_DATA_USG_MO

DAY

DWR_DAY

DAY ACTUAL CONDITION

DWR_DAY_ACT_CONDITION

DAY TODATE TRANSFORMATION

DWR_DAY_TODATE_TRANS

DAY TRANSFORMATION

DWR_DAY_TRANS

DEAL

DWR_DEAL

DEALER

DWR_DLR

DEALER DISCOUNT GROUP ASSIGNMENT

DWR_DLR_DISC_GRP_ASGN

DEBT AGING BAND

DWL_DEBT_AGNG_BND

DEBT COLLECTION

DWB_DEBT_COLLCTN

DEBT COLLECTION ASSIGNMENT

DWB_DEBT_COLLCTN_ASGN

DEBT COLLECTION ASSIGNMENT BATCH

DWB_DEBT_COLLCTN_ASGN_BTCH

DEMOGRAPHIC CHARACTERISTIC

DWR_DEMOG_CHTRSTC

DEMOGRAPHIC CHARACTERISTIC VALUE

DWR_DEMOG_CHTRSTC_VAL

DEMOGRAPHY ATTRIBUTE

DWR_DEMOG_ATRIB

DEMOGRAPHY GROUP

DWR_DEMOG_GRP

DERIVED VALUE

DWR_DRVD_VAL

DESTINATION TYPE

DWL_DSTN_TYP

DEVICE INTERFACE

DWR_DVC_INTRFC

DEVICE INTERFACE DETAIL

DWR_DVC_INTRFC_DTL

DEVICE INTERFACE PHYSICAL PORT ASSIGNMENT

DWR_DVC_INTRFC_PHY_PRT_ASGN

DEVICE INTERFACE ROLE

DWR_DVC_INTRFC_RL

DEVICE INTERFACE TP ASSIGNMENT

DWR_DVC_INTRFC_TP_ASGN

DIRECT DEBIT STATUS REASON

DWL_DRCT_DEBT_STAT_RSN

DISCOUNT GROUP

DWR_DISC_GRP

DISCOUNT SBRP PRICE ALTERATION

DWR_DISC_SBRP_PRICE_ALTRTN

DISTANCE BAND

DWL_DSTNC_BND

DIVERT RETRIEVE REASON

DWL_DVRT_RTRV_RSN

DIVERT RETRIEVE TYPE

DWL_DVRT_RTRV_TYP

DOCUMENT CONDITION TYPE

DWL_DOC_CNDTN_TYP

DOCUMENT TYPE

DWL_DOC_TYP

DOCUMENT TYPE GROUP

DWL_DOC_TYP_GRP

DOCUMENT TYPE GROUP ASSIGNMENT

DWR_DOC_TYP_GRP_ASGN

DSL MODEM

DWR_DSL_MDM

EDGE INTERFACE

DWR_EDGE_INTRFC

EDUCATION

DWL_EDU

ELEMENT CHARACTERISTIC

DWR_ELMNT_CHTRSTC

ELEMENT CHARACTERISTIC ASSIGNMENT

DWR_ELMNT_CHTRSTC_ASGN

ELEMENT CHARACTERISTIC RELATIONSHIP

DWR_ELMNT_CHTRSTC_RLTN

ELEMENT CHARACTERISTIC VALUE

DWR_ELMNT_CHTRSTC_VAL

ELEMENT CHARACTERISTIC VALUE ASSIGNMENT

DWR_ELMNT_CHTRSTC_VAL_ASGN

ELEMENT CHARACTERISTIC VALUE RELATIONSHIP

DWR_ELMNT_CHTRSTC_VAL_RLTN

EMPLOYEE

DWR_EMP

EMPLOYEE ACTUAL LABOR HOURLY

DWB_EMP_ACT_LBR_HRLY

EMPLOYEE ACTUAL LABOR SALARIED

DWB_EMP_ACT_LBR_SALARIED

EMPLOYEE COST

DWB_EMP_COST

EMPLOYEE DESIGNATION

DWL_EMP_DESIG

EMPLOYEE DISCOUNT GROUP ASSIGNMENT

DWR_EMP_DISC_GRP_ASGN

EMPLOYEE EXPENSE REPORT

DWB_EMP_EXP_RPT

EMPLOYEE EXPENSE REPORT ITEM

DWB_EMP_EXP_RPT_ITEM

EMPLOYEE JOB ROLE ASSIGNMENT

DWR_EMP_JB_RL_ASGN

EMPLOYEE JOB ROLE TYPE

DWL_EMP_JB_RL_TYP

EMPLOYEE LANGUAGE CAPABILITY

DWR_EMP_LANG_CAPBLTY

EMPLOYEE RESTRICTED INFO

DWR_EMP_RSTRCT_INFO

EMPLOYEE SCHEDULE

DWR_EMP_SCHL

EMPLOYEE TRAINING RECORD

DWB_EMP_TRNG_REC

EMPLOYEE TYPE

DWL_EMP_TYP

ENTITY

DWR_ENT

ENTITY ROLE

DWR_ENT_RL

ENTITY SPECIFICATION

DWR_ENT_SPECFTN

EQUIPMENT

DWR_EQPMNT

EQUIPMENT CENTER

DWR_EQPMNT_CNTR

EQUIPMENT CENTER COST

DWB_EQPMNT_CNTR_COST

EQUIPMENT FUNCTIONALITY

DWR_EQPMNT_FNCTNLTY

EQUIPMENT FUNCTIONALITY ASSIGNMENT

DWR_EQPMNT_FNCTNLTY_ASGN

EQUIPMENT HOLDER

DWR_EQPMNT_HLDR

EQUIPMENT INSTANCE

DWR_EQPMNT_INSTNC

EQUIPMENT INSTANCE RENTING CONTRACT

TBS

EQUIPMENT INSTANCE STATUS HISTORY

DWB_EQPMNT_INSTNC_STAT_HIST

EQUIPMENT INSTANCE STATUS TYPE

DWL_EQPMNT_INSTNC_STAT_TYP

EQUIPMENT SUBSCRIPTION

DWR_EQPMNT_SBRP

EQUIPMENT TYPE

DWL_EQPMNT_TYP

ERRORED MEDIATED CALL EVENT

DWB_ERRD_MDTD_CALL_EVT

ERRORED RATED WIRELESS CALL EVENT

DWB_ERRD_RTD_WRLS_CALL_EVT

ERRORED RAW WIRELESS CALL EVENT

DWB_ERRD_RAW_WRLS_CALL_EVT

EVENT

DWB_EVT

EVENT ACCESS METHOD ACTIVITY

DWB_EVT_ACCS_MTHD_ACTVTY

EVENT ACCOUNT

DWB_EVT_ACCT

EVENT ASSIGNMENT

DWB_EVT_ASGN

EVENT ASSIGNMENT REASON

DWL_EVT_ASGN_RSN

EVENT ASSIGNMENT TYPE

DWL_EVT_ASGN_TYP

EVENT CATEGORY

DWL_EVT_CTGRY

EVENT CIRCUIT RENTAL

DWB_EVT_CRCUT_RNTL

EVENT CLASS

DWL_EVT_CLASS

EVENT COST

DWB_EVT_COST

EVENT EMIT DETAIL

DWB_EVT_EMIT_DTL

EVENT EMPLOYEE PAYROLL

DWB_EVT_EMP_PYRL

EVENT EQUIPMENT INSTANCE

DWB_EVT_EQPMNT_INSTNC

EVENT FINANCIAL

DWB_EVT_FINCL

EVENT GEOGRAPHY

DWB_EVT_GEO

EVENT GIFT REDEMPTION

DWB_EVT_GFT_RDMPTN

EVENT INVOICE DELIVERY

DWB_EVT_INVC_DLVRY

EVENT LOCATION

DWR_EVT_LOC

EVENT LOYALTY PROGRAM

DWB_EVT_LYLTY_PROG

EVENT LOYALTY PROGRAM ACCUMULATION

DWB_EVT_LYLTY_PROG_ACMLTN

EVENT LOYALTY PROGRAM REDEMPTION

DWB_EVT_LYLTY_PROG_RDMPTN

EVENT PARTY ASSIGNMENT

DWB_EVT_PRTY_ASGN

EVENT PARTY INTERACTION

DWB_EVT_PRTY_INTRACN

EVENT PARTY INTERACTION CALL

DWB_EVT_PRTY_INTRACN_CALL

EVENT PARTY INTERACTION EMAIL

DWB_EVT_PRTY_INTRACN_EML

EVENT PARTY INTERACTION LETTER

DWB_EVT_PRTY_INTRACN_LTTR

EVENT PARTY INTERACTION VISIT

DWB_EVT_PRTY_INTRACN_VST

EVENT PARTY PROFILE

DWB_EVT_PRTY_PRFL

EVENT PARTY ROLE

DWR_EVT_PRTY_RL

EVENT PREPAID MOBILE

DWB_EVT_PRPD_MBL

EVENT PRODUCT PACKAGE

DWB_EVT_PROD_PKG

EVENT REASON

DWL_EVT_RSN

EVENT REASON CATEGORY

DWL_EVT_RSN_CTGRY

EVENT RESOLUTION

DWR_EVT_RSLTN

EVENT RESPONSE REASON

DWL_EVT_RESPN_RSN

EVENT RESULT

DWL_EVT_RSLT

EVENT SIM CARD

DWB_EVT_SIM_CARD

EVENT STATUS

DWB_EVT_STAT

EVENT STATUS REASON

DWL_EVT_STAT_RSN

EVENT STATUS TYPE

DWL_EVT_STAT_TYP

EVENT SUBSCRIPTION

DWB_EVT_SBRP

EVENT SUBSCRIPTION CHANGE

DWB_EVT_SBRP_CHNG

EVENT TRIGGER DETAIL

DWB_EVT_TRGR_DTL

EVENT TYPE

DWL_EVT_TYP

EVENT WEB REGISTRATION

DWB_EVT_WEB_RGSTRN

EVENT WEB VISIT

DWB_EVT_WEB_VST

EXCLUDE PORT DETAIL

DWR_EXCLD_PRT_DTL

EXTERNAL CREDIT PROFILE

DWR_EXTRNL_CRDT_PRFL

EXTERNAL CREDIT PROFILE ASSIGNMENT

DWR_EXTRNL_CRDT_PRFL_ASGN

EXTERNAL DEBT COLLECTION DAY DRVD

DWD_EXTRNL_DEBT_COLLCTN_DAY

EXTERNAL DEBT COLLECTION MONTH AGGR

DWA_EXTRNL_DEBT_COLLCTN_MO

EXTERNAL INFORMATION SOURCE

DWR_EXTRNL_INFO_SRC

EXTERNAL OPERATOR

DWR_EXTRNL_OPRTR

EXTERNAL ORGANIZATION TYPE

DWL_EXTRNL_ORG_TYP

FACTOR COMPANY

DWR_FCTR_CMPNY

FAULT RESOLUTION TYPE

DWL_FLT_RSLTN_TYP

FAULT TYPE

DWL_FLT_TYP

FIELD ACTIVITY RESULT TYPE

DWL_FLD_ACTVTY_RSLT_TYP

FIELD ACTIVITY TYPE

DWL_FLD_ACTVTY_TYP

FIREWALL ROLE

DWR_FRWL_RL

FISCAL HALF MONTH

DWR_FSCL_HLF_MO

FISCAL HALF YEAR

DWR_FSCL_HLF_YR

FISCAL MONTH

DWR_FSCL_MO

FISCAL QUARTER

DWR_FSCL_QTR

FISCAL WEEK

DWR_FSCL_WK

FISCAL YEAR

DWR_FSCL_YR

FIXED LINE CALL EVENT

DWB_FIXED_LN_CALL_EVT

FIXED LINE PORT

DWR_FIXED_LN_PRT

FIXED LINE RATING PLAN

DWR_FIXED_LN_RTNG_PLN

FLEXIBLE CHARACTERISTIC

DWR_FXBLE_CHTRSTC

FLEXIBLE CHARACTERISTIC ASSIGNMENT

DWR_FXBLE_CHTRSTC_ASGN

FLEXIBLE CHARACTERISTIC ASSIGNMENT TYPE

DWR_FXBLE_CHTRSTC_ASGN_TYP

FLEXIBLE CHARACTERISTIC RELATIONSHIP

DWR_FXBLE_CHTRSTC_RLTN

FLEXIBLE CHARACTERISTIC TYPE

DWR_FXBLE_CHTRSTC_TYP

FLEXIBLE CHARACTERISTIC VALUE

DWR_FXBLE_CHTRSTC_VAL

FLEXIBLE CHARACTERISTIC VALUE ASSIGNMENT

DWR_FXBLE_CHTRSTC_VAL_ASGN

FLEXIBLE CHARACTERISTIC VALUE RELATIONSHIP

DWR_FXBLE_CHTRSTC_VAL_RLTN

FRAUD PROFILE CLASS

DWL_FRAUD_PRFL_CLASS

GENDER

DWL_GNDR

GEOGRAPHY BUILDING

DWR_GEO_BLDG

GEOGRAPHY CITY

DWR_GEO_CITY

GEOGRAPHY COUNTRY

DWR_GEO_CNTRY

GEOGRAPHY COUNTY

DWR_GEO_CNTY

GEOGRAPHY DEMOGRAPHIC GROUP

DWR_GEO_DEMOG_GRP

GEOGRAPHY DEMOGRAPHY ATTRIBUTE

DWR_GEO_DEMOG_ATRIB

GEOGRAPHY DEMOGRAPHY VALUE

DWR_GEO_DEMOG_VAL

GEOGRAPHY ENTITY

DWR_GEO_ENT

GEOGRAPHY ENTITY ASSIGNMENT

DWR_GEO_ENT_ASGN

GEOGRAPHY ENTITY HIER LEVEL ASSIGNMENT

DWR_GEO_ENT_HIER_LVL_ASGN

GEOGRAPHY HIERARCHY

DWR_GEO_HRCHY

GEOGRAPHY HIERARCHY LEVEL

DWR_GEO_HRCHY_LVL

GEOGRAPHY HIERARCHY LEVEL ASSIGNMENT

DWR_GEO_HRCHY_LVL_ASGN

GEOGRAPHY LEVEL

DWR_GEO_LVL

GEOGRAPHY LEVEL ATTRIBUTE

DWR_GEO_LVL_ATRIB

GEOGRAPHY LEVEL ATTRIBUTE VALUE

DWR_GEO_LVL_ATRIB_VAL

GEOGRAPHY REGION

DWR_GEO_RGN

GEOGRAPHY STATE

DWR_GEO_STATE

GEOGRAPHY STREET

DWR_GEO_STRT

GEOGRAPHY SUB REGION

DWR_GEO_SBRGN

GEOGRAPHY WORLD

DWR_GEO_WORLD

GIVE AWAY ITEM DAY DRVD

DWD_GIVE_AWAY_ITEM_DAY

GIVE AWAY ITEM MONTH AGGR

DWA_GIVE_AWAY_ITEM_MO

GIVE AWAY TYPE

DWL_GIVE_AWAY_TYP

GL REFERENCE

DWR_GL_REF

GPRS PCU DAY DRVD

DWD_GPRS_PCU_DAY

GPRS PCU MONTH AGGR

DWA_GPRS_PCU_MO

GPRS SERVICE

DWR_GPRS_SRVC

GPRS SERVICES DAY DRVD

DWD_GPRS_SRVCS_DAY

GPRS SERVICES MONTH AGGR

DWA_GPRS_SRVCS_MO

HALF HOUR

DWR_HLF_HR

HALF MONTH TODATE TRANSFORMATION

DWR_HLF_MO_TODATE_TRANS

HALF MONTH TRANSFORMATION

DWR_HLF_MO_TRANS

HALF YEAR TODATE TRANSFORMATION

DWR_HLF_YR_TODATE_TRANS

HALF YEAR TRANSFORMATION

DWR_HLF_YR_TRANS

HANDSET INSTANCE

DWR_HNDST_INSTNC

HANDSET MODEL

DWR_HNDST_MDL

HANDSET STOCK DAY DRVD

DWD_HNDST_STCK_DAY

HANDSET STOCK MO AGGR

DWA_HNDST_STCK_MO

HANDSET SUBSIDY DAY DRVD

DWD_HNDST_SUBSDY_DAY

HANDSET SUBSIDY MONTH AGGR

DWA_HNDST_SUBSDY_MO

HARDWARE

DWR_HRDWR

HOLDER ATOMIC

DWR_HLDR_ATMC

HOLDER COMPOSITE

DWR_HLDR_CMPST

HOUR

DWR_HR

HOUSEHOLD

DWR_HH

IDD

DWR_IDD

IDD CALL EVENT

DWB_IDD_CALL_EVT

IN PLATFORM DAY DRVD

DWD_IN_PLTFRM_DAY

IN PLATFORM MONTH AGGR

DWA_IN_PLTFRM_MO

INDIVIDUAL DEMOGRAPHY PROFILE

DWR_INDVL_DEMOG_PRFL

INDIVIDUAL DEMOGRAPHY VALUE

DWR_INDVL_DEMOG_VAL

INDIVIDUAL NAME

DWR_INDVL_NAME

INITIATIVE RESULT TYPE

DWL_INTTV_RSLT_TYP

INITIATIVE TYPE

DWL_INTTV_TYP

INTERACTION ANSWER CHOICE

DWB_INTRACN_ANSWR_CHOICE

INTERACTION CHANNEL

DWR_INTRACN_CHNL

INTERACTION DIRECTION

DWL_INTRACN_DRCTN

INTERACTION QUESTION RESPONSE

DWB_INTRACN_QUES_RESPN

INTERACTION REASON

DWL_INTRACN_RSN

INTERACTION RESULT TYPE

DWL_INTRACN_RSLT_TYP

INTERACTION STATUS

DWL_INTRACN_STAT

INTERACTION TYPE

DWL_INTRACN_TYP

INTERNAL DEBT COLLECTION DAY DRVD

DWD_INTRNL_DEBT_COLLCTN_DAY

INTERNAL DEBT COLLECTION MONTH AGGR

DWA_INTRNL_DEBT_COLLCTN_MO

INTERNET ACCESS EVENT

DWB_INTRNT_ACCS_EVT

INVOICE

DWB_INVC

INVOICE ADJUSTMENT

DWB_INVC_ADJ

INVOICE ADJUSTMENT DRVD

DWD_INVC_ADJ

INVOICE ADJUSTMENT MONTH AGGR

DWA_INVC_ADJ_MO

INVOICE ADJUSTMENT QUOTA

DWR_INVC_ADJ_QTA

INVOICE ADJUSTMENT REASON

DWL_INVC_ADJ_RSN

INVOICE ADJUSTMENT TYPE

DWL_INVC_ADJ_TYP

INVOICE CUSTOMER TYPE AGGR

DWA_INVC_CUST_TYP

INVOICE DELIVERY FORMAT

DWL_INVC_DLVRY_FRMT

INVOICE DELIVERY TYPE

DWL_INVC_DLVRY_TYP

INVOICE DISCOUNT

DWB_INVC_DISC

INVOICE DISCOUNT REASON

DWL_INVC_DISC_RSN

INVOICE DISCOUNT TYPE

DWL_INVC_DISC_TYP

INVOICE DRVD

DWD_INVC

INVOICE ITEM

DWB_INVC_ITEM

INVOICE ITEM DETAIL

DWB_INVC_ITEM_DTL

INVOICE ITEM DETAIL TYPE

DWL_INVC_ITEM_DTL_TYP

INVOICE ITEM RELATIONSHIP

DWB_INVC_ITEM_RLTN

INVOICE ITEM TYPE

DWL_INVC_ITEM_TYP

INVOICE PAYMENT ASSIGNMENT

DWB_INVC_PYMT_ASGN

INVOICE PAYMENT TERM TYPE

DWL_INVC_PYMT_TERM_TYP

INVOICE TAX ITEM

DWB_INVC_TAX_ITEM

INVOICE TYPE

DWL_INVC_TYP

IP ADDRESS

DWR_IP_ADDR

IP ADDRESS POOL

DWR_IP_ADDR_POOL

IP SUBNET

DWR_IP_SUBNET

IPV4 ADDRESS

DWR_IPV4_ADDR

ISP

DWR_ISP

ISP BUSINESS

DWR_ISP_BSNS

ISP BUSINESS ASSIGNMENT

DWR_ISP_BSNS_ASGN

ISP BUSINESS TYPE

DWL_ISP_BSNS_TYP

ISP TYPE

DWL_ISP_TYP

ISP USAGE EVENT

DWB_ISP_USG_EVT

ISP USER

DWR_ISP_USER

ITEM

DWR_ITEM

ITEM TYPE

DWL_ITEM_TYP

JOB

DWR_JB

JOB ROLE

DWR_JB_RL

KEY PERFORMANCE INDICATOR SLS PARM

DWR_KEY_PRFMNC_IND_SLS_PARM

KEY QUALITY INDICATOR SLS PARM

DWR_KEY_QLTY_IND_SLS_PARM

LAN

DWR_LAN

LAN PROTOCOL

DWR_LAN_PROTCL

LANGUAGE

DWL_LANG

LANGUAGE DIALECT

DWR_LANG_DIALECT

LAYER NETWORK

DWR_LAYER_NTWK

LEGAL PROCESS STATUS TYPE

DWL_LEGAL_PRCS_STAT_TYP

LETTER TYPE

DWL_LTTR_TYP

LINE ACTIVATION TERMINATION DAY DRVD

DWD_LN_ACTVTN_TMNT_DAY

LINE ACTIVATION TERMINATION MONTH AGGR

DWA_LN_ACTVTN_TMNT_MO

LOCAL ADDRESS LOCATION

DWR_LCL_ADDR_LOC

LOGICAL CAPACITY

DWR_LGICL_CPCTY

LOGICAL DEVICE

DWR_LGICL_DVC

LOGICAL DEVICE ATOMIC

DWR_LGICL_DVC_ATMC

LOGICAL DEVICE COMPOSITE

DWR_LGICL_DVC_CMPST

LOGICAL DEVICE OS ASSIGNMENT

DWR_LGICL_DVC_OS_ASGN

LOGICAL DEVICE ROLE

DWR_LGICL_DVC_RL

LOGICAL DEVICE ROLE SPEC

DWR_LGICL_DVC_RL_SPEC

LOGICAL ELEMENT

DWR_LGICL_ELMNT

LOGICAL ELEMENT PHYSICAL SUPPORT

DWR_LGICL_ELMNT_PHY_SPPRT

LOGICAL ELEMENT ROLE

DWR_LGICL_ELMNT_RL

LOGICAL ELEMENT ROLE ASSIGNMENT

DWR_LGICL_ELMNT_RL_ASGN

LOGICAL ELEMENT ROLE SPEC

DWR_LGICL_ELMNT_RL_SPEC

LOGICAL ELEMENT SPEC

DWL_LGICL_ELMNT_SPEC

LOGICAL ELEMENT SPEC ATOMIC

DWL_LGICL_ELMNT_SPEC_ATMC

LOGICAL ELEMENT SPEC COMPOSITE

DWL_LGICL_ELMNT_SPEC_CMPST

LOGICAL ELEMENT SPEC PHYSICAL SUPPORT

DWR_LGICL_ELMNT_SPEC_PHY_SPPRT

LOGICAL ELEMENT TYPE VERSION

DWR_LGICL_ELMNT_TYP_VRSN

LOGICAL INTERFACE

DWR_LGICL_INTRFC

LOOKUP

DWL_LOOKUP

LOYALTY PROGRAM

DWR_LYLTY_PROG

LOYALTY PROGRAM CHANNEL

DWR_LYLTY_PROG_CHNL

LOYALTY PROGRAM DAY DRVD

DWD_LYLTY_PROG_DAY

LOYALTY PROGRAM EVENT CATEGORY

DWL_LYLTY_PROG_EVT_CTGRY

LOYALTY PROGRAM EVENT TYPE

DWL_LYLTY_PROG_EVT_TYP

LOYALTY PROGRAM MO AGGR

DWA_LYLTY_PROG_MO

LOYALTY PROGRAM PARTY ROLE

DWL_LYLTY_PROG_PRTY_RL

LOYALTY PROGRAM POINTS BALANCE

DWB_LYLTY_PROG_PTS_BAL

LOYALTY PROGRAM TERMINATION REASON

DWL_LYLTY_PROG_TMNT_RSN

MAILBOX

DWR_MAILBOX

MANAGE ACTION TYPE

DWL_MNG_ACTN_TYP

MANAGED ENTITY

DWR_MANAGED_ENT

MANAGED HARDWARE

DWR_MANAGED_HRDWR

MANAGED TRANSMISSION ENTITY

DWR_MANAGED_TRNSMISN_ENT

MANAGEMENT DOMAIN

DWR_MGMT_DOMAIN

MANAGEMENT PROTOCOL

DWR_MGMT_PROTCL

MARITAL STATUS

DWL_MRTL_STAT

MARKET AREA

DWR_MKT_AREA

MARKET AREA LEVEL

DWR_MKT_AREA_LVL

MARKET OPERATOR PORTING DERIVED

DWD_MKT_OPRTR_PRTNG

MARKET PLAN DOCUMENT REQUIREMENT

DWR_MKT_PLN_DOC_REQRMNT

MARKET PLAN MANAGEMENT

DWB_MKT_PLN_MGMT

MARKET PLAN SUBSTITUTE BY DOC

DWR_MKT_PLN_SUB_BY_DOC

MARKET PLAN TERM VALUE

DWR_MKT_PLN_TERM_VAL

MARKET SEGMENT

DWR_MKT_SGMNT

MARKET SEGMENT CHARACTERISTIC

DWR_MKT_SGMNT_CHTRSTC

MARKET SEGMENT CHARACTERISTIC VALUE

DWR_MKT_SGMNT_CHTRSTC_VAL

MARKET SEGMENT INCLUSION

No physical table is associated with this entity.

MARKET SHARE MONTH AGGR

DWA_MKT_SHARE

MARKET SHARE MONTH DRVD

DWD_MKT_SHARE

MARKET STATISTICS

DWR_MKT_STTSTCS

MARKET STATISITC INCLUSION

No physical table is associated with this entity.

MEDIA INTERFACE

DWR_MEDIA_INTRFC

MEDIA OBJECT

DWR_MEDIA_OBJ

MEDIA OBJECT ASSIGNMENT

DWR_MEDIA_OBJ_ASGN

MEDIA OBJECT COST

DWB_MEDIA_OBJ_COST

MEDIA OBJECT TYPE

DWL_MEDIA_OBJ_TYP

MEDIATED CALL EVENT

DWB_MDTD_CALL_EVT

MEDIATION STATUS CATEGORY

DWL_MDTN_STAT_CTGRY

MEDIATION STATUS REASON

DWL_MDTN_STAT_RSN

MEDIATION STATUS TYPE

DWL_MDTN_STAT_TYP

MINUTE

DWR_MNT

MINUTE ALLOWANCE

DWB_MNT_ALLWNC

MMS EVENT

DWB_MMS_EVT

MOBILE SWITCHING CENTER

DWR_MBL_SWTCHNG_CNTR

MODEL TYPE

DWL_MDL_TYP

MONTH TODATE TRANSFORMATION

DWR_MO_TODATE_TRANS

MONTH TRANSFORMATION

DWR_MO_TRANS

MSC TRAFFIC DAY DRVD

DWD_MSC_TRFC_DAY

MSC TRAFFIC MONTH AGGR

DWA_MSC_TRFC_MO

MUSIC DOWNLOAD

DWR_MUS_DNLD

NAICS CLASSIFICATION

DWR_NAICS_CLSFCTN

NAICS INDUSTRY

DWR_NAICS_INDSTRY

NAICS INDUSTRY GROUP

DWR_NAICS_INDSTRY_GRP

NAICS INDUSTRY SECTOR

DWR_NAICS_INDSTRY_SCTR

NAICS INDUSTRY SUBSECTOR

DWR_NAICS_INDSTRY_SUBSCTR

NATIONALITY

DWL_NTNLTY

NEGOTIATED SERVICE LEVEL SPEC

DWR_NEGOTIATED_SRVC_LVL_SPEC

NETWORK

DWR_NTWK

NETWORK ADDRESS

DWR_NTWK_ADDR

NETWORK ADDRESS INTERFACE BINDING

DWR_NTWK_ADDR_INTRFC_BNDNG

NETWORK ADDRESS TYPE

DWL_NTWK_ADDR_TYP

NETWORK ASSIGNMENT

DWR_NTWK_ASGN

NETWORK ASSIGNMENT TYPE

DWL_NTWK_ASGN_TYP

NETWORK ATOMIC

DWR_NTWK_ATMC

NETWORK AVAILABILITY DAY DRVD

DWD_NTWK_AVLBLTY_DAY

NETWORK AVAILABILITY MONTH AGGR

DWA_NTWK_AVLBLTY_MO

NETWORK COMPOSITE

DWR_NTWK_CMPST

NETWORK DOMAIN

DWR_NTWK_DOMAIN

NETWORK ELEMENT

DWR_NTWK_ELMNT

NETWORK ELEMENT BUSINESS INTERACTION ROLE

DWR_NTWK_ELMNT_BSNS_INTRACN_RL

NETWORK ELEMENT CATEGORY

DWL_NTWK_ELMNT_CTGRY

NETWORK ELEMENT COST

DWB_NTWK_ELMNT_COST

NETWORK ELEMENT FAULT ASSIGNMENT

DWB_NTWK_ELMNT_FLT_ASGN

NETWORK ELEMENT PARTY ASSOCIATION

DWR_NTWK_ELMNT_PRTY_ASSOCTN

NETWORK ELEMENT PARTY MANAGEMENT

DWR_NTWK_ELMNT_PRTY_MGMT

NETWORK ELEMENT RELATIONSHIP

DWR_NTWK_ELMNT_RLTN

NETWORK ELEMENT RELATIONSHIP TYPE

DWL_NTWK_ELMNT_RLTN_TYP

NETWORK ELEMENT ROLE

DWR_NTWK_ELMNT_RL

NETWORK ELEMENT ROLE ASSIGNMENT

DWR_NTWK_ELMNT_RL_ASGN

NETWORK ELEMENT ROLE PARTY ASSIGNMENT

DWR_NTWK_ELMNT_RL_PRTY_ASGN

NETWORK ELEMENT ROLE SPEC

DWR_NTWK_ELMNT_RL_SPEC

NETWORK ELEMENT STATE HISTORY

DWB_NTWK_ELMNT_STATE_HIST

NETWORK ELEMENT TYPE

DWR_NTWK_ELMNT_TYP

NETWORK ELEMENT TYPE VERSION

DWR_NTWK_ELMNT_TYP_VRSN

NETWORK ELEMENT TYPE VERSION USAGE

DWR_NTWK_ELMNT_TYP_VRSN_USG

NETWORK ELEMENT USAGE EVENT TYPE

DWL_NTWK_ELMNT_USG_EVT_TYP

NETWORK EVENT

DWB_NTWK_EVT

NETWORK EVENT ASSIGNMENT

DWB_NTWK_EVT_ASGN

NETWORK EVENT CHARACTERISTIC

DWR_NTWK_EVT_CHTRSTC

NETWORK EVENT CHARACTERISTIC ASSIGNMENT

DWR_NTWK_EVT_CHTRSTC_ASGN

NETWORK EVENT CHARACTERISTIC RELATIONSHIP

DWR_NTWK_EVT_CHTRSTC_RLTN

NETWORK EVENT CHARACTERISTIC TYPE

DWL_NTWK_EVT_CHTRSTC_TYP

NETWORK EVENT CHARACTERISTIC VALUE

DWR_NTWK_EVT_CHTRSTC_VAL

NETWORK EVENT CHARACTERISTIC VALUE ASSIGNMENT

DWR_NTWK_EVT_CHTRSTC_VAL_ASGN

NETWORK EVENT CHARACTERISTIC VALUE RELATIONSHIP

DWR_NTWK_EVT_CHTRSTC_VAL_RLTN

NETWORK EVENT STATUS

DWL_NTWK_EVT_STAT

NETWORK EVENT TYPE

DWL_NTWK_EVT_TYP

NETWORK EVENT TYPE VERSION

DWR_NTWK_EVT_TYP_VRSN

NETWORK FAULT

DWB_NTWK_FLT

NETWORK FAULT SUBSCRIPTION ASSIGNMENT

DWB_NTWK_FLT_SBRP_ASGN

NETWORK ROUTE

DWR_NTWK_ROUTE

NETWORK ROUTE POINT

DWR_NTWK_ROUTE_PNT

NETWORK ROUTE POINT ASSIGNMENT

DWR_NTWK_ROUTE_PNT_ASGN

NETWORK SERVICE COVERAGE ASSIGNMENT

DWR_NTWK_SRVC_COVRG_ASGN

NETWORK SITE

DWR_NTWK_SITE

NETWORK TOUCHPOINT

DWR_NTWK_TCHPNT

NETWORK TOUCHPOINT CLASS

DWL_NTWK_TCHPNT_CLASS

NETWORK TOUCHPOINT DRVD

DWD_NTWK_TCHPNT

NETWORK TOUCHPOINT MONTH AGGR

DWA_NTWK_TCHPNT_MO

NETWORK TOUCHPOINT STATUS

DWL_NTWK_TCHPNT_STAT

NETWORK TOUCHPOINT TYPE

DWL_NTWK_TCHPNT_TYP

NETWORK TYPE

DWL_NTWK_TYP

NOTIFICATION TYPE

DWL_NTFCTN_TYP

NP MOBILE MSISDN

DWR_NP_MBL_MSISDN

NP REQUEST HEADER

DWB_NP_RQST_HDR

NP REQUEST LINE ITEM

DWB_NP_RQST_LN_ITEM

NP REQUEST LINE ITEM STATE HISTORY

DWB_NP_RQST_LN_ITEM_STATE_HIST

NP REQUEST LINE ITEM STATE TYPE

DWL_NP_RQST_LN_ITEM_STATE_TYP

NP REQUEST STATE HISTORY

DWB_NP_RQST_STATE_HIST

NP REQUEST STATE TYPE

DWL_NP_RQST_STATE_TYP

NP REQUEST TYPE

DWL_NP_RQST_TYP

NP STEP

DWL_NP_STEP

NUMBER AREA

DWR_NBR_AREA

NUMBER COUNTRY

DWR_NBR_CNTRY

NUMBER NETWORK TYPE

DWL_NBR_NTWK_TYP

NUMBER PORT DAY DRVD

DWD_NBR_PRT_DAY

NUMBER PORT MONTH AGGR

DWA_NBR_PRT_MO

Table 5-2 Entity Mapping Table: Logical to Physical Mapping P to Z

Entity
Table or View

ON OFF NET TYPE

DWL_ONOFF_NET

OPERATING SYSTEM

DWR_OPERTNG_SYS

OPERATOR GROUP

DWL_OPRTR_GRP

OPERATOR TYPE

DWL_OPRTR_TYP

ORDER LINE ITEM STATE

DWR_ORDR_LN_ITEM_STATE

ORDER STATE

DWL_ORDR_STATE

ORDER STATUS

DWL_ORDR_STAT

ORDER TYPE

DWL_ORDR_TYP

ORGANIZATION AREA

DWR_ORG_AREA

ORGANIZATION BANNER

DWR_ORG_BNR

ORGANIZATION BUSINESS ENTITY

DWR_ORG_BSNS_ENT

ORGANIZATION BUSINESS UNIT

DWR_ORG_BSNS_UNIT

ORGANIZATION BUSINESS UNIT COST

DWB_ORG_BSNS_UNIT_COST

ORGANIZATION BUSINESS UNIT TYPE

DWL_ORG_BSNS_UNIT_TYP

ORGANIZATION CHAIN

DWR_ORG_CHAIN

ORGANIZATION COMPANY

DWR_ORG_CMPNY

ORGANIZATION CORPORATE

DWR_ORG_CRPRT

ORGANIZATION DISTRICT

DWR_ORG_DSTRCT

ORGANIZATION DIVISION

DWR_ORG_DIV

ORGANIZATION HIERARCHY

DWR_ORG_HRCHY

ORGANIZATION HIERARCHY LEVEL

DWR_ORG_HRCHY_LVL

ORGANIZATION HIERARCHY LEVEL ASSIGNMENT

DWR_ORG_HRCHY_LVL_ASGN

ORGANIZATION HIERARCHY VERSION

DWR_ORG_HRCHY_VRSN

ORGANIZATION ITEM SELLING PRICE

DWR_ORG_ITEM_SLNG_PRICE

ORGANIZATION LEVEL

DWR_ORG_LVL

ORGANIZATION LEVEL ATTRIBUTE VALUE

DWR_ORG_LVL_ATRIB_VAL

ORGANIZATION LEVEL ATTRIBUTES

DWR_ORG_LVL_ATTR

ORGANIZATION MARKET DATA

DWR_ORG_MKT_DATA

ORGANIZATION NAME

DWR_ORG_NAME

ORGANIZATION REGION

DWR_ORG_RGN

ORGANIZATION SERVICE WEBSITE

DWR_ORG_SRVC_WBSITE

ORGANIZATION WAREHOUSE

DWR_ORG_WRHS

ORGANIZATIONAL DEMOGRAPHY VALUE

DWR_ORGNTL_DEMOG_VAL

OS LICENSE ASSIGNMENT

DWR_OS_LICNS_ASGN

OTHER INDIVIDUAL

DWR_OTHR_INDVL

PARTNER PAYMENT

DWB_PRTNR_PYMT

PARTNER PROMOTION PROGRAM

DWR_PRTNR_PRMTN_PROG

PARTNER SETTLEMENT DRVD

DWD_PRTNR_STLMNT

PARTNER SETTLEMENT MONTH AGGR

DWA_PRTNR_STLMNT_MO

PARTNER SETTLEMENT REASON

DWL_PRTNR_STLMNT_RSN

PARTY

DWR_PRTY

PARTY ACCOUNT ASSIGNMENT

DWR_PRTY_ACCT_ASGN

PARTY ACCOUNT ASSIGNMENT TYPE

DWL_PRTY_ACCT_ASGN_TYP

PARTY ADDRESS LOCATION ASSIGNMENT

DWR_PRTY_ADDR_LOC_ASGN

PARTY AM PMP ASSIGNMENT HISTORY

DWB_PRTY_AM_PMP_ASGN_HIST

PARTY AM PMP ASSIGNMENT STATUS

DWB_PRTY_AM_PMP_ASGN_STAT

PARTY ASSIGNMENT

DWR_PRTY_ASGN

PARTY ASSIGNMENT REASON

DWL_PRTY_ASGN_RSN

PARTY ASSIGNMENT TYPE

DWL_PRTY_ASGN_TYP

PARTY BUSINESS INTERACTION ROLE

DWR_PRTY_BSNS_INTRACN_RL

PARTY CONTACT INFORMATION

DWR_PRTY_CNCT_INFO

PARTY CONTACT INFORMATION TYPE

DWL_PRTY_CNCT_INFO_TYP

PARTY CONTACT LIST PARTICIPATION

DWL_PRTY_CNCT_LST_PRTCPTN

PARTY CONTACT LIST ROLE

DWL_PRTY_CNCT_LST_RL

PARTY CONTRACT ASSIGNMENT

DWR_PRTY_CNRT_ASGN

PARTY CONTRACT ASSIGNMENT ROLE

DWL_PRTY_CNRT_ASGN_RL

PARTY CONTRACT ASSIGNMENT TYPE

DWL_PRTY_CNRT_ASGN_TYP

PARTY COST ASSIGNMENT

DWB_PRTY_COST_ASGN

PARTY DEMOGRAPHIC

DWR_PRTY_DEMOG

PARTY DEMOGRAPHY VALUE

DWR_PRTY_DEMOG_VAL

PARTY EVENT TYPE

DWL_PRTY_EVT_TYP

PARTY GEOGRAPHY ENTITY ASSIGNMENT

DWR_PRTY_GEO_ENT_ASGN

PARTY IDENTIFICATION

DWR_PRTY_ID

PARTY IDENTIFICATION TYPE

DWL_PRTY_IDNT_TYP

PARTY INTERACTION THREAD

DWB_PRTY_INTRACN_THRD

PARTY INTERACTION THREAD TYPE

DWL_PRTY_INTRACN_THRD_TYP

PARTY LANGUAGE CAPABILITY

DWR_PRTY_LANG_CAPBLTY

PARTY LOCATION REASON

DWL_PRTY_LOC_RSN

PARTY LOCATION TYPE

DWL_PRTY_LOC_TYP

PARTY LOYALTY PROGRAM PARTICIPATION

DWR_PRTY_LYLTY_PROG_PRTCPTN

PARTY MANAGEMENT ROLE

DWL_PRTY_MGMT_RL

PARTY MARKET SEGMENT ASSIGNMENT

DWR_PRTY_MKT_SGMNT_ASGN

PARTY NAME

DWR_PRTY_NAME

PARTY ORDER ASSIGNMENT

DWB_PRTY_ORDR_ASGN

PARTY ORDER ASSIGNMENT TYPE

DWL_PRTY_ORDR_ASGN_TYP

PARTY PROFILE CHARACTERISTIC

DWR_PRTY_PRFL_CHTRSTC

PARTY PROFILE CHARACTERISTIC VALUE

DWR_PRTY_PRFL_CHTRSTC_VAL

PARTY PROMOTION RESPONSE

DWB_PRTY_PRMTN_RESPN

PARTY ROLE

DWL_PRTY_RL

PARTY ROLE ASSIGNMENT

DWR_PRTY_RL_ASGN

PARTY ROLE OS PROCESS ASSIGNMENT

DWR_PRTY_RL_OS_PRCS_ASGN

PARTY ROLE STATUS

DWR_PRTY_RL_STAT

PARTY SEGMENTATION METHOD

DWL_PRTY_SGMNT_MTHD

PARTY SERVICE ASSIGNMENT

DWR_PRTY_SRVC_ASGN

PARTY SERVICE ASSIGNMENT ROLE

DWL_PRTY_SRVC_ASGN_RL

PARTY SERVICE ASSIGNMENT REASON

DWL_PRTY_SRVC_ASGN_RSN

PARTY SIM CARD ASSIGNMENT

DWR_PRTY_SIM_CARD_ASGN

PARTY SIM CARD ROLE

DWL_PRTY_SIM_CARD_RL

PARTY SKILL

DWR_PRTY_SKILL

PARTY STATUS CATEGORY

DWL_PRTY_STAT_CTGRY

PARTY STATUS CHANGE REASON

DWL_PRTY_STAT_CHNG_RSN

PARTY STATUS HISTORY

DWB_PRTY_STAT_HIST

PARTY STATUS TYPE

DWL_PRTY_STAT_TYP

PARTY SUBSCRIPTION ASSIGNMENT

DWR_PRTY_SBRP_ASGN

PARTY SUBSCRIPTION ROLE

DWL_PRTY_SBRP_RL

PARTY TYPE

DWL_PRTY_TYP

PASSPORT

DWR_PASPRT

PAY CATEGORY

DWL_PAY_CTGRY

PAY TYPE

DWL_PAY_TYP

PAYMENT AGING CLASS

DWL_PYMT_AGNG_CLASS

PAYMENT AGING DAY DRVD

DWD_PYMT_AGNG_DAY

PAYMENT AGING MONTH AGGR

DWA_PYMT_AGNG_MO

PAYMENT CHANNEL

DWR_PYMT_CHNL

PAYMENT METHOD TYPE

DWL_PYMT_MTHD_TYP

PAYMENT TRANSACTION TYPE

DWL_PYMT_TRX_TYP

PCU OUTAGE REASON

DWL_PCU_OUTAGE_RSN

PE LOGICAL DEVICE ROLE

DWR_PE_LGICL_DVC_RL

PEAK OFFPEAK TIME

DWL_PK_OFPK_TIME

PERFORMANCE APPLICABILITY

DWR_PRFMNC_APLBLETY

PERFORMANCE CAT CHARACTERISTIC VALUE

DWR_PRFMNC_CAT_CHTRSTC_VAL

PERFORMANCE CAT SPEC RELATIONSHIP

DWR_PRFMNC_CAT_SPEC_RLTN

PERFORMANCE CAT SPECIFICATION

DWR_PRFMNC_CAT_SPECFTN

PERFORMANCE CATEGORY

DWR_PRFMNC_CTGRY

PERFORMANCE CATEGORY RELATIONSHIP

DWR_PRFMNC_CTGRY_RLTN

PERFORMANCE CHARACTERISTIC VALUE

DWR_PRFMNC_CHTRSTC_VAL

PERFORMANCE INDICATOR DERIVATION PARAMETER

No table generated for this entity.

PERFORMANCE INDICATOR RELATIONSHIP

DWR_PRFMNC_IND_RLTN

PERFORMANCE INDICATOR SPEC RELATIONSHIP

DWR_PRFMNC_IND_SPEC_RLTN

PERFORMANCE INDICATOR SPECIFICATION

DWR_PRFMNC_IND_SPECFTN

PERFORMANCE IP ADDRESS SPECIFICATION

No table generated for this entity.

PERFORMANCE NETWORK ADDRESS SPECIFICATION

No table generated for this entity.

PERFORMANCE NOTIFICATION SPECIFICATION

DWR_PRFMNC_NTFCTN_SPECFTN

PERFORMANCE OBJECTIVE

DWR_PRFMNC_OBJCTV

PERFORMANCE OBJECTIVE APPLICABILITY

DWR_PRFMNC_OBJCTV_APLBLETY

PERFORMANCE OBJECTIVE APPLICABILITY CONSEQUENCE

DWR_PRFMNC_OBJ_APLBLETY_CNSEQ

PERFORMANCE SPEC INTERVAL CONVERSION

DWR_PRFMNC_SPEC_INTRVL_CNVRSN

PERFORMANCE SPECIFICATION

DWR_PRFMNC_SPECFTN

PERFORMANCE SPECIFICATION INTERVAL

DWR_PRFMNC_SPECFTN_INTRVL

PERIOD TO DATE TRANSFORMATION

DWR_PRD_TODATE_TRANS

PERIOD TRANSFORMATION

DWR_PRD_TRANS

PHYSICAL CAPACITY

DWR_PHY_CPCTY

PHYSICAL CAPACITY DETAIL

DWR_PHY_CPCTY_DTL

PHYSICAL COMPONENT

DWR_PHY_CMPNT

PHYSICAL CONNECTOR

DWR_PHY_CNCTR

PHYSICAL CONTAINER

DWR_PHY_CONTNR

PHYSICAL DEVICE

DWR_PHY_DVC

PHYSICAL DEVICE ATOMIC

DWR_PHY_DVC_ATMC

PHYSICAL DEVICE COMPOSITE

DWR_PHY_DVC_CMPST

PHYSICAL DEVICE ROLE SPEC

DWR_PHY_DVC_RL_SPEC

PHYSICAL DEVICE ROLE SPEC DETAIL

DWR_PHY_DVC_RL_SPEC_DTL

PHYSICAL DEVICE SPEC

DWR_PHY_DVC_SPEC

PHYSICAL ELEMENT

DWR_PHY_ELMNT

PHYSICAL ELEMENT CHARACTERISTIC

DWR_PHY_ELMNT_CHTRSTC

PHYSICAL ELEMENT ROLE

DWR_PHY_ELMNT_RL

PHYSICAL ELEMENT ROLE ASSIGNMENT

DWR_PHY_ELMNT_RL_ASGN

PHYSICAL ELEMENT ROLE SPEC

DWR_PHY_ELMNT_RL_SPEC

PHYSICAL ELEMENT SPEC

DWL_PHY_ELMNT_SPEC

PHYSICAL ELEMENT SPEC ATOMIC

DWL_PHY_ELMNT_SPEC_ATMC

PHYSICAL ELEMENT SPEC COMPOSITE

DWL_PHY_ELMNT_SPEC_CMPST

PHYSICAL EQUIPMENT

DWR_PHY_EQPMNT

PHYSICAL LINK

DWR_PHY_LNK

PHYSICAL PORT

DWR_PHY_PRT

PHYSICAL PORT RESOURCE PORT ASSIGNMENT

DWR_PHY_PRT_RESRE_PRT_ASGN

PHYSICAL RESOURCE ROLE SPEC DETAIL

DWR_PHY_RESRE_RL_SPEC_DTL

PIPE

DWR_PIPE

PLANNING PERIOD

DWR_PLNG_PRD

PLANNING QUARTER

DWR_PLNG_QTR

PLANNING SEASON

DWR_PLNG_SEASON

PLANNING WEEK

DWR_PLNG_WK

PLANNING YEAR

DWR_PLNG_YR

PMP AVAILABILITY

DWR_PMP_AVLBLTY

PMP LOYALTY PROGRAM AVAILABILITY

DWR_PMP_LYLTY_PROG_AVLBLTY

PMP MARKET SEGMENT AVAILABILITY

DWR_PMP_MKT_SGMNT_AVLBLTY

PMP ORGANIZATION AVAILABILITY

DWR_PMP_ORG_AVLBLTY

PMP PRICE POLICY ACTION

DWR_PMP_PRICE_PLCY_ACTN

PMP PRICE POLICY CONDITION

DWR_PMP_PRICE_PLCY_CNDTN

PMP PRICE POLICY VALUE

DWR_PMP_PRICE_PLCY_VAL

PMP PRICE POLICY VARIABLE

DWR_PMP_PRICE_PLCY_VARBLE

PMP PRICE POLICY VARIABLE

DWR_PMP_PROD_INSTNC_ASGN

PMP RATING PLAN

DWR_PMP_RTNG_PLN

PMP RATING PLAN DETAIL

DWR_PMP_RTNG_PLN_DTL

POINT CODE

DWR_PNT_CD

POLICY

DWR_PLCY

POLICY ACTION

DWR_PLCY_ACTN

POLICY ACTION ASSIGNMENT

DWR_PLCY_ACTN_ASGN

POLICY ACTION ATOMIC

DWR_PLCY_ACTN_ATMC

POLICY ACTION COMPOSITE

DWR_PLCY_ACTN_CMPST

POLICY ACTION RULE ASSIGNMENT

DWR_PLCY_ACTN_RULE_ASGN

POLICY ACTION VENDOR

DWR_PLCY_ACTN_VNDR

POLICY APPLICATION ASSIGNMENT

DWR_PLCY_APPLN_ASGN

POLICY CONDITION

DWR_PLCY_CNDTN

POLICY CONDITION ASSIGNMENT

DWR_PLCY_CNDTN_ASGN

POLICY CONDITION ATOMIC

DWR_PLCY_CNDTN_ATMC

POLICY CONDITION COMPOSITE

DWR_PLCY_CNDTN_CMPST

POLICY CONDITION RULE ASSIGNMENT

DWR_PLCY_CNDTN_RULE_ASGN

POLICY EVENT

DWB_PLCY_EVT

POLICY EVENT ATOMIC

DWB_PLCY_EVT_ATMC

POLICY EVENT COMPOSITE

DWB_PLCY_EVT_CMPST

POLICY GROUP

DWR_PLCY_GRP

POLICY GROUP EXECUTION DETAIL

DWR_PLCY_GRP_EXEC_DTL

POLICY OPERATOR

DWR_PLCY_OPRTR

POLICY OPERATOR VARIABLE ASSIGNMENT

DWR_PLCY_OPRTR_VARBLE_ASGN

POLICY ROLE

DWR_PLCY_RL

POLICY RULE

DWR_PLCY_RULE

POLICY SET

DWR_PLCY_SET

POLICY SET ASSIGNMENT

DWR_PLCY_SET_ASGN

POLICY STATEMENT

DWR_PLCY_STMT

POLICY VALUE

DWR_PLCY_VAL

POLICY VARIABLE

DWR_PLCY_VARBLE

POLICY VARIABLE VALUE ASSIGNMENT

DWR_PLCY_VARBLE_VAL_ASGN

POSTAL SERVICE TYPE

DWL_POSTL_SRVC_TYP

POSTCODE

DWR_POSTCD

POSTPAID WIRELESS

DWR_PSTPD_WRLS

PPA CATEGORY

DWL_PPA_CTGRY

PPA DEDUCTION TYPE

DWL_PPA_DEDCTN_TYP

PREPAID ACCOUNT STATISTIC DRVD

DWD_PRPD_ACCT_STTSTC

PREPAID ACCOUNT STATISTIC SEGMENT AGGR

DWA_PRPD_ACCT_STTSTC_SGMNT

PREPAID ALLOWANCE DAY DRVD

DWD_PRPD_ALWNCE_DAY

PREPAID ALLOWANCE MONTH AGGR

DWA_PRPD_ALWNCE_MO

PREPAID CALL SUMMARY DAY DRVD

DWD_PRPD_CALL_SUMM_DAY

PREPAID CALL SUMMARY MONTH AGGR

DWA_PRPD_CALL_SUMM_MO

PREPAID MOBILE EVENT TYPE

DWL_PRPD_MBL_EVT_TYP

PREPAID RECHARGE

DWB_PRPD_RCHRG

PREPAID VOUCHER

DWR_PRPD_VCHR

PREPAID VOUCHER INSTANCE

DWR_PRPD_VCHR_INSTNC

PREPAID WIRELESS

DWR_PRPD_WRLS

PRICE DERIVATION RULE

DWR_PRICE_DRVTN_RULE

PRICE EVENT

DWB_PRICE_EVT

PRODUCT

DWR_PROD

PRODUCT ADDITIONAL TEXT

DWR_PROD_ADTNL_TXT

PRODUCT ASSIGNMENT

DWR_PROD_ASGN

PRODUCT ASSIGNMENT REASON

DWL_PROD_ASGN_RSN

PRODUCT CAPABILITY

DWR_PROD_CAPBLTY

PRODUCT CAPABILITY TYPE

DWL_PROD_CAPBLTY_TYP

PRODUCT CAPABILITY VALUE

DWR_PROD_CAPBLTY_VAL

PRODUCT CATALOG

DWR_PROD_CTLG

PRODUCT CATALOG CHARACTERISTIC

DWR_PROD_CTLG_CHTRSTC

PRODUCT CATALOG CHARACTERISTIC ASSIGNMENT

DWR_PROD_CTLG_CHTRSTC_ASGN

PRODUCT CATALOG CHARACTERISTIC RELATIONSHIP

DWR_PROD_CTLG_CHTRSTC_RLTN

PRODUCT CATALOG CHARACTERISTIC VALUE

DWR_PROD_CTLG_CHTRSTC_VAL

PRODUCT CATALOG CHARACTERISTIC VALUE ASSIGNMENT

DWR_PROD_CTLG_CHTRSTC_VAL_ASGN

PRODUCT CATALOG CHARACTERISTIC VALUE RELATIONSHIP

DWR_PROD_CTLG_CHTRSTC_VAL_RLTN

PRODUCT CATALOG GEOGRAPHY ASSIGNMENT

DWR_PROD_CTLG_GEO_ASGN

PRODUCT CATALOG MARKET PLAN ASSIGNMENT

DWR_PROD_CTLG_MKT_PLN_ASGN

PRODUCT CATALOG PRESENTATION TYPE

DWL_PROD_CTLG_PRSNT_TYP

PRODUCT CATALOG SALES CHANNEL ASSIGNMENT

DWR_PROD_CTLG_SL_CHNL_ASGN

PRODUCT CATALOG TYPE

DWL_PROD_CTLG_TYP

PRODUCT CATEGORY

DWL_PROD_CTGRY

PRODUCT CHARACTERISTIC

DWR_PROD_CHTRSTC

PRODUCT CHARACTERISTIC ASSIGNMENT

DWR_PROD_CHTRSTC_ASGN

PRODUCT CHARACTERISTIC RELATIONSHIP

DWR_PROD_CHTRSTC_RLTN

PRODUCT CHARACTERISTIC TYPE

DWL_PROD_CHTRSTC_TYP

PRODUCT CHARACTERISTIC VALUE

DWR_PROD_CHTRSTC_VAL

PRODUCT CHARACTERISTIC VALUE ASSIGNMENT

DWR_PROD_CHTRSTC_VAL_ASGN

PRODUCT CHARACTERISTIC VALUE RELATIONSHIP

DWR_PROD_CHTRSTC_VAL_RLTN

PRODUCT CHARGE TYPE

DWL_PROD_CHRG_TYP

PRODUCT CHARGE TYPE RELATIONSHIP

DWR_PROD_CHRG_TYP_RLTN

PRODUCT CHARGE TYPE RLTN REASON

DWL_PROD_CHRG_TYP_RLTN_RSN

PRODUCT CHARGING REASON

DWL_PROD_CHRGNG_RSN

PRODUCT COST

DWB_PROD_COST

PRODUCT COVERAGE AREA

DWR_PROD_COVRG_AREA

PRODUCT COVERAGE GEO DETAIL

DWR_PROD_COVRG_GEO_DTL

PRODUCT FEATURE

DWR_PROD_FTR

PRODUCT FEATURE ASSIGNMENT

DWR_PROD_FTR_ASGN

PRODUCT FUNCTIONALITY DEPENDENCY

DWR_PROD_FNCTNLTY_DPNDNTCY

PRODUCT GEOGRAPHY ASSIGNMENT

DWR_PROD_GEO_ASGN

PRODUCT GROUP

DWL_PROD_GRP

PRODUCT GROUP ASSIGNMENT

DWR_PROD_GRP_ASGN

PRODUCT GROUP TYPE

DWL_PROD_GRP_TYP

PRODUCT INSTANCE

DWR_PROD_INSTNC

PRODUCT LINE

DWL_PROD_LN

PRODUCT MANAGEMENT HISTORY

DWB_PROD_MGMT_HIST

PRODUCT MANAGEMENT REASON

DWL_PROD_MGMT_RSN

PRODUCT MANAGEMENT ROLE

DWL_PROD_MGMT_RL

PRODUCT MARKET PLAN

DWR_PROD_MKT_PLN

PRODUCT MARKET PLAN ASSIGNMENT

DWR_PROD_MKT_PLN_ASGN

PRODUCT MARKET PLAN ASSIGNMENT TYPE

DWL_PROD_MKT_PLN_ASGN_TYP

PRODUCT MARKET PLAN COST

DWB_PROD_MKT_PLN_COST

PRODUCT MARKET PLAN GEOGRAPHY ASSIGNMENT

DWR_PROD_MKT_PLN_GEO_ASGN

PRODUCT MARKET PLAN GROUP

DWR_PROD_MKT_PLN_GRP

PRODUCT MARKET PLAN GROUP ASSIGNMENT

DWR_PROD_MKT_PLN_GRP_ASGN

PRODUCT MARKET PLAN GROUP TYPE

DWL_PROD_MKT_PLN_GRP_TYP

PRODUCT MARKET PLAN RELATIONSHIP

DWR_PROD_MKT_PLN_RLTN

PRODUCT MARKET PLAN RELATIONSHIP TYPE

DWL_PROD_MKT_PLN_RLTN_TYP

PRODUCT MARKET PLAN TYPE

DWL_PROD_MKT_PLN_TYP

PRODUCT NETWORK ASSIGNMENT

DWR_PROD_NTWK_ASGN

PRODUCT PACKAGE

DWR_PROD_PKG

PRODUCT PACKAGE ASSIGNMENT

DWR_PROD_PKG_ASGN

PRODUCT PACKAGE CHARGE TYPE

DWL_PROD_PKG_CHRG_TYP

PRODUCT RATING PLAN

DWR_PROD_RTNG_PLN

PRODUCT RATING PLAN DETAIL

DWR_PROD_RTNG_PLN_DTL

PRODUCT RATING PLAN TYPE

DWL_PROD_RTNG_PLN_TYP

PRODUCT STATUS HISTORY

DWB_PROD_STAT_HIST

PRODUCT STATUS TYPE

DWL_PROD_STAT_TYP

PRODUCT TYPE

DWL_PROD_TYP

PRODUCT USERNAME

DWR_PROD_USRNM

PRODUCT VERSION

DWR_PROD_VRSN

PROMOTION

DWR_PRMTN

PROMOTION CLUSTER USAGE

DWB_PRMTN_CLSTR_USG

PROMOTION CONTACT LIST UTILIZATION

DWB_PRMTN_CNCT_LST_UTLZTN

PROMOTION COST

DWB_PRMTN_COST

PROMOTION MANAGEMENT HISTORY

DWB_PRMTN_MGMT_HIST

PROMOTION MARKET PLAN ASSIGNMENT

DWR_PRMTN_MKT_PLN_ASGN

PROMOTION MESSAGE RENDERING

DWR_PRMTN_MSG_RNDRNG

PROMOTION PRODUCT ASSIGNMENT

DWR_PRMTN_PROD_ASGN

PROMOTION PRODUCT CATALOG ASSIGNMENT

DWR_PRMTN_PROD_CTLG_ASGN

PROMOTION RELATIONSHIP

DWR_PRMTN_RLTN

PROMOTION RESULT TYPE

DWL_PRMTN_RSLT_TYP

ROMOTION SALES CHANNEL ASSIGNMENT

DWR_PRMTN_SL_CHNL_ASGN

PROMOTION TERM TYPE

DWL_PRMTN_TERM_TYP

PROMOTION TERM VALUE

DWB_PRMTN_TERM_VAL

PROMOTION TYPE

DWL_PRMTN_TYP

PROPERTY

DWR_PRPTY

PROPERTY ADDRESS LOCATION ASSIGNMENT

DWR_PRPTY_ADDR_LOC_ASGN

PROPOSAL

DWR_PROPOSAL

PROPOSAL RELATIONSHIP

DWR_PROPOSAL_RLTN

PROSPECT

DWR_PRSPCT

PROSPECT INDIVIDUAL

DWR_PRSPCT_INDVL

PROSPECT ORGANIZATION

DWR_PRSPCT_ORG

PROSPECT PRIORITY TYPE

DWL_PRSPCT_PRIORITY_TYP

PROSPECT QUALITY SCORE TYPE

DWL_PRSPCT_QLTY_SCR_TYP

PROSPECT QUALITY SCORE VALUE

DWR_PRSPCT_QLTY_SCR_VAL

PROSPECT REJECT REASON

DWL_PRSPCT_REJECT_RSN

PROTOCOL

DWR_PROTCL

PTV FULL CHANNEL ACTIVATION

DWB_PTV_FULL_CHNL_ACTVTN

PTV QPI SERVICE EVENT

DWB_PTV_QPI_SRVC_EVT

PTV USAGE EVENT

DWB_PTV_USG_EVT

PUBLICATION

DWR_PBLCTN

PUBLICATION TYPE

DWL_PBLCTN_TYP

PV BIT STRING VALUE

DWR_PV_BIT_STRING_VAL

PV BOOLEAN VALUE

DWR_PV_BOLEN_VAL

PV INTEGER VALUE

DWR_PV_INTEGER_VAL

PV IP ADDRESS VALUE

DWR_PV_IP_ADDR_VAL

PV STRING VALUE

DWR_PV_STRING_VAL

PVAR BIT STRING VARIABLE

DWR_PVAR_BIT_STRING_VARBLE

PVAR STRING VARIABLE

DWR_PVAR_STRING_VARBLE

QOS SERVICE

DWR_QOS_SRVC

QOS SERVICE SPEC TYPE

No physical table is associated with this entity.

QUARTER HOUR

DWR_QTR_HR

QUARTER TO DATE TRANSFORMATION

DWR_QTR_TODATE_TRANS

QUARTER TRANSFORMATION

DWR_QTR_TRANS

RACK

DWR_RACK

RATED NETWORK EVENT

DWB_RTD_NTWK_EVT

RATING METHOD TYPE

DWL_RTNG_MTHD_TYP

RAW MMS EVENT

DWB_RAW_MMS_EVT

RAW WIRELESS CALL EVENT

DWB_RAW_WRLS_CALL_EVT

RECHARGE REVENUE SLAB

DWL_RECHRG_RVN_SLB

RECURRING PMP RATING PLAN DETAIL

DWR_RCRNG_PMP_RTNG_PLN_DTL

REDEMPTION DAY DRVD

DWD_RDMPTN_DAY

REDEMPTION MO AGGR

DWA_RDMPTN_MO

REDEMPTION TYPE

DWL_RDMPTN_TYP

RESOURCE FACING SERVICE

DWR_RESRE_FCNG_SRVC

RESOURCE FACING SERVICE ROLE

DWR_RESRE_FCNG_SRVC_RL

RESOURCE FACING SERVICE SPEC VERSION

DWR_RESRE_FCNG_SRVC_SPEC_VRSN

RESOURCE FACING SERVICE SPECROLE

DWR_RESRE_FCNG_SRVC_SPEC_RL

RESOURCE ORDER

DWB_RESRE_ORDR

RESOURCE ORDER ITEM

DWB_RESRE_ORDR_ITEM

RESOURCE PERFORMANCE SPEC

DWR_RESRE_PRFMNC_SPEC

RESOURCE PORT

DWR_RESRE_PRT

RESOURCE SPEC PERF ROLE

DWR_RESRE_SPEC_PERF_RL

RETAIL STORE

DWR_RTL_STORE

RF CARRIER

DWR_RF_CARRIER

RF NETWORK CAPACITY DAY DRVD

DWD_RF_NTWK_CPCTY_DAY

RF NETWORK CAPACITY MONTH AGGR

DWA_RF_NTWK_CPCTY_MO

RFS SPEC VERSION DETAIL

DWR_RFS_SPEC_VRSN_DTL

RINGTONE

DWR_RNGTN

ROAMING TYPE

DWL_RMNG_TYP

ROLE

DWR_RL

ROLES HIERARCHY

DWR_RLS_HRCHY

ROOT ENTITY

DWR_ROOT_ENT

ROUTED PROTOCOL

DWR_ROUTED_PROTCL

ROUTER

DWR_ROUTER

ROUTING DEVICE

DWR_RUTNG_DVC

ROUTING PROTOCOL

DWR_RUTNG_PROTCL

ROUTING ROLE

DWR_RUTNG_RL

SALES CAMPAIGN SUMMARY DAY DRVD

DWD_SL_CMPGN_SUMM_DAY

SALES CAMPAIGN SUMMARY MONTH AGGR

DWA_SL_CMPGN_SUMM_MO

SALES CHANNEL

DWR_SL_CHNL

SALES CHANNEL REPRESENTATIVE

DWR_SL_CHNL_RPRSTV

SALES COMMISSION DETAIL

DWB_SL_CMISN_DTL

SALES COMMISSION PAYROLL

DWB_SL_CMISN_PYRL

SALES COMMISSION PLAN

DWR_SL_CMISN_PLN

SALES COMMISSION PLAN DETAIL

DWR_SL_CMISN_PLN_DTL

SALES DAY DRVD

DWD_SL_DAY

SALES MONTH AGGR

DWA_SL_MO

SALES REPRESENTATIVE STATISTICS DRVD

DWD_SL_RPRSTV_STTSTC

SCD2 MULTILANGUAGE

No table generated.

SCRIPT

DWR_SCRPT

SCRIPT QUESTION

DWR_SCRPT_QUES

SCRIPT QUESTION TYPE

DWL_SCRPT_QUES_TYP

SEASON

DWL_SEASON

SECOND

DWR_SCND

SECURE HOLDER

DWR_SECURE_HLDR

SECURITY REQUIRED TYPE

DWL_SCRTY_REQD_TYP

SEGMENT CRITERIA

DWR_SGMNT_CRTRA

SEGMENT TYPE

DWL_SGMNT_TYP

SELLING LOCATION

DWR_SLNG_LOC

SELLING LOCATION TYPE

DWL_SLNG_LOC_TYP

SERVICE

DWR_SRVC

SERVICE BUNDLE

DWR_SRVC_BNDL

SERVICE BUNDLE SPEC

DWR_SRVC_BNDL_SPEC

SERVICE BUNDLE SPEC ATOMIC

DWR_SRVC_BNDL_SPEC_ATMC

SERVICE BUNDLE SPEC COMPOSITE

DWR_SRVC_BNDL_SPEC_CMPST

SERVICE BUSINESS ACTOR

No table generated.

SERVICE CHARACTERISTIC

DWR_SRVC_CHTRSTC

SERVICE CHARACTERISTIC ASSIGNMENT

DWR_SRVC_CHTRSTC_ASGN

SERVICE CHARACTERISTIC RELATIONSHIP

DWR_SRVC_CHTRSTC_RLTN

SERVICE CHARACTERISTIC VALUE

DWR_SRVC_CHTRSTC_VAL

SERVICE CHARACTERISTIC VALUE ASSIGNMENT

DWR_SRVC_CHTRSTC_VAL_ASGN

SERVICE CHARACTERISTIC VALUE RELATIONSHIP

DWR_SRVC_CHTRSTC_VAL_RLTN

SERVICE CLASS

DWL_SRVC_CLASS

SERVICE CLASS TYPE

DWL_SRVC_CLASS_TYP

SERVICE COVERAGE AREA

DWR_SRVC_COVRG_AREA

SERVICE COVERAGE AREA TYPE

DWL_SRVC_COVRG_AREA_TYP

SERVICE COVERAGE GEO DETAIL

DWR_SRVC_COVRG_GEO_DTL

SERVICE DEPENDENCY

DWR_SRVC_DPNDCY

SERVICE DEVICE INTERFACE ASSIGNMENT

DWR_SRVC_DVC_INTRFC_ASGN

SERVICE EQUIPMENT ASSIGNMENT

DWR_SRVC_EQPMNT_ASGN

SERVICE LEVEL AGREEMENT

DWR_SRVC_LVL_AGRMNT

SERVICE LEVEL AGREEMENT ITEM

DWR_SRVC_LVL_AGRMNT_ITEM

SERVICE LEVEL AGREEMENT TYPE

DWL_SRVC_LVL_AGRMNT_TYP

SERVICE LEVEL OBJECTIVE

DWR_SRVC_LVL_OBJCTV

SERVICE LEVEL SPECIFICATION

DWR_SRVC_LVL_SPECFTN

SERVICE LEVEL SPEC APPLICABILITY

DWR_SRVC_LVL_SPEC_APLBLETY

SERVICE LEVEL SPEC CONSEQUENCE

DWR_SRVC_LVL_SPEC_CNSEQ

SERVICE LEVEL SPEC PARAMETER

DWR_SRVC_LVL_SPEC_PRMTR

SERVICE LEVEL UNMET CONSEQUENCE TYPE

DWL_SRVC_LVL_UNMET_CNSEQ_TYP

SERVICE LR DEPENDENCY

DWR_SRVC_LR_DPNDCY

SERVICE NETWORK ELEMENT ASSIGNMENT

DWR_SRVC_NTWK_ELMNT_ASGN

SERVICE ORDER

DWB_SRVC_ORDR

SERVICE ORDER LINE ITEM

DWB_SRVC_ORDR_LN_ITEM

SERVICE PACKAGE

DWR_SRVC_PKG

SERVICE PACKAGE BUNDLE ASSIGNMENT

No physical table is associated with this entity.

SERVICE PACKAGE BUNDLE DETAIL

DWR_SRVC_PKG_BNDL_DTL

SERVICE PACKAGE SPEC

DWL_SRVC_PKG_SPEC

SERVICE PACKAGE SPEC ATOMIC

DWL_SRVC_PKG_SPEC_ATMC

SERVICE PACKAGE SPEC COMPOSITE

DWL_SRVC_PKG_SPEC_CMPST

SERVICE PERFORMANCE SPEC

DWR_SRVC_PRFMNC_SPEC

SERVICE PR DEPENDENCY

DWR_SRVC_PR_DPNDCY

SERVICE REQUEST

DWB_SRVC_RQST

SERVICE ROLE

DWR_SRVC_RL

SERVICE SPEC

DWR_SRVC_SPEC

SERVICE SPEC ATOMIC

DWR_SRVC_SPEC_ATMC

SERVICE SPEC COMPOSITE

DWR_SRVC_SPEC_CMPST

SERVICE SPEC NETWORK ELEMENT TYPE RELATIONSHIP

DWR_SVCSPEC_NTWK_ELETYP_RLTN

SERVICE SPEC PRODUCT RELATIONSHIP

DWR_SRVC_SPEC_PROD_RLTN

SERVICE SPEC VERSION

DWR_SRVC_SPEC_VRSN

SERVICE SPECIFICATION ROLE

DWR_SRVC_SPECFTN_RL

SERVICE USAGE TYPE

DWL_SRVC_USG_TYP

SET TOP BOX

DWR_SET_TOP_BOX

SET TOP BOX MODEL

DWR_SET_TOP_BOX_MDL

SHARED PACKAGE USAGE STATISTICS DAY DRVD

DWD_SHARED_PKG_USG_STTSTC_DAY

SHARED PACKAGE USAGE STATISTICS MO AGGR

DWA_SHARED_PKG_USG_STTSTC_MO

SHELF

DWR_SHELF

SHOP EFFICIENCY DAY DRVD

DWD_SHOP_EFFNCY_DAY

SHOP EFFICIENCY MONTH AGGR

DWA_SHOP_EFFNCY_MO

SIC ASSIGNMENT

DWR_SIC_ASGN

SIC ASSIGNMENT REASON

DWL_SIC_ASGN_RSN

SIC CLASSIFICATION

DWL_SIC_CLSFCTN

SIC DIVISION

DWR_SIC_DIV

SIC INDUSTRY GROUP

DWL_SIC_INDSTRY_GRP

SIGNALING PROTOCOL

DWR_SGNLNG_PROTCL

SIM CARD

DWR_SIM_CARD

SIM CARD ACCESS METHOD ASSIGNMENT

DWR_SIM_CARD_ACCS_MTHD_ASGN

SIM CARD ACCESS METHOD REASON

DWL_SIM_CARD_ACCS_MTHD_RSN

SIM CARD ACTIVATION REASON

DWL_SIM_CARD_ACTVTN_RSN

SIM CARD ACTIVATION TYPE

DWL_SIM_CARD_ACTVTN_TYP

SIM CARD HANDSET ASSIGNMENT

DWR_SIM_CARD_HNDST_ASGN

SIM CARD SUBSCRIPTION ASSIGNMENT

DWR_SIM_CARD_SBRP_ASGN

SIM CARD SUBSCRIPTION REASON

DWL_SIM_CARD_SBRP_RSN

SIM CARD TYPE

DWL_SIM_CARD_TYP

SITE

DWR_SITE

SITE INTERFACE ROLE

DWR_SITE_INTRFC_RL

SITE TYPE

DWL_SITE_TYP

SKILL TYPE

DWL_SKILL_TYP

SLOT

DWR_SLT

SLOT RELATIONSHIP

DWR_SLT_RLTN

SMS EVENT

DWB_SMS_EVT

SMS RATING PLAN

DWR_SMS_RTNG_PLN

SOC JOB

DWR_SOC_JB

SOC JOB CATEGORY

DWR_SOC_JB_CTGRY

SOC JOB GROUP

DWR_SOC_JB_GRP

SOC JOB MAJOR GROUP

DWR_SOC_JB_MJR_GRP

SOFTWARE

DWR_SOFTWARE

SOFTWARE ATOMIC

DWR_SOFTWARE_ATMC

SOFTWARE COMMAND

DWR_SOFTWARE_CMND

SOFTWARE COMPOSITE

DWR_SOFTWARE_CMPST

SOFTWARE FEATURE SETS

DWR_SOFTWARE_FTR_SETS

SOFTWARE OS RELATIONSHIP

DWR_SOFTWARE_OS_RLTN

SOURCE SYSTEM

DWR_SRC_SYS

SOURCE SYSTEM KEY MAPPING

DWR_SRC_SYS_KEY_MAPPING

SOURCE SYSTEM TYPE

DWL_SRC_SYS_TYP

SPECIFICATION

DWR_SPECFTN

SPECIFICATION ROLE

DWR_SPECFTN_RL

SPECTRUM COVERAGE AREA

DWR_SPTRUM_COVRG_AREA

STATISTICAL ENTITY

DWR_STTSTCL_ENT

SUB NETWORK

DWR_SB_NTWK

SUBSCRIBER ACTIVATION REASON

DWL_SBSCRP_ACTVTN_RSN

SUBSCRIPTION

DWR_SBRP

SUBSCRIPTION ASSIGNMENT

DWR_SBRP_ASGN

SUBSCRIPTION ASSIGNMENT TYPE

DWL_SBRP_ASGN_TYP

SUBSCRIPTION EVENT TYPE

DWL_SBRP_EVT_TYP

SUBSCRIPTION NETWORK ELEMENT ROLE ASSIGNMENT

DWR_SBRP_NTWK_ELMNT_RL_ASGN

SUBSCRIPTION PMP ASSIGNMENT

DWR_SBRP_PMP_ASGN

SUBSCRIPTION PRICE

DWR_SBRP_PRICE

SUBSCRIPTION PRICE ALTERATION

DWR_SBRP_PRICE_ALTRTN

SUBSCRIPTION PRICE CHARGE

DWR_SBRP_PRICE_CHRG

SUBSCRIPTION PRICE PARTY ROLE ASSIGNMENT

DWR_SBRP_PRICE_PRTY_RL_ASGN

SUBSCRIPTION SERVICE CLASS ASSIGNMENT

DWR_SBRP_SRVC_CLASS_ASGN

SUBSCRIPTION STATISTIC MONTH AGGR

DWA_SBRP_STTSTC_MO

SUBSCRIPTION STATUS

DWL_SBRP_STAT

SUBSCRIPTION STATUS CATEGORY

DWL_SBRP_STAT_CTGRY

SUBSCRIPTION STATUS HISTORY

DWB_SBRP_STAT_HIST

SUBSCRIPTION STATUS REASON

DWL_SBRP_STAT_RSN

SUBSCRIPTION TERM TYPE

DWL_SBRP_TERM_TYP

SUBSCRIPTION TERM VALUE

DWB_SBRP_TERM_VAL

SUBSCRIPTION TYPE

DWL_SBRP_TYP

SUBSIDY AMOUNT DRVD

DWD_SUBSDY_AMT

SUBSIDY AMOUNT MONTH AGGR

DWA_SUBSDY_AMT_MO

SUBSIDY TYPE

DWL_SUBSDY_TYP

SUPPLEMENTARY SERVICE

DWR_SPLMNTR_SRVC

SUPPLEMENTARY SERVICE USAGE MONTH AGGR

DWA_SPLMNTR_SRVC_USG_MO

SUPPLEMENTARY SERVICE USAGE MONTH DRVD

DWD_SPLMNTR_SRVC_USG

SURVEY

DWR_SURVEY

SWITCH

DWR_SWTCH

SWITCH CAPABILITY

DWR_SWTCH_CAPBLTY

SWITCH CAPABILITY TYPE

DWL_SWTCH_CAPBLTY_TYP

SWITCH COMMAND

DWR_SWTCH_CMMND

SWITCH ROUTING DEVICE ASSIGNMENT

DWR_SWTCH_RUTNG_DVC_ASGN

SWITCH TYPE

DWL_SWTCH_TYP

SWITCHING PROTOCOL

DWR_SWTCHNG_PROTCL

SWITCHING ROLE

DWR_SWTCHNG_RL

SWOT TYPE

DWL_SWOT_TYP

TAP IN WIRELESS ROAMING EVENT

DWB_TAP_IN_WRLS_RMNG_EVT

TAP OUT WIRELESS ROAMING EVENT

DWB_TAP_OUT_WRLS_RMNG_EVT

TARGET ACCESS METHOD

DWR_TRGT_ACCS_MTHD

TARGET ACCOUNT

DWR_TRGT_ACCT

TARGET CONTRACT

DWR_TRGT_CNRT

TARGET GEOGRAPHY AREA

DWR_TRGT_GEO_AREA

TARGET MARKET SEGMENT

DWR_TRGT_MKT_SGMNT

TARGET TYPE

DWL_TRGT_TYP

TAX AUTHORITY

DWR_TAX_AUTH

TAX CATEGORY

DWL_TAX_CTGRY

TAX EXEMPT

DWL_TAX_EXMPT

TCH TYPE

DWL_TCH_TYP

TECHNOLOGY

DWL_TECH

TECHNOLOGY TYPE

DWL_TECH_TYP

TELEPHONE NUMBER

DWR_PHONE_NBR

TELEPHONE NUMBER POOL

DWR_PHONE_NBR_POOL

TEMPLATE SERVICE LEVEL SPEC

DWR_TEMPLATE_SRVC_LVL_SPEC

TERMINATION POINT

DWR_TMNT_PNT

TIME BAND

DWL_TIME_BND

TIME SLOT

DWR_TIME_SLT

TIME STANDARD BY DAY

DWR_TIME_STNDRD_BY_DAY

TIME STANDARD BY WEEK

DWR_TIME_STNDRD_BY_WK

TIME ZONE

DWL_TIME_ZN

TRAIL

DWR_TRAIL

TRAIL TERMINATION POINT

DWR_TRAIL_TMNT_PNT

TV CHANNEL

DWR_TV_CHNL

UMS ACCESS TYPE

DWL_UMS_ACCS_TYP

UMS EVENT

DWB_UMS_EVT

UMS EVENT TYPE

DWL_UMS_EVT_TYP

UNIT OF MEASURE

DWL_UOM

URBAN PROPERTY ADDRESS

DWR_URBN_PRPTY_ADDR

USER

DWR_USER

VALUE ADDED SERVICE

DWR_VAL_ADD_SRVC

VALUE CUSTOM

DWR_VAL_CSTM

VALUE STANDARD

DWR_VAL_STNDRD

VALUE TYPE

DWL_VAL_TYP

VARIABLE CUSTOM

DWR_VARBLE_CSTM

VARIABLE STANDARD

DWR_VARBLE_STNDRD

VAS SUBSCRIPTION

DWR_VAS_SBRP

VAS SUBSCRIPTION QUICK SUMMARY DRVD

DWD_VAS_SBRP_QCK_SUMM

VAS SUBSCRIPTION QUICK SUMMARY MO AGGR

DWA_VAS_SBRP_QCK_SUMM_MO

VAS USAGE DAY DRVD

DWD_VAS_USG_DAY

VAS USAGE MONTH AGGR

DWA_VAS_USG_MO

VENDOR

DWR_VNDR

VENDOR APPOINTMENT

DWB_VNDR_APNMNT

VENDOR CLASS

DWL_VNDR_CLASS

VENDOR CONTRACT

DWR_VNDR_CNRT

VENDOR FACTOR COMPANY ASSIGNMENT

DWR_VNDR_FCTR_CMPNY_ASGN

VENDOR RATING

DWR_VNDR_RTNG

VENDOR RATING TYPE

DWL_VNDR_RTNG_TYP

VENDOR SITE

DWR_VNDR_SITE

VENDOR SITE COURIER ASSIGNMENT

DWR_VNDR_SITE_COURIER_ASGN

VENDOR SITE TYPE

DWL_VNDR_SITE_TYP

VIRTUAL TEAM

DWR_VRTL_TEAM

VOICE CALL DAY DRVD

DWD_VOI_CALL_DAY

VOICE CALL MONTH AGGR

DWA_VOI_CALL_MO

VOICE MESSAGE SERVICE

DWR_VOI_MSG_SRVC

VOIP CALL EVENT

DWB_VOIP_CALL_EVT

VOLUME BAND

DWL_VOL_BND

VPN LOGICAL DEVICE ROLE

DWR_VPN_LGICL_DVC_RL

WAN PROTOCOL

DWR_WAN_PROTCL

WEATHER CONDITION

DWR_WEATHR_CNDTN

WEB PAGE

DWR_WEB_PG

WEB PAGE CONTENT

DWR_WEB_PG_CNTNT

WEB PAGE TYPE

DWL_WEB_PG_TYP

WEEK TODATE TRANSFORMATION

DWR_WK_TODATE_TRANS

WEEK TRANSFORMATION

DWR_WK_TRANS

WEEKDAY

DWR_WKDAY

WIRELESS CALL EVENT

DWB_WRLS_CALL_EVT

WIRELESS CONTENT DOWNLOADING EVENT

DWB_WRLS_CNTNT_DNLDG_EVT

WIRELESS NETWORK ELEMENT

DWR_WRLS_NTWK_ELMNT

WIRELESS RATING PLAN

DWR_WRLS_RTNG_PLN

WIRELESS ROAMING EVENT

DWB_WRLS_RMNG_EVT

WIRELESS ROAMING EVENT BATCH

DWB_WRLS_RMNG_EVT_BTCH

WIRELESS SPECTRUM

DWR_WRLS_SPTRUM

YEAR TRANSFORMATION

DWR_YR_TRANS

6 Oracle Communications Data Model Partitioning

This chapter provides the partitioning strategy for the Oracle Communications Data Model physical base, derived, and aggregate tables.

This chapter includes the following section:

About Oracle Communications Data Model Partitioning, Compression, and Parallelism

Partitioning Strategy for Oracle Communications Data Model

About Oracle Communications Data Model Partitioning, Compression, and Parallelism

All base, derived, and aggregate tables are partitioned, with the (standard) compression and parallel option activated by default. These tables are partitioned due to their nature (size) for performance and scalability and to improve performance. The default partition method used is INTERVAL partitioning, which creates automatically equi-sized partitions as data arrives. For partitioning, usually, a column of data type DATE is used (DAY or MONTH level).

If Exadata is used with the Hybrid Columnar Compression option, the option is leveraged for use with Oracle Communications Data Model.

For more information, see Oracle Communications Data Model Implementation and Operations Guide.

Partitioning Strategy for Oracle Communications Data Model

Table 6-1 shows the partitioning strategy for the Oracle Communications Data Model physical base, derived, and aggregate tables.

Table 6-1 Physical Data Model Partitioning

Physical Table Name
Partition Key Column
Partition Level
Default Tablespace Name

DWA_ACCT_DEBT_MO

DT

Quarter

TBS_MV

DWA_ACCT_PYMT_MO

DT

Quarter

TBS_MV

DWA_ACCT_PYMT_MTHD_STAT_HIST

DT

Quarter

TBS_MV

DWA_ACCT_RFND_MO

DT

Quarter

TBS_MV

DWA_ACCT_STAT_TYP

DT

Quarter

TBS_MV

DWA_ACCT_STTSTC_TYP

DT

Quarter

TBS_MV

DWA_ARPU_BASE_CUST_TYP

DT

Quarter

TBS_MV

DWA_BER_FER_ERR_RATIO_MO

DT

Quarter

TBS_MV

DWA_CALL_CNTR_CALL_MO

DT

Quarter

TBS_MV

DWA_CALL_CNTR_CASE_MO

DT

Quarter

TBS_MV

DWA_CANBLZTN_DTL_MO

DT

Quarter

TBS_MV

DWA_CELL_STTSTC_MO

DT

Quarter

TBS_MV

DWA_CMISN_MO

DT

Quarter

TBS_MV

DWA_CNCT_DSCNCT_MO

DT

Quarter

TBS_MV

DWA_CNRT_MO

DT

Quarter

TBS_MV

DWA_COST_CUST_MO

DT

Quarter

TBS_MV

DWA_COST_ORG_MO

DT

Quarter

TBS_MV

DWA_CRDT_CTGRY_MO

DT

Quarter

TBS_MV

DWA_CUST_ACQSTN_SUMM_MO

DT

Quarter

TBS_MV

DWA_CUST_DEBT_COLLCTN_MO

DT

Quarter

TBS_MV

DWA_CUST_EQPMNT_INSTLTN_MO

DT

Quarter

TBS_MV

DWA_DATA_USG_MO

DT

Quarter

TBS_MV

DWA_EXTRNL_DEBT_COLLCTN_MO

DT

Quarter

TBS_MV

DWA_GIVE_AWAY_ITEM_MO

DT

Quarter

TBS_MV

DWA_GPRS_PCU_MO

DT

Quarter

TBS_MV

DWA_GPRS_SRVCS_MO

DT

Quarter

TBS_MV

DWA_HNDST_STCK_MO

DT

Quarter

TBS_MV

DWA_HNDST_SUBSDY_MO

DT

Quarter

TBS_MV

DWA_INTRNL_DEBT_COLLCTN_MO

DT

Quarter

TBS_MV

DWA_INVC_ADJ_MO

DT

Quarter

TBS_MV

DWA_INVC_CUST_TYP

DT

Quarter

TBS_MV

DWA_IN_PLTFRM_MO

DT

Quarter

TBS_MV

DWA_LN_ACTVTN_TMNT_MO

DT

Quarter

TBS_MV

DWA_LYLTY_PROG_MO

DT

Quarter

TBS_MV

DWA_MKT_SHARE

DT

Quarter

TBS_MV

DWA_MSC_TRFC_MO

DT

Quarter

TBS_MV

DWA_NBR_PRT_MO

DT

Quarter

TBS_MV

DWA_NTWK_AVLBLTY_MO

DT

Quarter

TBS_MV

DWA_NTWK_TCHPNT_MO

DT

Quarter

TBS_MV

DWA_PRPD_ACCT_STTSTC_SGMNT

DT

Quarter

TBS_MV

DWA_PRPD_ALWNCE_MO

DT

Quarter

TBS_MV

DWA_PRPD_CALL_SUMM_MO

DT

Quarter

TBS_MV

DWA_PRTNR_STLMNT_MO

DT

Quarter

TBS_MV

DWA_PYMT_AGNG_MO

DT

Quarter

TBS_MV

DWA_RDMPTN_MO

DT

Quarter

TBS_MV

DWA_RF_NTWK_CPCTY_MO

DT

Quarter

TBS_MV

DWA_SHARED_PKG_USG_STTSTC_MO

DT

Quarter

TBS_MV

DWA_SHOP_EFFNCY_MO

DT

Quarter

TBS_MV

DWA_SL_CMPGN_SUMM_MO

DT

Quarter

TBS_MV

DWA_SL_MO

DT

Quarter

TBS_MV

DWA_SPLMNTR_SRVC_USG_MO

DT

Quarter

TBS_MV

DWA_SUBSDY_AMT_MO

DT

Quarter

TBS_MV

DWA_VAS_SBRP_QCK_SUMM_MO

DT

Quarter

TBS_MV

DWA_VAS_USG_MO

DT

Quarter

TBS_MV

DWA_VOI_CALL_MO

DT

Quarter

TBS_MV

DWB_ACCS_MTHD_PORT_HIST

ACT_CTVR_DT

MONTH

TBS_BASE

DWB_ACCS_MTHD_STAT_HIST

EFF_FROM_DT

MONTH

TBS_BASE

DWB_ACCT_BAL_HIST

BAL_DT

MONTH

TBS_BASE

DWB_ACCT_COST

INCURR_DT

MONTH

TBS_BASE

DWB_ACCT_CRDT_LMT

EFF_FROM_DT

MONTH

TBS_BASE

DWB_ACCT_MNGMNT_HIST

ASGN_STRT_DT

MONTH

TBS_BASE

DWB_ACCT_PMP_PRTCPTN_HIST

RLTN_STRT_DT

MONTH

TBS_BASE

DWB_ACCT_PYMT

PYMT_DT

MONTH

TBS_BASE

DWB_ACCT_PYMT_MTHD_STAT

EFF_FROM_DT

MONTH

TBS_BASE

DWB_ACCT_RFND

PYMT_DT

MONTH

TBS_BASE

DWB_ACCT_STAT_HIST

EFF_FROM_DT

MONTH

TBS_BASE

DWB_APNMNT_CLNDR

DAY_KEY

DAY

TBS_BASE

DWB_BLK_LST_HIST

EFF_FROM_DT

MONTH

TBS_BASE

DWB_BRDBND_USG_EVT

EVT_BEGIN_DT

DAY

TBS_BASE

DWB_BSNS_UNIT_COST

INCURR_DT

MONTH

TBS_BASE

DWB_CELL_SITE_COST

INCURR_DT

MONTH

TBS_BASE

DWB_CHNL_COST

INCURR_DT

MONTH

TBS_BASE

DWB_CMPGN_COST

INCURR_DT

MONTH

TBS_BASE

DWB_CMPGN_MSG_CRTVE

CRTN_DT

MONTH

TBS_BASE

DWB_CNCT_LST_COST

INCURR_DT

MONTH

TBS_BASE

DWB_CNRT_APRVL

CNRT_APRVL_DT

MONTH

TBS_BASE

DWB_CNRT_STAT

EFF_FROM_DT

MONTH

TBS_BASE

DWB_CNRT_TERM_VAL

TERM_PRD_STRT_DT

MONTH

TBS_BASE

DWB_CNTNT_DLVRY_EVT

EVT_BEGIN_DT

DAY

TBS_BASE

DWB_COST

INCURR_DT

MONTH

TBS_BASE

DWB_COST_CNTR_BDGT

EFF_FROM_DT

MONTH

TBS_BASE

DWB_CRCUT_RNTL

EFF_FROM_DT

MONTH

TBS_BASE

DWB_CRCUT_TRFC

EFF_STRT_DT

MONTH

TBS_BASE

DWB_CUST_COST

INCURR_DT

MONTH

TBS_BASE

DWB_CUST_FLD_INSTLTN

FLD_ACTVTY_STRT_DT

MONTH

TBS_BASE

DWB_CUST_FLD_SPPRT

FLD_ACTVTY_STRT_DT

MONTH

TBS_BASE

DWB_CUST_FLD_SRVC_ACTVTY

FLD_ACTVTY_STRT_DT

MONTH

TBS_BASE

DWB_CUST_FLD_SRVC_DTL

ACTN_DT

MONTH

TBS_BASE

DWB_CUST_ORDR

ORGNL_ORDR_DT

MONTH

TBS_BASE

DWB_CUST_ORDR_LN_ITEM

ORGNL_ORDR_DT

MONTH

TBS_BASE

DWB_CUST_ORDR_LN_ITEM_ST_ASGN

ORDR_LN_ITEM_STATE_BEGIN_DT

MONTH

TBS_BASE

DWB_CUST_ORDR_PYMT

PYMT_DT

MONTH

TBS_BASE

DWB_CUST_ORDR_STATE_ASGN

ORDR_STATE_BEGIN_DT

MONTH

TBS_BASE

DWB_DATA_SRVC_EVT

EVT_BEGIN_DT

DAY

TBS_BASE

DWB_DEBT_COLLCTN

INTRACN_THRD_STRT_DT

MONTH

TBS_BASE

DWB_DEBT_COLLCTN_ASGN

ASGN_DT

MONTH

TBS_BASE

DWB_DEBT_COLLCTN_ASGN_BTCH

ASGN_DT

MONTH

TBS_BASE

DWB_EMP_ACT_LBR_HRLY

DAY_KEY

DAY

TBS_BASE

DWB_EMP_ACT_LBR_SALARIED

DAY_KEY

DAY

TBS_BASE

DWB_EMP_COST

INCURR_DT

MONTH

TBS_BASE

DWB_EMP_TRNG_REC

TRNG_STRT_DT

MONTH

TBS_BASE

DWB_EQPMNT_CNTR_COST

INCURR_DT

MONTH

TBS_BASE

DWB_EQPMNT_INSTNC_STAT_HIST

EFF_BEGIN_DT

MONTH

TBS_BASE

DWB_EVT

STRT_DT

DAY

TBS_BASE

DWB_EVT_ACCS_MTHD_ACTVTY

STRT_DT

DAY

TBS_BASE

DWB_EVT_ACCT

STRT_DT

MONTH

TBS_BASE

DWB_EVT_ASGN

EFF_FROM_DT

DAY

TBS_BASE

DWB_EVT_COST

INCURR_DT

MONTH

TBS_BASE

DWB_EVT_CRCUT_RNTL

STRT_DT

MONTH

TBS_BASE

DWB_EVT_EMP_PYRL

STRT_DT

MONTH

TBS_BASE

DWB_EVT_EQPMNT_INSTNC

STRT_DT

MONTH

TBS_BASE

DWB_EVT_FINCL

STRT_DT

MONTH

TBS_BASE

DWB_EVT_GEO

STRT_DT

MONTH

TBS_BASE

DWB_EVT_GFT_RDMPTN

STRT_DT

MONTH

TBS_BASE

DWB_EVT_INVC_DLVRY

STRT_DT

MONTH

TBS_BASE

DWB_EVT_LYLTY_PROG

STRT_DT

MONTH

TBS_BASE

DWB_EVT_LYLTY_PROG_ACMLTN

STRT_DT

MONTH

TBS_BASE

DWB_EVT_LYLTY_PROG_RDMPTN

STRT_DT

MONTH

TBS_BASE

DWB_EVT_PROD_PKG

STRT_DT

MONTH

TBS_BASE

DWB_EVT_PRPD_MBL

STRT_DT

MONTH

TBS_BASE

DWB_EVT_PRTY_ASGN

EFF_DT

DAY

TBS_BASE

DWB_EVT_PRTY_INTRACN

STRT_DT

MONTH

TBS_BASE

DWB_EVT_PRTY_INTRACN_CALL

STRT_DT

MONTH

TBS_BASE

DWB_EVT_PRTY_INTRACN_EML

STRT_DT

MONTH

TBS_BASE

DWB_EVT_PRTY_INTRACN_LTTR

STRT_DT

MONTH

TBS_BASE

DWB_EVT_PRTY_INTRACN_VST

STRT_DT

MONTH

TBS_BASE

DWB_EVT_PRTY_PRFL

STRT_DT

MONTH

TBS_BASE

DWB_EVT_SBRP

STRT_DT

MONTH

TBS_BASE

DWB_EVT_SBRP_CHNG

STRT_DT

MONTH

TBS_BASE

DWB_EVT_SIM_CARD

STRT_DT

MONTH

TBS_BASE

DWB_EVT_STAT

EFF_FROM_DT

DAY

TBS_BASE

DWB_EVT_WEB_RGSTRN

STRT_DT

MONTH

TBS_BASE

DWB_FIXED_LN_CALL_EVT

EVT_BEGIN_DT

DAY

TBS_BASE

DWB_IDD_CALL_EVT

EVT_BEGIN_DT

MONTH

TBS_BASE

DWB_INTRNT_ACCS_EVT

EVT_BEGIN_DT

MONTH

TBS_BASE

DWB_INVC

BLLG_DT

MONTH

TBS_BASE

DWB_INVC_ADJ

STRT_DT

MONTH

TBS_BASE

DWB_INVC_DISC

BLLG_DT

MONTH

TBS_BASE

DWB_INVC_ITEM

BLLG_DT

MONTH

TBS_BASE

DWB_INVC_ITEM_DTL

BLLG_DT

MONTH

TBS_BASE

DWB_INVC_PYMT_ASGN

EFF_FROM_DT

MONTH

TBS_BASE

DWB_ISP_USG_EVT

EVT_BEGIN_DT

MONTH

TBS_BASE

DWB_LYLTY_PROG_PTS_BAL

EFF_FROM_DT

MONTH

TBS_BASE

DWB_MDTD_CALL_EVT

EVT_BEGIN_DT

DAY

TBS_BASE

DWB_MEDIA_OBJ_COST

INCURR_DT

MONTH

TBS_BASE

DWB_MKT_PLN_MGMT

MNG_ACTN_DT

MONTH

TBS_BASE

DWB_MMS_EVT

EVT_BEGIN_DT

DAY

TBS_BASE

DWB_MNT_ALLWNC

BAL_DT

MONTH

TBS_BASE

DWB_NP_RQST_HDR

APLCTN_DT

MONTH

TBS_BASE

DWB_NP_RQST_LN_ITEM

NP_STEP_STRT_DT

MONTH

TBS_BASE

DWB_NP_RQST_LN_ITEM_STATE_HIST

EFF_FROM_DT

MONTH

TBS_BASE

DWB_NP_RQST_STATE_HIST

EFF_FROM_DT

MONTH

TBS_BASE

DWB_NTWK_ELMNT_COST

INCURR_DT

MONTH

TBS_BASE

DWB_NTWK_EVT

EVT_BEGIN_DT

DAY

TBS_BASE

DWB_NTWK_FLT

OPEN_DT

MONTH

TBS_BASE

DWB_PRMTN_COST

INCURR_DT

MONTH

TBS_BASE

DWB_PRMTN_MGMT_HIST

EFF_FROM_DT

MONTH

TBS_BASE

DWB_PRMTN_TERM_VAL

TERM_PRD_STRT

MONTH

TBS_BASE

DWB_PROD_COST

INCURR_DT

MONTH

TBS_BASE

DWB_PROD_MKT_PLN_COST

INCURR_DT

MONTH

TBS_BASE

DWB_PRPD_RCHRG

PYMT_DT

MONTH

TBS_BASE

DWB_PRTY_AM_PMP_ASGN_HIST

ASGN_BEGIN_DT

MONTH

TBS_BASE

DWB_PRTY_AM_PMP_ASGN_STAT

ASGN_BEGIN_DT

MONTH

TBS_BASE

DWB_PRTY_INTRACN_THRD

INTRACN_THRD_STRT_DT

MONTH

TBS_BASE

DWB_PRTY_ORDR_ASGN

EFF_FROM_DT

MONTH

TBS_BASE

DWB_PRTY_PRMTN_RESPN

RESPN_DT

MONTH

TBS_BASE

DWB_PRTY_STAT_HIST

EFF_FROM_DT

MONTH

TBS_BASE

DWB_PTV_FULL_CHNL_ACTVTN

EVT_BEGIN_DT

MONTH

TBS_BASE

DWB_PTV_QPI_SRVC_EVT

EVT_BEGIN_DT

MONTH

TBS_BASE

DWB_PTV_USG_EVT

EVT_BEGIN_DT

MONTH

TBS_BASE

DWB_SBRP_STAT_HIST

EFF_FROM_DT

MONTH

TBS_BASE

DWB_SBRP_TERM_VAL

TERM_PRD_STRT_DT

MONTH

TBS_BASE

DWB_SL_CMISN_DTL

EFF_FROM_DT

MONTH

TBS_BASE

DWB_SL_CMISN_PYRL

PAY_DT

MONTH

TBS_BASE

DWB_SMS_EVT

EVT_BEGIN_DT

DAY

TBS_BASE

DWB_SRVC_RQST

INTRACN_THRD_STRT_DT

MONTH

TBS_BASE

DWB_UMS_EVT

EVT_BEGIN_DT

DAY

TBS_BASE

DWB_VNDR_APNMNT

VNDR_APNMNT_DT

MONTH

TBS_BASE

DWB_VOIP_CALL_EVT

EVT_BEGIN_DT

DAY

TBS_BASE

DWB_WRLS_CALL_EVT

EVT_BEGIN_DT

DAY

TBS_BASE

DWB_WRLS_CNTNT_DNLDG_EVT

EVT_BEGIN_DT

MONTH

TBS_BASE

DWD_ACCT_DEBT_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_ACCT_PYMT_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_ACCT_PYMT_MTHD_STAT_HIST

MO_KEY

MONTH

TBS_DERIVED

DWD_ACCT_RFND_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_ACCT_STAT

MO_KEY

MONTH

TBS_DERIVED

DWD_ACCT_STTSTC

MO_KEY

MONTH

TBS_DERIVED

DWD_ARPU_BASE

MO_KEY

MONTH

TBS_DERIVED

DWD_BER_FER_ERR_RATIO_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_CALL_CNTR_CALL_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_CALL_CNTR_CASE_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_CANBLZTN_DTL_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_CELL_STTSTC_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_CHRN_PRDCT_SRC

MO_KEY

MONTH

TBS_DERIVED

DWD_CMISN_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_CNCT_DSCNCT_DAY

DAY_KEY

DAY

TBS_DERIVED

DWD_CNRT

MO_KEY

MONTH

TBS_DERIVED

DWD_CNRT_CHNG

MO_KEY

MONTH

TBS_DERIVED

DWD_COST_CUST

MO_KEY

MONTH

TBS_DERIVED

DWD_COST_ORG

MO_KEY

MONTH

TBS_DERIVED

DWD_CRDT_CTGRY

MO_KEY

MONTH

TBS_DERIVED

DWD_CUST_ACQSTN_SUMM_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_CUST_DEBT_COLLCTN

MO_KEY

MONTH

TBS_DERIVED

DWD_CUST_EQPMNT_INSTLTN_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_DATA_USG_DAY

DAY_KEY

DAY

TBS_DERIVED

DWD_EXTRNL_DEBT_COLLCTN_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_GIVE_AWAY_ITEM_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_GPRS_PCU_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_GPRS_SRVCS_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_HNDST_STCK_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_HNDST_SUBSDY_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_INTRNL_DEBT_COLLCTN_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_INVC

MO_KEY

MONTH

TBS_DERIVED

DWD_INVC_ADJ

MO_KEY

MONTH

TBS_DERIVED

DWD_IN_PLTFRM_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_LN_ACTVTN_TMNT_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_LYLTY_PROG_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_MKT_OPRTR_PRTNG

MO_KEY

MONTH

TBS_DERIVED

DWD_MKT_SHARE

MO_KEY

MONTH

TBS_DERIVED

DWD_MSC_TRFC_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_NBR_PRT_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_NTWK_AVLBLTY_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_NTWK_TCHPNT

MO_KEY

MONTH

TBS_DERIVED

DWD_PRPD_ACCT_STTSTC

MO_KEY

MONTH

TBS_DERIVED

DWD_PRPD_ALWNCE_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_PRPD_CALL_SUMM_DAY

DAY_KEY

DAY

TBS_DERIVED

DWD_PRTNR_STLMNT

MO_KEY

MONTH

TBS_DERIVED

DWD_PYMT_AGNG_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_RDMPTN_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_RF_NTWK_CPCTY_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_SBCRBR_CHRN_STTSTC

MO_KEY

MONTH

TBS_DERIVED

DWD_SHARED_PKG_USG_STTSTC_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_SHOP_EFFNCY_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_SL_CMPGN_SUMM_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_SL_DAY

MO_KEY

MONTH

TBS_DERIVED

DWD_SL_RPRSTV_STTSTC

MO_KEY

MONTH

TBS_DERIVED

DWD_SPLMNTR_SRVC_USG

MO_KEY

MONTH

TBS_DERIVED

DWD_SUBSDY_AMT

MO_KEY

MONTH

TBS_DERIVED

DWD_VAS_SBRP_QCK_SUMM

MO_KEY

MONTH

TBS_DERIVED

DWD_VAS_USG_DAY

DAY_KEY

DAY

TBS_DERIVED

DWD_VOI_CALL_DAY

DAY_KEY

DAY

TBS_DERIVED

Part II

Intra-ETL, OLAP, Data Mining, and Utility Scripts

This part provides information on Oracle Communications Data Model Intra-ETL Mapping, OLAP, Data Mining, and Utility Scripts.

Part II contains the following chapters:

Chapter 7, "Oracle Communications Data Model Intra-ETL"

Chapter 8, "Oracle Communications Data Model OLAP Model Dimensions"

Chapter 9, "Oracle Communications Data Model OLAP Model Cubes"

Chapter 10, "Oracle Communications Data Model Data Mining Models"

Chapter 11, "Oracle Communications Data Model Utility Scripts"

7 Oracle Communications Data Model Intra-ETL

This chapter includes the following sections:

Introduction to Oracle Communications Data Model Intra-ETL

Value Lookup Models for ETL Mappings

Intra-ETL Source and Target Tables

Intra-ETL PL/SQL Mapping Packages for Source and Target Tables

Intra-ETL Process Flows

Introduction to Oracle Communications Data Model Intra-ETL

In Oracle Communications Data Model, reference and lookup tables store master, reference, and dimensional data; and the base, derived, and aggregate tables store transaction and fact data at different granularities. The base tables store the transaction data at the lowest level of granularity, while the derived and aggregate tables store consolidated and summary transaction data.

Two types of Extract, Transform, and Load (ETL) operations populate the tables with data. The source-ETL operations populate the reference, lookup, and base tables with data from the source On-Line Transaction Processing (OTLP) applications. Additional Intra-ETL operations populate the derived and aggregate tables with the data in the base, reference, and lookup tables. While the source ETL operations are not a part of Oracle Communications Data Model, the Intra-ETL operations are.

There are two categories of Intra-ETL operations (scripts):

Derived Population: A database package containing scripts that populate the derived tables based on the content of the base, reference, and lookup tables.

Aggregate Population: A database package containing scripts to refresh the Oracle Communications Data Model aggregate tables, mostly Materialized Views, based on the content of the derived tables and some reference tables.

Derived tables are implemented using Oracle tables, while the Aggregate tables are implemented using Materialized Views.

Note:

Changes to intra-ETL cannot be supported. But it is expected that if the business needs require a change in the business logic of the intra-ETLs, some customer adaptations could be necessary even if they are not be supported.

The INTRA_ETL_FLW is actually a process flow designed using the Oracle Warehouse Builder Workflow component which includes the dependency of each individual sub process flow and executes each process flow in the proper order. The result of each table loading is tracked in DWC_ control tables.

For more information, see "Intra-ETL Process Flows" and Oracle Communications Data Model Implementation and Operations Guide.

Value Lookup Models for ETL Mappings

Oracle Communications Data Model Value_Lookup values contains the Lookup tables and its values which are used in Intra-ETL mapping. Hardcoded values contains the list of tables and values which are used in Join conditions & Filter conditions in Intra-ETL mapping.

Table 7-1 Shows the lookup tables and values which are used in Intra-ETL mapping.

Table 7-1 Value Lookup Values for Intra-ETL Mapping

SI No.
Hard Coded Value Table Name
Hard Coded Value Column
Value used
ETL Program Name
ETL Usage Type

1

DWB_ACCT_DEBT_DTL

ACCT_DEBT_DTL_TYP_CD

BILL, PNLTY

DWD_ACCT_DEBT_DAY

Hardcoded

2

DWB_ACCT_PYMT

PYMT_MTHD_TYP_CD

BNK

DWD_ACCT_PYMT_DAY

Hardcoded

3

DWB_ACCT_PYMT

PYMT_TRX_TYP_CD

LTPAY, DPST, PNLTY, INVC

DWD_ACCT_PYMT_DAY

Hardcoded

4

DWB_EVT_ACCT

ACCT_EVT_TYP_CD

CRT, VOLDEACT, VOLSUSP, RECNCT, RFSUS, TMNT, INDEACT, DISCNCTN, INSUSP, ACTVTN

DWD_ACCT_STAT

Hardcoded

5

DWR_PROD

PROD_CD

PAYTV, HOMTEL, IDD, WRLS, BRDBND

DWD_ACCT _STTSTC

Hardcoded

6

DWB_ACCT_STAT_HIST

ACCT_STAT_TYP_CD

CHRN

DWD_ACCT _STTSTC

Hardcoded

7

DWB_EVT_LYLTY_PROG

LYLTY_PROG_EVT_TYP_CD

ACMLTN, RDMPTN

DWD_ACCT _STTSTC

Hardcoded

8

DWB_INVC_ITEM

PROD_CHRG_TYP_CD

SRVC, SLPROD, AIRTM

DWD_ARPU_BASE

Hardcoded

9

DWB_COST

COST_SUBTYP_CD

AQSNCOST, RETNCOST, CCNTCOST, OPRNCOST

DWD_ARPU_BASE

Hardcoded

10

DWB_EVT_PRTY_INTRACN_CALL

INTRACN_RSN_CD

CUSTCOMP

DWD_CALL_CNTR_CALL_DAY

Hardcoded

INTRACN_RSLT_TYP_CD

RESLVD, PNDNG

DWD_CALL_CNTR_CALL_DAY

Hardcoded

11

DWR_CNRT_ASGN

CNRT_ASGN_RSN_CD

OPINIT, CUSTCHNG

DWD_CANBLZTN_DTL_DAY

Hardcoded

14

DWD_CNRT_CHNG_MO

CNRT_CHNG_TYP_CD

RPLC, TMNT

DWD_CNRT

Hardcoded

15

DWB_INVC_ITEM

INVC_ITEM_TYP_CD

MTHLYFEE, PNLTY

DWD_CNRT

Hardcoded

16

DWR_CMPGN

CMPGN_PRPS

ACQR, RTNTN

DWD_CNRT

Hardcoded

17

DWR_PRMTN

PRMTN_TYP_CD

PRMM

DWD_CNRT

Hardcoded

18

DWB_CNRT_TERM_VAL

CNRT_TERM_TYP_CD

MONAMT

DWD_CNRT_CHNG

Hardcoded

19

DWR_CNRT_ASGN

CNRT_ASGN_TYP_CD

RPLC

DWD_CNRT_CHNG

Hardcoded

20

DWB_CNRT_STAT

CNRT_STAT_TYP_CD

TMNT

DWD_CNRT_CHNG

Hardcoded

CNRT_STAT_RSN_CD

PRMTN, PRODUPGD, CMPLN

DWD_CNRT_CHNG

Hardcoded

21

DWB_CUST_COST

COST_SUBTYP_CD

AQSNCOST, RETNCOST, CMSN, NTWKCOST, CCCOST, RHCOGS, AHCOGS, ACMSNP, ACMSNC, DMREPY, DMCNRT, OTRCOST, SCCPREPY, SCCCNRT, SLNGCOST, OPRNCOST

DWD_COST_CUST

Hardcoded

22

DWB_BSNS_UNIT_COST

COST_SUBTYP_CD

OTRCOST, OPRNCOST, INSTCOST, ADVRCOST, CBUDGET, CATNCOST

DWD_COST_ORG

Hardcoded

23

DWB_CNRT_TERM_VAL

CNRT_TERM_TYP_CD

CNRTVAL

DWD_CUST_ACQSTN_SUMM_DAY

Hardcoded

24

DWB_EVT_SBRP

EVT_TYP_CD

ACTV, TMNT

DWD_CUST_ACQSTN_SUMM_DAY

Hardcoded

25

DWB_ACCT_DEBT_DTL

ACCT_DEBT_DTL_TYP_CD

PNLTY

DWD_EXTRNL_DEBT_COLLCTN_DAY

Hardcoded

26

DWR_ITEM

ITEM_TYPE_CD

HNDST

DWD_HNDST_SUBSDY_DAY

Hardcoded

27

DWR_PROD

PROD_NAME

HANDSET

DWD_HNDST_SUBSDY_DAY

Hardcoded

28

DWB_ACCT_DEBT_DTL

ACCT_DEBT_DTL_TYP_CD

PNLTY

DWD_INTRNL_DEBT_COLLCTN_DAY

Hardcoded

29

DWB_EVT_ACCT

ACCT_EVT_TYP_CD

CRT, TMNATMPT, TMNT

DWD_LN_ACTVTN_TMNT_DAY

Hardcoded

30

DWR_CMPGN

CMPGN_PRPS_TYP_CD

RTNTN, CONDATE

DWD_LN_ACTVTN_TMNT_DAY

Hardcoded

31

DWB_MNT_ALLWNC

PPA_CTGRY_CD

FLANSWER, FLCALL

DWD_PRPD_ALWNCE_DAY

Hardcoded

32

DWR_PROD_MKT_PLN

PROD_MKT_PLN_TYP_CD

PRPD

DWD_PRPD_CALL_SUMM_DAY

Hardcoded

33

DWR_EVT_PRTY_RL

EVT_PRTY_RL_CD

OPRT

DWD_RDMPTN_DAY

Hardcoded

34

DWB_UMS_EVT

UMS_EVT_TYP_CD

RCVD, DEL

DWD_VAS_USAGE_DAY

Hardcoded

35

DWB_WRLS_CALL_EVT

DVRT_RTRV_TYP_CD

RTRV, DVRT

DWD_VAS_USAGE_DAY

Hardcoded

36

DWB_EVT_LYLTY_PROG

LYLTY_PROG_EVT_TYP_CD

ACMLTN

DWD_SBCRBR_CHRN_STTSTC

Hardcoded

37

DWB_WRLS_CALL_EVT

CALL_TMNT_RSN_CD

DRPD, CNCL

Hardcoded

38

DWB_CNRT_TERM_VAL

CNRT_TERM_TYP_CD

NBRLNS

DWD_SHRD_PKG_USG_STTSTC_DAY

Hardcoded

39

DWR_PROD_CAPBLTY

PROD_CAPBLTY_CD

NBRLNS

DWD_SHRD_PKG_USG_STTSTC_DAY

Hardcoded

40

DWB_EVT

EVT_RSLT_CD

SUCC, FAIL

DWD_SL_RPRSTV_STTSTC_MO

Hardcoded

41

DWR_PROD_MKT_PLN_ASGN

PROD_MKT_PLN_ASGN_CD

GIFT

DWD_SUBSDY_AMT

Hardcoded

44

DWR_PROD

PROD_NAME

CALL, SMS, MMS

DWD_SUBSDY_AMT

Hardcoded

1

DWL_DEBT_AGNG_BND

DEBT_AGNG_BND_CD

DAB1, DAB3, DAB2, DAB4,

DWD_ACCT_DEBT_DAY, DWD_ACCT_STTSTC, DWD_CRDT_CTGRY_MO, DWD_PYMT_AGNG_DAY, DWD_SBCRBR_CHRN_STTSTC

Value_Lookup

2

DWL_AGE_ON_NET_BND

AGE_ON_NET_BND_CD

M1 , M3 , M6 , M12 , M24 , M36 , M60 , M96 , M120 , M240 , M240+ ,

DWD_ACCT_PYMT_DAY, DWD_CRDT_CTGRY_MO, DWD_HNDST_SUBSDY_DAY, DWD_INVC, DWD_ACCT_STTSTC, DWD_PRPD_ACCT_STTSTC, DWD_PYMT_AGNG_DAY, DWD_RDMPTN_DAY, DWD_LYLTY_PROG_DAY, DWD_SBCRBR_CHRN_STTSTC

Value_Lookup

3

DWL_AGE_ON_NET_BND

AGE_ON_NET_BND_FROM

0 , 3 , 6 , 12, 25 , 36 , 51 , 101, 201 , 271 , 401 ,

DWD_ACCT_PYMT_DAY

Value_Lookup

4

DWL_AGE_ON_NET_BND

AGE_ON_NET_BND_TO

2 , 5 , 11, 24 , 35 , 50 , 100, 200 , 270 , 400 , 9999999999,

DWD_ACCT_PYMT_DAY

Value_Lookup

6

DWL_AGE_BND

AGE_BND_CD

AGBND1 , AGBND2 , AGBND3 , AGBND4 , AGBND5

DWD_ACCT_STTSTC, DWD_SBCRBR_CHRN_STTSTC

Value_Lookup

7

DWL_CHRN_RSN

CHRN_RSN_CD

NORSN , SVFLR , CRELOC , CHRNDFLT, CHRNSRVC , RLCTN, DISSAT , SVCTMNT , NONPAID

DWD_ACCT _STTSTC

Value_Lookup

8

DWL_CUST_RVN_BND

CUST_RVN_BND_CD

BAND100, BAND200 , BAND300 , BAND400 , BAND500 , BAND600 , BAND700 , BAND800 , BAND900 , BAND1000, BAND1100 , BAND1600 , BAND1500 , BAND1400 , BAND1300 , BAND1200, BAND1700 , BAND1800 , BAND1900 , BAND2000 , BND2000+

DWD_ACCT _STTSTC, DWD_SBCRBR_CHRN_STTSTC

Value_Lookup

9

DWL_ARPU_BAND

ARPU_BND_CD

ARPU7500+ , ARPU1000 , ARPU2500 , ARPU5000 , ARPU7500

DWD_ACCT_STTSTC, DWD_SBCRBR_CHRN_STTSTC

Value_Lookup

10

DWL_PK_OFPK_TIME

PK_OFPK_TIME_CD

PK , OFPK

DWD_CDR_WRLS_DAY, DWD_PRPD_CALL_SUMM_DAY, DWD_VAS_USAGE_DAY

Value_Lookup

16

DWL_RECHRG_RVN_SLB

RECHRG_RVN_SLB_CD

$0-25, $25-50, $50-100, $100+

DWD_PRPD_ACCT_STTSTC

Value_Lookup

17

DWL_INTRACN_RSN

INTRACN_RSN_CD

CMPLN, DBCOLL, SRVC, IBMKTG, OBMKTG, CUSTCOMP

DWD_PRPD_ACCT_STTSTC

Value_Lookup

18

DWL_PRMTN_RSLT_TYP

PRMTN_RSLT_TYP_CD

OFRACPT, PREVENT

DWD_SL_CMPGN_DTL_DAY

Value_Lookup

Intra-ETL Source and Target Tables

Shows the packages to populate the derived tables. The naming convention by default is the physical name of the target table plus,"_PKG"

DWD_ACCT_DEBT_DAY_PKG Package

Populate target table DWD_ACCT_DEBT_DAY. For more information, see ACCOUNT DEBT DAY DRVD.

Table 7-2 DWD_ACCT_DEBT_DAY_PKG Package

Source Table Name

DWB_ACCT_BAL_HIST

DWB_ACCT_BAL_ADJ

DWB_ACCT_PYMT

DWL_DEBT_AGNG_BND

DWR_ACCT

DWR_ADDR_LOC

DWR_CUST

DWR_DAY

DWD_ACCT_PYMT_DAY_PKG Package

Populate target table DWD_ACCT_PYMT_DAY. For more information, see ACCOUNT PAYMENT DAY DRVD.

Table 7-3 DWD_ACCT_PYMT_DAY_PKG Package

Source Table Name

DWB_ACCT_PYMT

DWB_DEBT_COLLCTN_ASGN

DWB_INV_PYMT_ASGN

DWB_INVC

DWL_AGE_ON_NET_BND

DWR_ACCT

DWR_BSNS_MO

DWR_ADDR_LOC

DWR_CUST

DWD_ACCT_PYMT_MTHD_STAT_HIST_PKG Package

Populate target table DWD_ACCT_PYMT_MTHD_STAT_HIST. For more information, see ACCOUNT PAYMENT METHOD STATUS HIST DRVD.

Table 7-4 DWD_ACCT_PYMT_MTHD_STAT_HIST_PKG Package

Source Table Name

DWB_ACCT_CRDT_LMT

DWB_ACCT_PYMT_MTHD_STAT

DWB_CNRT_TERM_VAL

DWL_AGE_ON_NET_BND

DWR_ACCT

DWR_ACCT_PREF_PYMT_MTHD

DWR_BSNS_MO

DWR_CNRT

DWR_CUST

DWD_ACCT_RFND_DAY_PKG Package

Populate target table DWD_ACCT_RFND_DAY. For more information, see ACCOUNT REFUND DAY DRVD.

Table 7-5 DWD_ACCT_RFND_DAY_PKG Package

Source Table Name

DWB_ACCT_PYMT

DWB_ACCT_RFND

DWB_INVC

DWB_INVC_ADJ

DWB_INVC_ITEM

DWR_ADDR_LOC

DWR_CUST

DWR_DAY

DWD_ACCT_STAT_PKG Package

Populate target table DWD_ACCT_STAT. For more information, see ACCOUNT STATUS DRVD.

Table 7-6 DWD_ACCT_STAT_PKG Package

Source Table Name

DWB_ACCT_RFND

DWB_EVT_ACCT

DWR_ACCT

DWR_ADDR_LOC

DWR_BSNS_MO

DWR_CUST

DWR_PRTY_LYLTY_PROG_PRTCPTN

DWR_SBRP

DWD_ARPU_BASE_PKG Package

Populate target table DWD_ARPU_BASE. For more information, see ARPU BASE DRVD.

Table 7-7 DWD_ARPU_BASE_PKG Package

Source Table Name

DWB_ACCT_COST

DWB_INVC

DWB_INVC_ITEM

DWB_PROD_COST

DWB_SL_CMISN_DTL

DWD_VOI_CALL_DAY

DWL_RECHRG_RVN_SLB

DWR_ACCT

DWR_ADDR_LOC

DWR_BSNS_MO

DWR_CUST

DWR_SBRP

DWR_SL_CHNL_RPRSTV

DWD_CALL_CNTR_CALL_DAY_PKG Package

Populate target table DWD_CALL_CNTR_CALL_DAY. For more information, see CALL CENTER CALL DAY DRVD.

Table 7-8 DWD_CALL_CNTR_CALL_DAY_PKG Package

Source Table Name

DWB_EVT_PRTY_INTRACN_CALL

DWR_ACCT

DWR_DAY

DWR_TIME_SLT

DWD_CALL_CNTR_CASE_DAY_PKG Package

Populate target table DWD_CALL_CNTR_CASE_DAY. For more information, see CALL CENTER CASE DAY DRVD.

Table 7-9 DWD_CALL_CNTR_CASE_DAY_PKG Package

Source Table Name

DWB_PRTY_INTRACN_THRD

DWR_CUST

DWR_DAY

DWD_CANBLZTN_DTL_DAY_PKG Package

Populate target table DWD_CANBLZTN_DTL_DAY. For more information, see CANNIBALIZATION DETAIL DAY DRVD.

Table 7-10 DWD_CANBLZTN_DTL_DAY_PKG Package

Source Table Name

DWR_CHNL

DWR_CNRT_ASGN

DWR_CNRT_NEW

DWR_CNRT_OLD

DWR_DAY

DWR_PROD_MKT_PLN1

DWR_PROD_MKT_PLN2

DWD_CMISN_DAY_PKG Package

Populate target table DWD_CMISN_DAY. For more information, see COMMISSION DAY DRVD.

Table 7-11 DWD_CMISN_DAY_PKG Package

Source Table Name

DWB_CNRT_TERM_VAL

DWB_INVC_ITEM

DWB_SL_CMISN_DTL

DWR_CNRT

DWR_DAY

DWR_SBRP

DWD_CNCT_DSCNCT_DAY_PKG Package

Populate target table DWD_CNCT_DSCNCT_DAY. For more information, see CONNECT DISCONNECT DAY DRVD.

Contains connect and disconnect information of particular subscriber.

Table 7-12 DWD_CNCT_DSCNCT_DAY_PKG Package

Source Table Name

DWB_EVT

DWB_EVT_ACCS_MTHD_ACTVTY

DWR_ACCS_MTHD

DWR_ADDR_LOC

DWR_DAY

DWR_EVT_LOC

DWD_CNRT_PKG Package

Populate target table DWD_CNRT. For more information, see CONTRACT DRVD.

Table 7-13 DWD_CNRT_PKG Package

Source Table Name

DWB_CNRT_TERM_VAL

DWB_INVC

DWB_INVC_ITEM

DWD_CNRT_CHNG

DWL_AGE_ON_NET_BND

DWR_ACCT

DWR_ADDR_LOC

DWR_BSNS_MO

DWR_CMPGN

DWR_CNRT

DWR_CUST

DWR_PRMTN

DWR_SBRP

DWD_CNRT_CHNG_PKG Package

Populate target table DWD_CNRT_CHNG. For more information, see CONTRACT CHANGED DRVD.

Table 7-14 DWD_CNRT_CHNG_PKG Package

Source Table Name

DWB_CNRT_STAT

DWB_CNRT_TERM_VAL

DWB_CNRT_TERM_VAL_NEW

DWB_CNRT_TERM_VAL_OLD

DWR_BSNS_MO

DWR_CNRT

DWR_CNRT_ASGN

DWR_CNRT_NEW

DWR_CNRT_OLD

DWR_DAY

DWR_DAY_1

DWR_DAY_OLD_END_DAY

DWR_DAY_OLD_STRT_DAY

DWD_COST_CUST_PKG Package

Populate target table DWD_COST_CUST. For more information, see COST CUSTOMER DRVD.

Table 7-15 DWD_COST_CUST_PKG Package

Source Table Name

DWB_CUST_COST

DWR_BSNS_MO

DWR_CUST

DWR_SL_CHNL_RPRSTV

DWD_COST_ORG_PKG Package

Populate target table DWD_COST_ORG. For more information, see COST ORGANIZATIONAL DRVD.

Table 7-16 DWD_COST_ORG_PKG Package

Source Table Name

DWB_BSNS_UNIT_COST

DWR_BSNS_MO

DWR_ORG_BSNS_UNIT

DWD_CRDT_CTGRY_PKG Package

Populate target table DWD_CRDT_CTGRY. For more information, see CREDIT CATEGORY DRVD.

Table 7-17 DWD_CRDT_CTGRY_PKG Package

Source Table Name

DWB_ACCT_CRDT_LMT

DWL_AGE_ON_NET_BND

DWR_BSNS_MO

DWR_CNRT

DWR_SBRP

DWD_CUST_ACQSTN_SUMM_DAY_PKG Package

Populate target table DWD_CUST_ACQSTN_SUMM_DAY. For more information, see CUSTOMER ACQUISITION SUMMARY DAY DRVD.

Table 7-18 DWD_CUST_ACQSTN_SUMM_DAY_PKG Package

Source Table Name

DWB_CNRT_TERM_VAL

DWB_EVT_SBRP

DWR_ADDR_LOC

DWR_CNRT

DWR_CUST

DWR_DAY

DWR_PRMTN

DWR_SBRP

DWR_SBRP_1

DWR_SL_CHNL_RPRSTV

DWD_EXTRNL_DEBT_COLLCTN_DAY_PKG Package

Populate target table DWD_EXTRNL_DEBT_COLLCTN_DAY. For more information, see EXTERNAL DEBT COLLECTION DAY DRVD.

Table 7-19 DWD_EXTRNL_DEBT_COLLCTN_DAY_PKG Package

Source Table Name

DWB_ACCT_BAL_ADJ

DWB_ACCT_BAL_HIST

DWB_ACCT_PYMT

DWB_DEBT_COLLCTN_ASGN

DWR_ACCT

DWR_DAY

DWD_GIVE_AWAY_ITEM_DAY_PKG Package

Populate target table DWD_GIVE_AWAY_ITEM_DAY. For more information see GIVE AWAY ITEM DAY DRVD.

Table 7-20 DWD_GIVE_AWAY_ITEM_DAY_PKG Package

Source Table Name

DWB_EVT_LYLTY_PROG

DWB_EVT_LYLTY_PROG_RDMPTN

DWR_CNRT

DWR_DAY

DWR_PROD_MKT_PLN

DWR_PROD_RTNG_PLN_DTL

DWD_INTRNL_DEBT_COLLCTN_DAY_PKG Package

Populate target table DWD_INTRNL_DEBT_COLLCTN_DAY. For more information, see INTERNAL DEBT COLLECTION DAY DRVD.

Table 7-21 DWD_INTRNL_DEBT_COLLCTN_DAY_PKG Package

Source Table Name

DWB_ACCT_BAL_ADJ

DWB_ACCT_BAL_HIST

DWB_ACCT_PYMT

DWB_DEBT_COLLCTN

DWR_ACCT

DWR_DAY

DWD_INVC_PKG Package

Populate target table DWD_INVC. For more information, see INVOICE DRVD.

Table 7-22 DWD_INVC_PKG Package

Source Table Name

DWB_ACCT_CRDT_LMT

DWB_INVC

DWB_INVC_ADJ

DWB_INVC_ITEM

DWL_AGE_ON_NET_BND

DWR_ACCT

DWR_ADDR_LOC

DWR_BSNS_MO

DWR_CNRT

DWR_CUST

DWR_SBRP

DWD_INVC_ADJ_PKG Package

Populate target table DWD_INVC_ADJ. For more information, see INVOICE ADJUSTMENT DRVD.

Table 7-23 DWD_INVC_ADJ_PKG Package

Source Table Name

DWB_INVC

DWB_INVC_ADJ

DWB_INVC_ITEM

DWR_ACCT

DWR_ADDR_LOC

DWR_BSNS_MO

DWR_CUST

DWR_SBRP

DWD_LYLTY_PROG_DAY_PKG Package

Populate target table DWD_LYLTY_PROG_DAY. For more information, see LOYALTY PROGRAM DAY DRVD.

Table 7-24 DWD_LYLTY_PROG_DAY_PKG Package

Source Table Name

DWB_ACCT_CRDT_LMT

DWB_EVT

DWB_EVT_LYLTY_PROG

DWB_LYLTY_PROG_PTS_BAL

DWL_AGE_ON_NET_BND

DWR_ACCT

DWR_CNRT

DWR_CUST

DWR_DAY

DWR_SBRP

DWD_MKT_OPRTR_PRTNG_PKG Package

Populate target table DWD_MKT_OPRTR_PRTNG. For more information, see MARKET OPERATOR PORTING DERIVED.

The summary information about succeeded Number Porting between operators.

Table 7-25 DWD_MKT_OPRTR_PRTNG_PKG Package

Source Table Name

DWB_ACCS_MTHD_PORT_HIST

DWR_BSNS_MO

DWD_PRPD_ACCT_STTSTC_PKG Package

Populate target table DWD_PRPD_ACCT_STTSTC. For more information, see PREPAID ACCOUNT STATISTIC DRVD.

Table 7-26 DWD_PRPD_ACCT_STTSTC_PKG Package

Source Table Name

DWB_ACCT_BAL_HIST

DWB_EVT_PRTY_INTRACN

DWB_PRPD_RCHRG

DWL_AGE_ON_NET_BND

DWL_INTRACN_RSN

DWL_RECHRG_RVN_SLB

DWR_ACCT

DWR_BSNS_MO

DWR_CNRT

DWR_PROD_MKT_PLN

DWD_PRPD_ALWNCE_DAY_PKG Package

Populate target table DWD_PRPD_ALWNCE_DAY. For more information, see PREPAID ALLOWANCE DAY DRVD.

Table 7-27 DWD_PRPD_ALWNCE_DAY_PKG Package

Source Table Name

DWB_MNT_ALLWNC

DWR_DAY

DWR_SL_CHNL_RPRSTV

DWD_PYMT_AGNG_DAY_PKG Package

Populate target table DWD_PYMT_AGNG_DAY. For more information, see PAYMENT AGING DAY DRVD.

Table 7-28 DWD_PYMT_AGNG_DAY_PKG Package

Source Table Name

DWB_ACCT_BAL_HIST

DWB_ACCT_PYMT

DWB_INV_PYMT_ASGN

DWB_INVC

DWL_AGE_ON_NET_BND

DWL_DEBT_AGNG_BND

DWR_ACCT

DWR_CUST

DWR_DAY

DWR_PRTY_ASGN

DWR_SL_CHNL_RPRSTV

DWD_RDMPTN_DAY_PKG Package

Populate target table DWD_RDMPTN_DAY. For more information, see REDEMPTION DAY DRVD.

Table 7-29 DWD_RDMPTN_DAY_PKG Package

Source Table Name

DWB_ACCT_CRDT_LMT

DWB_EVT

DWB_EVT_LYLTY_PROG

DWB_EVT_LYLTY_PROG_RDMPTN

DWB_EVT_PRTY_ASGN

DWB_EVT_PRTY_INTRACN

DWL_AGE_ON_NET_BND

DWR_ACCT

DWR_CNRT

DWR_DAY

DWR_EVT_PRTY_RL

DWD_SHOP_EFFNCY_DAY_PKG Package

Populate target table DWD_SHOP_EFFNCY_DAY. For more information, see SHOP EFFICIENCY DAY DRVD.

Table 7-30 DWD_SHOP_EFFNCY_DAY__MAP

Source Table Name

DWB_EVT

DWB_EVT_ASGN

DWB_EVT_PRTY_INTRACN_VST

DWR_ADDR_LOC

DWR_DAY

DWR_ORG_BSNS_UNIT

DWD_SL_DAY_PKG Package

Populate target table DWD_SL_DAY. For more information, see SALES DAY DRVD.

Table 7-31 DWD_SHOP_EFFNCY_DAY__MAP

Source Table Name

DWB_CUST_ORDR

DWB_CUST_ORDR_LN_ITEM

DWB_CUST_ORDR_PYMT

DWB_PRTY_ORDR_ASGN

DWR_CNRT

DWR_DAY

DWD_SL_RPRSTV_STTSTC_MO_PKG Package

Populate target table DWD_SL_RPRSTV_STTSTC_MO. For more information, see SALES REPRESENTATIVE STATISTICS DRVD.

Table 7-32 DWD_SL_RPRSTV_STTSTC_MO_PKG Package

Source Table Name

DWB_CNRT_TERM_VAL

DWB_EVT

DWB_EVT_EQPMNT_INSTNC

DWB_SL_CMISN_DTL

DWR_BSNS_MO

DWR_CNRT

DWR_SBRP

DWR_SL_CHNL_RPRSTV

DWR_SL_CMISN_PLN_DTL

DWD_SPLMNTR_SRVC_USG_MAP Mapping

Populate the table DWD_SPLMNTR_SRVC_USG. For more information, see SUPPLEMENTARY SERVICE USAGE DRVD.

Table 7-33 DWD_SPLMNTR_SRVC_USG_PKG Package

Source Table Name

DWB_INVC

DWB_INVC_ITEM

DWB_NTWK_EVT

DWR_BSNS_MO

DWR_SPLMNTR_SRVC

DWD_VAS_SBRP_QCK_SUMM_PKG Package

Populate target table DWD_VAS_SBRP_QCK_SUMM. For more information, see VAS SUBSCRIPTION QUICK SUMMARY DRVD.

Table 7-34 DWD_VAS_SBRP_QCK_SUMM_PKG Package

Source Table Name

DWR_BSNS_MO

DWR_CUST

DWR_PROD

DWR_SBRP

Intra-ETL PL/SQL Mapping Packages for Source and Target Tables

Shows the PL/SQL mapping to populate derived tables.

DWD_DATA_USG_DAY_PKG Package

Populate target table DWD_DATA_USG_DAY. For more information, see DATA USAGE DAY DRVD.

Table 7-35 DWD_DATA_USG_DAY_PKG Package

Source Table Name

DWB_CNTNT_DLVRY_EVT

DWB_NTWK_EVT

DWB_WRLS_CNTNT_DNLDG_EVT

DWC_INTRA_ETL_ACTIVITY

DWR_ACCS_MTHD

DWR_CNTNT

DWR_CUST

DWR_DAY

DWR_TIME_SLT

DWD_VAS_USG_DAY_PKG Package

Populate target table DWD_VAS_USG_DAY. For more information, see VAS USAGE DAY DRVD.

Table 7-36 DWD_VAS_USG_DAY_PKG Package

Source Table Name

DWB_ISP_USG_EVT

DWB_NTWK_EVT

DWB_UMS_EVT

DWB_WRLS_CALL_EVT

DWC_INTRA_ETL_ACTIVITY

DWL_PK_OFPK_TIME

DWR_CUST

DWR_DAY

DWR_MAILBOX

DWR_TIME_SLT

DWR_VAL_ADD_SRVC

DWD_VOI_CALL_DAY_PKG Package

Populate target table DWD_VOI_CALL_DAY. For more information, see VOICE CALL DAY DRVD.

Table 7-37 DWD_VOI_CALL_DAY_PKG Package

Source Table Name

DWB_CRNCY_EXCHNG_RATE

DWB_MDTD_CALL_EVT

DWB_WRLS_CALL_EVT

DWC_INTRA_ETL_ACTIVITY

DWL_CALL_TYP

DWL_PK_OFPK_TIME

DWR_ADDR_LOC

DWR_CUST

DWR_DAY

DWR_ORG_BSNS_UNIT

DWR_TIME_SLT

Intra-ETL Process Flows

The INTRA_ETL_FLW is the complete Intra-ETL process designed using Oracle Warehouse Builder, and is composed of individual sub-process flows to populate derived aggregate tables, and relational materialized views where the data originates from base, reference, and lookup tables. This process flow respects the dependency of each individual program.

Figure 7-1 shows the main process flow INTRA_ETL_FLW.

Figure 7-1 Intra-ETL Main Process Flow

Description of Figure 7-1 follows
Description of "Figure 7-1 Intra-ETL Main Process Flow"

The process flow INTRA_ETL_FLW is initialized from START_PROCESS, and this checks if any previous process flows are running. If any process is running then START_PROCESS jumps to END_ERROR or START_PROCESS generate the process number from the sequence. This process number is sent as input to the Derived Flow.

In the DRVD_FLW when the START process is initiated this generates the process number and is sent as input to the Derived mapping. Once the number is generated it updates the status at backend (Control Tables). If derived mapping is successful then the derived mapping checks the status in control tables.

Details of the DRVD_FLW Intra-ETL Flow

The DRVD_FLW sub-process flow contains all the Oracle Warehouse Builder mappings for populating derived tables, based on the content of the base, reference, and lookup tables. This sub-process flow has a dependency on the AGGR_FLW. If the DRVD_FLW is successful then it navigates to AGGR_FLW otherwise the process ends.

Figure 7-2 shows the DRVD_FLW sub-process flow for populating the derived tables.

Figure 7-2 Intra-ETL Derived Flow Sub-process (DRVD_FLW)

Description of Figure 7-2 follows
Description of "Figure 7-2 Intra-ETL Derived Flow Sub-process (DRVD_FLW)"

After the DRVD_FLW starts successfully, it moves to the fork. The sub-process FORK performs the derived mappings (these run in parallel). Once the activity is started then Start_Activity inserts one record in the control table, DWC_INTRA_ETL_ACTIVITY, and the state is set to 'Running'. The End_Activity updates the status in control tables (the state mapping is COMPLETED-SUCCESS or COMPLETED-ERROR) in the control tables. The AND activity specifies whether all the parallel mappings have been completed or not and then switches to the next activity, for example END_SUCCESS. This DRVD_FLW depends on the AGGR_FLW sub-process flow.

Details of the AGGR_FLW Intra-ETL Flow

The AGGR_FLW sub-process flow contains PL/SQL code using Partitions Change Tracking Strategy for refreshing all the aggregate tables which are Materialized Views in Oracle Communications Data Model.

Figure 7-3 shows the AGGR_FLW sub-process flow for refreshing all the aggregate tables.

Figure 7-3 Intra-ETL Aggregate Flow Sub-process (AGGR_FLW)

Description of Figure 7-3 follows
Description of "Figure 7-3 Intra-ETL Aggregate Flow Sub-process (AGGR_FLW) "

After the AGGR_FLW is initiated and started successfully it is moved to the Fork. The FORK process makes the aggregates to run in parallel. The AND activity specifies that all the parallel aggregates have been completed or not and then switches over to the next activity, (for example, END_SUCCESS).

Details of the OLAP_MAP Intra-ETL Flow

The OLAP_MAP sub-process flow triggers the OLAP package which can load data from Oracle Communications Data Model aggregate tables to Oracle Communications Data Model Analytical Workspace and calculate the forecast data. It reads OLAP ETL parameters from DWC_OLAP_ETL_PARAMETER table.

Figure 7-4 shows the OLAP_MAP sub-process flow that triggers the OLAP packages.

Figure 7-4 Intra-ETL OLAP Flow Sub-process (OLAP_MAP)

Description of Figure 7-4 follows
Description of "Figure 7-4 Intra-ETL OLAP Flow Sub-process (OLAP_MAP) "

Details of the MINING_FLW Intra-ETL Flow

The MINING_FLW sub process flow triggers the data mining model.

The window of data is decided by following variables:

churn_interval_months

ltv_age_interval_years

dwc_etl_parameter.to_date_etl

The dwc_etl_parameter.to_date_etl limits the end date for data and first two parameters limit the start date of data for the churn models and life time value models respectively.

Figure 7-5 shows the MINING_FLW sub-process flow.

Figure 7-5 Intra-ETL Mining Flow Sub-process (MINING_FLW)

Description of Figure 7-5 follows
Description of "Figure 7-5 Intra-ETL Mining Flow Sub-process (MINING_FLW)"

8 Oracle Communications Data Model OLAP Model Dimensions

This chapter of Oracle Communications Data Model Reference describes the Data Flow between fact tables and dimension tables of Oracle Communications Data Model relational part to target materialize views and cubes to support the module Oracle Communications Data Model OLAP.

This chapter includes the following sections:

Introduction to OLAP Architecture

Oracle Communications Data Model OLAP Dimensions

For more information, see Chapter 9, "Oracle Communications Data Model OLAP Model Cubes".

Introduction to OLAP Architecture

Oracle Data Warehouse for Communications (Oracle Communications Data Model Relational) contains the lowest level CDR details, low level combination of base tables and the summary, average, and so on, of Base and Derived data. Oracle Communications Data Model Relational was developed in a relational database.

General Process to Populate the OLAP Module in Oracle Communications Data Model

Oracle Communications Data Model ocdm_sys schema does the following:

Directly maps the leaf level data from the relational table/mv into the OLAP cube.

Cube organized materialized views represent the cube to SQL-based applications as materialized views that you can use for both refresh and query rewrite. With Query Re-write enabled, Oracle will automatically re-write SQL queries targeted against relational tables. to use the Cube-Organized Materialized View. To use this feature the OLAP cubes and relational components are in a single schema (ocdm_sys).

All cubes are available for the end user SQL based Query Tool access through CUBE_TABLE based SQL Views, which are created and maintained automatically during the cube build/update process.

Cubes are built from level 0 DWA materialized views or DWB/DWD tables (which, when a date is present, usually means at the month level).

Using SQL to access the cubes and dimensions is a significant feature of Oracle OLAP because it enables reporting tools that only generate SQL to use all of the powerful features of the analytic workspace. In Oracle Database 11g this is achieved by the use of the CUBE_TABLE function that extracts multidimensional data from a cube in an analytic workspace and presents it to the relational SQL engine in the form of a two dimensional table, such as, a set of rows and columns. It provides a mapping between the cube in the analytic workspace and the rows and columns that the SQL sees.

Query Rewrite to Cube Organized Materialized Views

Oracle Communications Data Model uses SQL to query the relational base tables and the optimizer transparently translates the SQL to access either the table materialized views or the cube materialized views (and hence the analytic workspace cubes and dimensions) depending upon which provides the better performance. This allows all of the benefits of the analytic workspace to be easily available to any product using regular SQL.

Oracle Communications Data Model OLAP Dimensions

The dimensions section describes the detail information for all the dimensions. Each dimension includes the following information:

Levels

Hierarchies

Attributes and Attribute mappings

Table 8-1 lists the dimensions.

Table 8-1 Dimensions

Dimensions

Account Refund Reason: ARRSN

Churn Reason: CRNRSN

Collection Agency: CAGNCY

Commission Type: CMTYP

Customer: CUST

Customer Segment: CSGMNT

Customer Type: CUSTYP

Debt Aging Band: DAB

Geography: GEO

Handset Model: HSMDL

Invoice Adjustment Reason: IARSN

Invoice Adjustment Type: IATYP

Mining Churn Type: MNCT

Mining Life Time Survival Band: MNLSB

Mining Life Time Value Band: MNLVB

Mining Sentiment Category: MNSC

Network Element: NELMNT

Organization: ORG

Payment Channel: PCHNL

Payment Method Type: PMTYP

Payment Transaction Type: PTTYP

Peak Offpeak Time: POPT

Product: PROD

Product Market Plan: PMP

Sales Channel: SLCHNL

Time: TIME

Time Slot: TSLT

Account Refund Reason: ARRSN

This dimension keeps all the information of the reason why this refund occurs.

Table 8-2 Account Refund Reason (ARRSN) Levels and Hierarchies

Level
Description
Account Refund Reason Hierarchy (HARRSN)

TARRSN

Total Account Refund Reason

TARRSN

ARRSN

Account Refund Reason

ARRSN

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-3 Account Refund Reason Long Description Attribute Mapping

Level
Mapping (Physical Column)

TARRSN

"Total Account Refund Reason"

ARRSN

DWL_ACCT_RFND_RSN.ACCT_RFND_RSN_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-4 Account Refund Reason Short Description Attribute Mapping

Level
Mapping (Physical Column)

TARRSN

"Total Account Refund Reason"

ARRSN

DWL_ACCT_RFND_RSN.ACCT_RFND_RSN_CD

Churn Reason: CRNRSN

This dimension keeps all the information of the Churn Reason. This dimension stores information regarding the reason for subscriber churn. This information is required for churn analysis.

Table 8-5 Churn Reason (CRNRSN) Levels and Hierarchies

Level
Description
Churn Reason Hierarchy (HCRNRSN)

TCRNRSN

Total Churn Reason

TCRNRSN

CRNRSN

Churn Reason

CRNRSN

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-6 Churn Reason Long Description Attribute Mapping

Level
Mapping (Physical Column)

TCRNRSN

"Total Churn Reason"

CRNRSN

DWL_CHRN_RSN.CHRN_RSN_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-7 Churn Reason Short Description Attribute Mapping

Level
Mapping (Physical Column)

TCRNRSN

"Total Churn Reason"

CRNRSN

DWL_CHRN_RSN.CHRN_RSN_CD

Collection Agency: CAGNCY

This dimension keeps all the information of the collection agency. Commission type is all type of commissions to the sales representatives.

Table 8-8 Collection Agency (CAGNCY) Levels and Hierarchies

Level
Description
Collection Agency Hierarchy (HCAGNCY)

TCAGNCY

Total Collection Agency

TCAGNCY

CAGNCY

Collection Agency

CAGNCY

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-9 Collection Agency Long Description Attribute Mapping

Level
Mapping (Physical Column)

TCAGNCY

"Total Collection Agency"

CAGNCY

DWR_COLLCTN_AGNCY.PRTY_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-10 Collection Agency Short Description Attribute Mapping

Level
Mapping (Physical Column)

TCAGNCY

"Total Collection Agency"

CAGNCY

DWR_COLLCTN_AGNCY.COLLCTN_AGNCY_CD

Attribute Name: Agency Manager(MGR_NAME)

Table 8-11 Collection Agency Agency Manager Attribute Mapping

Level
Mapping (Physical Column)

TCAGNCY

CAGNCY

DWR_COLLCTN_AGNCY.MGR_NAME

Attribute Name: Domestic Indicator(DMSTC_IND)

Table 8-12 Collection Agency Domestic Indicator Attribute Mapping

Level
Mapping (Physical Column)

TCAGNCY

CAGNCY

DWR_COLLCTN_AGNCY.DMSTC_IND

Commission Type: CMTYP

This dimension keeps all the information of the commission type. Commission type is all type of commissions to the sales representatives.

Table 8-13 Commission Type (CMTYP) Levels and Hierarchies

Level
Description
Commission Type Hierarchy (HCMTYP)

TCMTYP

Total Commission Type

TCMTYP

CMTYP

Commission Type

CMTYP

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-14 Commission Type Long Description Attribute Mapping

Level
Mapping (Physical Column)

TCMTYP

"Total Commission Type"

CMTYP

DWL_CMISN_TYP.CMISN_TYP_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-15 Commission Type Short Description Attribute Mapping

Level
Mapping (Physical Column)

TCMTYP

"Total Commission Type"

CMTYP

DWL_CMISN_TYP.CMISN_TYP_NAME

Customer: CUST

This dimension keeps all the information of individual customers.

Table 8-16 Customer (CUST) Levels and Hierarchies

Level
Description
Customer Hierarchy (HCUST)

TCUST

Total customer

TCUST

CUSTYP

Customer Type

CUSTYP

ICUST

Individual Customer

ICUST

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-17 Customer Long Description Attribute Mapping

Level
Mapping (Physical Column)

TCUST

"Total Customer"

CUSTYP

DWL_CUST_TYP.CUST_TYP_NAME

ICUST

DWR_CUST.NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-18 Customer Short Description Attribute Mapping

Level
Mapping (Physical Column)

TCUST

"Total Customer"

CUSTYP

DWL_CUST_TYP.CUST_TYP_CD

ICUST

DWR_CUST.CUST_CD

Customer Segment: CSGMNT

This dimension keeps all the information of the Customer Segment. The Segments table holds details of all marketing segments. A segment identifies distinct groupings of customers or accounts with similar characteristics. The segments are typically used in marketing campaigns.

Table 8-19 Customer Segment (CSGMNT) Levels and Hierarchies

Level
Description
Customer Segment Hierarchy (HCSGMNT)

TCSGMNT

Total Customer Segment

TCSGMNT

CSGMNT

Customer Segment

CSGMNT

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-20 Customer Segment Long Description Attribute Mapping

Level
Mapping (Physical Column)

TCSGMNT

"Total Customer Segment"

CSGMNT

DWR_CUST_SGMNT.CUST_SGMNT_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-21 Customer Segment Short Description Attribute Mapping

Level
Mapping (Physical Column)

TCSGMNT

"Total Customer Segment"

CSGMNT

DWR_CUST_SGMNT.CUST_SGMNT_CD

Customer Type: CUSTYP

This dimension keeps all the information of customer type

Table 8-22 Customer Type (CUSTYP) Levels and Hierarchies

Level
Description
Customer Type Hierarchy (HCUSTYP)

TCUSTYP

Total Customer Type

TCUSTYP

CUSTYP

Customer Type

CUSTYP

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-23 Customer Type Long Description Attribute Mapping

Level
Mapping (Physical Column)

TCUSTYP

"Total Customer Type"

CUSTYP

DWL_CUST_TYP.CUST_TYP_DESC

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-24 Customer Type Short Description Attribute Mapping

Level
Mapping (Physical Column)

TCUSTYP

"Total Customer Type"

CUSTYP

DWL_CUST_TYP.CUST_TYP_NAME

Debt Aging Band: DAB

This dimension keeps all the information of debt aging band. There are customers who have not paid or partially paid one or more bills. This is called as Aging for the bill payment. Based on the age of unpaid or partial paid bill those amounts are put into different buckets for each customer.

Table 8-25 Debt Aging Band (DAB) Levels and Hierarchies

Level
Description
Debt Aging Band Hierarchy (HDAB)

TDAB

Total Aging Band

TDAB

DAB

Aging Band

DAB

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-26 Debt Aging Band Long Description Attribute Mapping

Level
Mapping (Physical Column)

TDAB

"Total Aging Band"

DAB

DWL_DEBT_AGNG_BND.DEBT_AGNG_BND_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-27 Debt Aging Band Short Description Attribute Mapping

Level
Mapping (Physical Column)

TDAB

"Total Aging Band"

DAB

DWL_DEBT_AGNG_BND.DEBT_AGNG_BND_CD

Geography: GEO

This dimension keeps all the geography information.

Table 8-28 Geography (GEO) Levels and Hierarchies

Level
Description
Geography Hierarchy (HGEO)

TGEO

Total Geography

TGEO

WORLD

World

WORLD

REGION

Region

REGION

SUB_REGION

Sub Region

SUB_REGION

COUNTRY

Country

COUNTRY

STATE

State

STATE

CITY

City

CITY

COUNTY

County

COUNTY

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-29 Geography Long Description Attribute Mapping

Level
Mapping (Physical Column)

TGEO

"Total Geography"

WORLD

DWR_GEO_WORLD.WORLD_NAME

REGION

DWR_GEO_RGN.RGN_NAME

SUB_REGION

DWR_GEO_SBRGN.SB_RGN_NAME

COUNTRY

DWR_GEO_CNTRY.CNTRY_NAME

STATE

DWR_GEO_STATE.STATE_NAME

CITY

DWR_GEO_CITY.CITY_NAME

COUNTY

DWR_GEO_CNTY.CNTY_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-30 Geography Short Description Attribute Mapping

Level
Mapping (Physical Column)

TGEO

"Total Geography"

WORLD

DWR_GEO_WORLD.WORLD_CD

REGION

DWR_GEO_RGN.RGN_CD

SUB_REGION

DWR_GEO_SBRGN.SB_RGN_CD

COUNTRY

DWR_GEO_CNTRY.CNTRY_CD

STATE

DWR_GEO_STATE.STATE_CD

CITY

DWR_GEO_CITY.CITY_CD

COUNTY

DWR_GEO_CNTY.CNTY_CD

Attribute Name: County Name(CNTY_NAME)

Table 8-31 Geography County Name Attribute Mapping

Level
Mapping (Physical Column)

TGEO

WORLD

REGION

SUB_REGION

COUNTRY

STATE

CITY

COUNTY

DWR_GEO_CNTY.CNTY_NAME

Attribute Name: County Code(CNTY_CD)

Table 8-32 Geography County Code Attribute Mapping

Level
Mapping (Physical Column)

TGEO

WORLD

REGION

SUB_REGION

COUNTRY

STATE

CITY

COUNTY

DWR_GEO_CNTY.CNTY_CD

Handset Model: HSMDL

This dimension keeps all the information about models of handsets.

Table 8-33 Handset Model (HSMDL) Levels and Hierarchies

Level
Description
Handset Model Hierarchy (HHSMDL)

THSMDL

Total Handset Model

THSMDL

HSMDL

Handset Model

HSMDL

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-34 Handset Model Long Description Attribute Mapping

Level
Mapping (Physical Column)

THSMDL

"Total Handset Model"

HSMDL

DWR_HNDST_MDL.HNDST_MDL_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-35 Handset Model Short Description Attribute Mapping

Level
Mapping (Physical Column)

THSMDL

"Total Handset Model"

HSMDL

DWR_HNDST_MDL.HNDST_MDL_CD

Invoice Adjustment Reason: IARSN

This dimension keeps all the information of invoice adjustment reason. The reason why the adjustment was put on the invoice.

Table 8-36 Invoice Adjustment Reason (IARSN) Levels and Hierarchies

Level
Description
Invoice Adjustment Reason Hierarchy (HIARSN)

TIARSN

Total Invoice Adjustment Reason

TIARSN

IARSN

Invoice Adjustment Reason

IARSN

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-37 Invoice Adjustment Reason Long Description Attribute Mapping

Level
Mapping (Physical Column)

TIARSN

"Total Invoice Adjustment Reason"

IARSN

DWL_INVC_ADJ_RSN.INVC_ADJ_RSN_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-38 Invoice Adjustment Reason Short Description Attribute Mapping

Level
Mapping (Physical Column)

TIARSN

"Total Invoice Adjustment Reason"

IARSN

DWL_INVC_ADJ_RSN.INVC_ADJ_RSN_CD

Invoice Adjustment Type: IATYP

This dimension keeps all the information of invoice adjustment type. The categories of adjustment applied to a Customer Invoices.

Table 8-39 Invoice Adjustment Type (IATYP) Levels and Hierarchies

Level
Description
Invoice Adjustment Type Hierarchy (HIATYP)

TIATYP

Total invoice adjustment type

TIATYP

IATYP

Invoice adjustment type

IATYP

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-40 Invoice Adjustment Type Long Description Attribute Mapping

Level
Mapping (Physical Column)

TIATYP

"Total Invoice Adjustment Type"

IATYP

DWL_INVC_ADJ_TYP.INVC_ADJ_TYP_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-41 Invoice Adjustment Type Short Description Attribute Mapping

Level
Mapping (Physical Column)

TIATYP

"Total Invoice Adjustment Type"

IATYP

DWL_INVC_ADJ_TYP.INVC_ADJ_TYP_CD

Mining Churn Type: MNCT

This dimension keeps all the information of Mining Churn Type.

Table 8-42 Mining Churn Type (MNCT) Levels and Hierarchies

Level
Description
Mining Churn Type Hierarchy (HMNCT)

TMNCT

Total Mining Churn Type

TMNCT

MNCT

Mining Churn Type

MNCT

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-43 Mining Churn Type Long Description Attribute Mapping

Level
Mapping (Physical Column)

TMNCT

"Total Mining Churn Type"

MNCT

DWL_MNNG_CHRN_TYP.CHRN_TYP_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-44 Mining Churn Type Short Description Attribute Mapping

Level
Mapping (Physical Column)

TMNCT

"Total Mining Churn Type"

MNCT

DWL_MNNG_CHRN_TYP.CHRN_TYP_CD

Mining Life Time Survival Band: MNLSB

This dimension keeps all the information of Mining Life Time Survival Band.

Table 8-45 Mining Life Time Survival Band (MNLSB) Levels and Hierarchies

Level
Description
Mining Life Time Survival Band Hierarchy (HMNLSB)

TMNLSB

Total Mining Life Time Survival Band

TMNLSB

MNLSB

Mining Life Time Survival Band

MNLSB

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-46 Mining Life Time Survival Band Long Description Attribute Mapping

Level
Mapping (Physical Column)

TMNLVB

"Total Mining Life Time Survival Band"

MNLVB

DWL_MNNG_LT_SRVVL_BAND.LT_SRVVL_BAND_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-47 Mining Life Time Survival Band Short Description Attribute Mapping

Level
Mapping (Physical Column)

TMNLVB

"Total Mining Life Time Survival Band"

MNLVB

DWL_MNNG_LT_SRVVL_BAND.LT_SRVVL_BAND_CD

Mining Life Time Value Band: MNLVB

This dimension keeps all the information of Mining Life Time Value Band.

Table 8-48 Mining Life Time Value Band (MNLVB) Levels and Hierarchies

Level
Description
Mining Life Time Value Band Hierarchy (HMNLVB)

TMNLVB

Total Mining Life Time Value Band

TMNLVB

MNLVB

Mining Life Time Value Band

MNLVB

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-49 Mining Life Time Value Band Long Description Attribute Mapping

Level
Mapping (Physical Column)

TMNLVB

"Total Mining Life Time Value Band"

MNLVB

DWL_MNNG_LTV_BAND.LTV_BAND_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-50 Mining Life Time Value Short Description Attribute Mapping

Level
Mapping (Physical Column)

TMNLVB

"Total Mining Life Time Value Band"

MNLVB

DWL_MNNG_LTV_BAND.LTV_BAND_CD

Mining Sentiment Category: MNSC

This dimension keeps all the information of Mining Sentiment Category.

Table 8-51 Mining Sentiment Category (MNSC) Levels and Hierarchies

Level
Description
Mining Sentiment Category Hierarchy (HMNSC)

TMNSC

Total Mining Sentiment Category

TMNSC

MNSC

Mining Sentiment Category

MNSC

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-52 Mining Sentiment Category Long Description Attribute Mapping

Level
Mapping (Physical Column)

TMNSC

"Total Mining Sentiment Category"

MNSC

DWL_MNNG_SNTMNT_CTGRY.SNTMNT_CTGRY_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-53 Mining Sentiment Category Short Description Attribute Mapping

Level
Mapping (Physical Column)

TMNSC

"Total Mining Sentiment Category"

MNSC

DWL_MNNG_SNTMNT_CTGRY.SNTMNT_CTGRY_CD

Network Element: NELMNT

This dimension keeps all the information of Network Element. Network Element is For analytical purpose, derived from "BTS/Switch/Network".

Table 8-54 Network Element (NELMNT) Levels and Hierarchies

Level
Description
Network Element Hierarchy (HNELMNT)

TNELMNT

Total Network Element

TNELMNT

NELMNT

Network Element

NELMNT

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-55 Network Element Long Description Attribute Mapping

Level
Mapping (Physical Column)

TNELMNT

"Total Network Element"

NELMNT

DWR_NTWK_ELMNT.NTWK_ELMNT_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-56 Network Element Short Description Attribute Mapping

Level
Mapping (Physical Column)

TNELMNT

"Total Network Element"

NELMNT

DWR_NTWK_ELMNT.NTWK_ELMNT_CD

Organization: ORG

This dimension keeps all the information of organization

Default Hierarchy: HCHAIN

Table 8-57 Organization (ORG) Levels and Hierarchies

Level
Description
Corporation Hierarchy (HCORPORATE)
Banner Hierarchy (HBANNER)
Chain Hierarchy (HCHAIN)

TORG

Organization Total

TORG

TORG

TORG

CORPORATION

Head Office or Parent Company.

CORPORATION

CORPORATION

CORPORATION

COMPANY

Company, it includes branch company or subsidiary company.

COMPANY

DIVISION

The parent level of business unit. It is to organize the organization business units according to their functional role, for example, call center, warehouse, and so on.

DIVISION

BANNER

Holds the information about different organization banners under which product or service are sold.

BANNER

CHAIN

Chain of outlets through which the organization conducts business.

CHAIN

AREA

Areas within a organization chain.

AREA

REGION

Holds region within a company, chain area.

REGION

DISTRICT

Holds districts within a company, chain, area, region.

DISTRICT

BU

Organization Business Unit contains 2 kinds of information -store and branch company. In the higher level is branch company.Some customer cannot belong to a particular store, in that case, they are associated with a branch company. So branch company are put in organization business unit level.

BU

BU

BU

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-58 Organization Long Description Attribute Mapping

Level
Mapping (Physical Column)

TORG

'Total Organization'

CORPORATION

DWR_ORG_RGN.RGN_NAME

COMPANY

DWR_ORG_CMPNY.CMPNY_NAME

DIVISION

DWR_ORG_DIV.DIV_NAME

BANNER

DWR_ORG_BNR.BNR_NAME

CHAIN

DWR_ORG_CHAIN.CHAIN_NAME

AREA

DWR_ORG_AREA.AREA_NAME

REGION

DWR_ORG_RGN.RGN_NAME

DISTRICT

DWR_ORG_RGN.RGN_NAME

BU

DWR_ORG_BSNS_UNIT.PRTY_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-59 Organization Short Description Attribute Mapping

Level
Mapping (Physical Column)

TORG

CORPORATION

DWR_ORG_CRPRT.CRPRT_CD

COMPANY

DWR_ORG_CMPNY.CMPNY_CD

DIVISION

DWR_ORG_DIV.DIV_CD

BANNER

DWR_ORG_BNR.BNR_CD

CHAIN

DWR_ORG_CHAIN.CHAIN_CD

AREA

DWR_ORG_AREA.AREA_CD

REGION

DWR_ORG_RGN.RGN_CD

DISTRICT

DWR_ORG_DSTRCT.DSTRCT_CD

BU

DWR_ORG_BSNS_UNIT.PRTY_CD

Attribute Name: Store Name (STORE_NAME)

Table 8-60 Organization Store Name Attribute Mapping

Level
Mapping (Physical Column)

TORG

CORPORATION

COMPANY

DIVISION

BANNER

CHAIN

AREA

REGION

DISTRICT

BU

DWR_ORG_BSNS_UNIT.PRTY_NAME

Attribute Name: Store Description (STORE_DESC)

Table 8-61 Organization Store Description Attribute Mapping

Level
Mapping (Physical Column)

TORG

CORPORATION

COMPANY

DIVISION

BANNER

CHAIN

AREA

REGION

DISTRICT

BU

DWR_ORG_BSNS_UNIT.PRTY_DESC

Attribute Name: Store Manager (STORE_MANAGER)

Table 8-62 Organization Store Manager Attribute Mapping

Level
Mapping (Physical Column)

TORG

CORPORATION

COMPANY

DIVISION

BANNER

CHAIN

AREA

REGION

DISTRICT

BU

DWR_ORG_BSNS_UNIT.MGR_NAME

Attribute Name: Store Open Date (STORE_OPEN_DT)

Table 8-63 Organization Store Open Date Attribute Mapping

Level
Mapping (Physical Column)

TORG

CORPORATION

COMPANY

DIVISION

BANNER

CHAIN

AREA

REGION

DISTRICT

BU

DWR_ORG_BSNS_UNIT.VALID_STRT_DT

Attribute Name: Store Close Date (STORE_CLOSE_DT)

Table 8-64 Organization Store Close Date Attribute Mapping

Level
Mapping (Physical Column)

TORG

CORPORATION

COMPANY

DIVISION

BANNER

CHAIN

AREA

REGION

DISTRICT

BU

DWR_ORG_BSNS_UNIT.VALID_END_DT

Payment Channel: PCHNL

This dimension keeps all the information of Channel which customer used to pay for the services.

Table 8-65 Payment Channel (PCHNL) Levels and Hierarchies

Level
Description
Payment Channel Hierarchy (HPCHNL)

TPCHNL

Total Payment Channel

TPCHNL

PCHNLTYP

Type of the payment channel

PCHNLTYP

PCHNL

Channel which customer used to pay for the services.

PCHNL

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-66 Payment Channel Long Description Attribute Mapping

Level
Mapping (Physical Column)

TPCHNL

"Total Payment Channel"

PCHNLTYP

DWL_CHNL_TYP.CHNL_TYP_NAME

PCHNL

DWR_PYMT_CHNL.CHNL_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-67 Payment Channel Short Description Attribute Mapping

Level
Mapping (Physical Column)

TPCHNL

"Total Payment Channel"

PCHNLTYP

DWL_CHNL_TYP.CHNL_TYP_CD

PCHNL

DWR_PYMT_CHNL.PYMNT_CHNL_CD

Attribute Name: Capacity Quantity (CPCTY_QTY):

The number of transaction that a Channel can handle, at a point of time.

Table 8-68 Payment Channel Capacity Quantity Attribute Mapping

Level
Mapping (Physical Column)

TPCHNL

PCHNLTYP

PCHNL

DWR_PYMT_CHNL.CPCTY_QTY

Payment Method Type: PMTYP

This dimension keeps all the information of the payment method type. Payment method type describes the different methods by which payments may be made. Customers can pay their bills, deposits, other charges by different modes of payment such as: Cash, Check, Inter-bank transfer, Postal order, Wire transfer, Voucher.

Table 8-69 Payment Method Type (PMTYP) Levels and Hierarchies

Level
Description
Payment Method Type Hierarchy (HPMTYP)

TPMTYP

Total Payment Method Type

TPMTYP

PMTYP

Payment Method Type

PMTYP

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-70 Payment Method Type Long Description Attribute Mapping

Level
Mapping (Physical Column)

TPMTYP

"Total Payment Method Type"

PMTYP

DWL_PYMT_MTHD_TYP.PYMT_MTHD_TYP_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-71 Payment Method Type Short Description Attribute Mapping

Level
Mapping (Physical Column)

TPMTYP

"Total Account Payment Method Status Type"

PMTYP

DWL_PYMT_MTHD_TYP.PYMT_MTHD_TYP_CD

Payment Transaction Type: PTTYP

This dimension keeps all the information of the type of transaction.

Table 8-72 Payment Transaction Type (PTTYP) Levels and Hierarchies

Level
Description
Payment Transaction Type Hierarchy (HPTTYP)

TPTTYP

Total Payment Transaction Type

TPTTYP

PTTYP

Payment transaction type

PTTYP

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-73 Payment Transaction Type Long Description Attribute Mapping

Level
Mapping (Physical Column)

TPTTYP

"Total Payment Transaction Type"

PTTYP

DWL_PYMT_TRX_TYP.PYMT_TRX_TYP_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-74 Payment Transaction Type Short Description Attribute Mapping

Level
Mapping (Physical Column)

TPTTYP

"Total Payment Transaction Type"

PTTYP

DWL_PYMT_TRX_TYP. PYMT_TRX_TYP_CD

Peak Offpeak Time: POPT

This dimension keeps all the information of the peak and offpeak time. Based on the usage or traffic on the network each day is divided into various time slots such as the time when the usage is highest is called as the peak time slot

Table 8-75 Peak Offpeak Time (POPT) Levels and Hierarchies

Level
Description
Peak Offpeak Time Hierarchy (HPOPT)

TPOPT

Total Peak Offpeak Time

TPOPT

POPT

Peak Offpeak Time

POPT

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-76 Peak Offpeak Time Long Description Attribute Mapping

Level
Mapping (Physical Column)

TPOPT

"Total Peak Offpeak Time"

POPT

DWL_PK_OFPK_TIME.PK_OFPK_TIME_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-77 Peak Offpeak Time Short Description Attribute Mapping

Level
Mapping (Physical Column)

TPOPT

"Total Peak Offpeak Time"

POPT

DWL_PK_OFPK_TIME.PK_OFPK_TIME_CD

Attribute Name: Peak Offpeak Start Time(PK_OFPK_STRT)

Table 8-78 Peak Offpeak Time Peak Offpeak Start Time Attribute Mapping

Level
Mapping (Physical Column)

TPOPT

POPT

DWL_PK_OFPK_TIME.PK_OFPK_STRT

Attribute Name: Peak Offpeak End Time(PK_OFPK_END)

Table 8-79 Peak Offpeak Time Peak Offpeak End Time Attribute Mapping

Level
Mapping (Physical Column)

TPOPT

POPT

DWL_PK_OFPK_TIME.PK_OFPK_END

Attribute Name: Holiday Indicator (HOLIDY_IND)

Table 8-80 Peak Offpeak Time Holiday Indicator Attribute Mapping

Level
Mapping (Physical Column)

TPOPT

POPT

DWL_PK_OFPK_TIME.HOLIDY_IND

Attribute Name: Weekend Indicator (WEEKEND_IND)

Table 8-81 Peak Offpeak Time Weekend Indicator Attribute Mapping

Level
Mapping (Physical Column)

TPOPT

POPT

DWL_PK_OFPK_TIME.WKEND_IND

Product: PROD

This dimension keeps all the information of products, services and value added features offering by the telecommunication company.

Table 8-82 Product (PROD) Levels and Hierarchies

Level
Description
Product Hierarchy (HPROD)

TPROD

Total Product

TPROD

PRODTYP

Type of the product

PRODTYP

PROD

The product provided by the carrier.

PROD

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-83 Product Long Description Attribute Mapping

Level
Mapping (Physical Column)

TPROD

"Total Product"

PRODTYP

DWL_PROD_TYP.PROD_TYP_NAME

PROD

DWR_PROD.PROD_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-84 Product Short Description Attribute Mapping

Level
Mapping (Physical Column)

TPROD

"Total Product"

PRODTYP

DWL_PROD_TYP.PROD_TYP_CD

PROD

DWR_PROD.PROD_CD

Attribute Name: IN Platform Key(IN_PLTFRM_KEY)

Id for IN Platform

Table 8-85 Product IN Platform Key Attribute Mapping

Level
Mapping (Physical Column)

TPROD

PRODTYP

PROD

DWR_PROD.IN_PLTFRM_KEY

Product Market Plan: PMP

The product package was rendered to market through market plan, which usually contains some gifts and discount.

Table 8-86 Product Market Plan (PMP) Levels and Hierarchies

Level
Description
Product Market Plan Hierarchy (HPMP)

TPMP

Total Product Market Plan

TPMP

PMPTYP

Type of the product market plan

PMPTYP

PMP

The product package was rendered to market through market plan.

PMP

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-87 Product Market Plan Long Description Attribute Mapping

Level
Mapping (Physical Column)

TPMP

"Total Product Market Plan"

PMPTYP

DWL_PROD_MKT_PLN_TYP.MKT_PLN_TYP_NAME

PMP

DWR_ PROD_MKT_PLN.MKT_PLN_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-88 Product Market Plan Short Description Attribute Mapping

Level
Mapping (Physical Column)

TPMP

"Total Product Market Plan"

PMPTYP

DWL_PROD_MKT_PLN_TYP.MKT_PLN_TYP_CD

PMP

DWR_PROD_MKT_PLN.MKT_PLN_CD

Attribute Name: New Customer Only Indicator (NC_IND)

Table 8-89 Product Market Plan New Customer Only Indicator Attribute Mapping

Level
Mapping (Physical Column)

TPMP

PMPTYP

PMP

DWR_PROD_MKT_PLN.NEW_CUST_ONLY_IND

Attribute Name: Joint Program Indicator (JP_IND)

Table 8-90 Product Market Plan Joint Program Indicator Attribute Mapping

Level
Mapping (Physical Column)

TPMP

PMPTYP

PMP

DWR_PROD_MKT_PLN. JNT_PROG_IND

Attribute Name: Loyalty Program Indicator (LP_IND)

Table 8-91 Product Market Plan Loyalty Program Indicator Attribute Mapping

Level
Mapping (Physical Column)

TPMP

PMPTYP

PMP

DWR_PROD_MKT_PLN. LYLTY_PROG_IND

Attribute Name: VAS Indicator (VAS_IND)

Table 8-92 Product Market Plan VAS Indicator Attribute Mapping

Level
Mapping (Physical Column)

TPMP

PMPTYP

PMP

DWR_PROD_MKT_PLN. VAS_IND

Promotion: PRMTN

This dimension keeps one promotion action in the campaign. You can use this dimension to evaluate effectiveness of a campaign. For example, target customer or promotion channel.

Default Hierarchy: HPRMTN

Table 8-93 Promotion (PRMTN) Levels and Hierarchies

Level
Description
Promotion Type Hierarchy (HPRMTN)
Promotion Campaign Hierarchy (HCMPGN)

TPRMTN

Total promotion

TPRMTN

TPRMTN

PRMTNTYP

Type of the promotion

PRMTNTYP

CMPGN

Campaign

CMPGN

PRMTN

Promotion

PRMTN

PRMTN

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-94 Promotion Long Description Attribute Mapping

Level
Mapping (Physical Column)

TPRMTN

"Total Promotion"

PRMTNTYP

DWL_PRMTN_TYP.PRMTN_TYP_NAME

CMPGN

DWR_CMPGN.CMPGN_DESC

PRMTN

DWR_PRMTN.PRMTN_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-95 Promotion Short Description Attribute Mapping

Level
Mapping (Physical Column)

TPRMTN

"Total Promotion"

PRMTNTYP

DWL_PRMTN_TYP.PRMTN_TYP_CD

CMPGN

DWR_CMPGN.CMPGN_CD

PRMTN

DWR_PRMTN.PRMTN_CD

Sales Channel: SLCHNL

This dimension keeps all the information of Sales Channel.

Table 8-96 Sales Channel (SLCHNL) Levels and Hierarchies

Level
Description
Sales Channel Hierarchy (HSLCHNL)

TSLCHNL

Total Sales Channel

TSLCHNL

SLCHNL

Sales Channel

SLCHNL

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-97 Sales Channel Long Description Attribute Mapping

Level
Mapping (Physical Column)

TSLCHNL

"Total Sales Channel"

SLCHNL

DWR_SL_CHNL.CHNL_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-98 Sales Channel Short Description Attribute Mapping

Level
Mapping (Physical Column)

TSLCHNL

"Total Sales Channel"

SLCHNL

DWR_SL_CHNL.CHNL_CD

Attribute Name: Capacity Quantity (CPCTY_QTY):

The number of transaction that a Channel can handle, at a point of time.

Table 8-99 Sales Channel Capacity Quantity Attribute Mapping

Level
Mapping (Physical Column)

TSLCHNL

SLCHNL

DWR_SL_CHNL.CPCTY_QTY

Time: TIME

This dimension keeps all the information of time.

Table 8-100 Time (TIME) Levels and Hierarchies

Level
Description
Time Business Hierarchy (HTBSNS)

TTIME

Time Total

TTIME

BSNS_YR

Business Year

BSNS_YR

BSNS_HLF_YR

Business Half Year

BSNS_HLF_YR

BSNS_QTR

Business Quarter

BSNS_QTR

BSNS_MO

Business Month

BSNS_MO

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-101 Time Long Description Attribute Mapping

Level
Mapping (Physical Column)

TTIME

DWR_TIME_TOT.TOT_DESC

BSNS_YR

DWR_BSNS_YR.BSNS_YR_DESC

BSNS_HLF_YR

DWR_BSNS_HLF_YR.BSNS_HLF_YR_DESC

BSNS_QTR

DWR_BSNS_QTR.BSNS_QTR_DESC

BSNS_MO

DWR_BSNS_MO.BSNS_MO_DESC

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-102 Time Short Description Attribute Mapping

Level
Mapping (Physical Column)

TTIME

DWR_TIME_TOT.TOT_CD

BSNS_YR

DWR_BSNS_YR.BSNS_YR_CD

BSNS_HLF_YR

DWR_BSNS_HLF_YR.BSNS_HLF_YR_CD

BSNS_QTR

DWR_BSNS_QTR.BSNS_QTR_CD

BSNS_MO

DWR_BSNS_MO.BSNS_MO_CD

Attribute Name: Time Number(TIME_NBR)

Table 8-103 Time Time Number Attribute Mapping

Level
Mapping (Physical Column)

TTIME

DWR_TIME_TOT.TOT_NBR

BSNS_YR

DWR_BSNS_YR.BSNS_YR_NBR

BSNS_HLF_YR

DWR_BSNS_HLF_YR.BSNS_HLF_YR_NBR

BSNS_QTR

DWR_BSNS_QTR.BSNS_QTR_NBR

BSNS_MO

DWR_BSNS_MO.BSNS_MO_NBR

Attribute Name: Time Span(TIME_SPAN)

Table 8-104 Time Time Span Attribute Mapping

Level
Mapping (Physical Column)

TTIME

DWR_TIME_TOT.TOT_TIMESPN

BSNS_YR

DWR_BSNS_YR.BSNS_YR_TIMESPN

BSNS_HLF_YR

DWR_BSNS_HLF_YR.BSNS_HLF_YR_TIMESPN

BSNS_QTR

DWR_BSNS_QTR.BSNS_QTR_TIMESPN

BSNS_MO

DWR_BSNS_MO.BSNS_MO_TIMESPN

Attribute Name: Start Date(START_DATE)

Table 8-105 Time Start Date Attribute Mapping

Level
Mapping (Physical Column)

TTIME

DWR_TIME_TOT.TOT_STRT_DT

BSNS_YR

DWR_BSNS_YR.BSNS_YR_STRT_DT

BSNS_HLF_YR

DWR_BSNS_HLF_YR.BSNS_HLF_YR_STRT_DT

BSNS_QTR

DWR_BSNS_QTR.BSNS_QTR_ STRT_DT

BSNS_MO

DWR_BSNS_MO.BSNS_MO_STRT_DT

Attribute Name: End Date(END_DATE)

Table 8-106 Time End Date Attribute Mapping

Level
Mapping (Physical Column)

TTIME

DWR_TIME_TOT.TOT_END_DT

BSNS_YR

DWR_BSNS_YR.BSNS_YR_END_DT

BSNS_HLF_YR

DWR_BSNS_HLF_YR.BSNS_HLF_YR_END_DT

BSNS_QTR

DWR_BSNS_QTR.BSNS_QTR_END_DT

BSNS_MO

DWR_BSNS_MO.BSNS_MO_END_DT

Time Slot: TSLT

This dimension keeps information for Time Slot.

Default Hierarchy: HTSLT

Table 8-107 Time Slot (TSLT) Levels and Hierarchies

Level
Description
Time Slot Hierarchy (HTSLT)

TTSLT

Total Time Slot

TTSLT

TSLT

Time Slot

TSLT

Attribute Name: Long Description(LONG_DESCRIPTION)

Table 8-108 Time Slot Long Description Attribute Mapping

Level
Mapping (Physical Column)

TTSLT

"Total Time Slot"

TSLT

DWR_TIME_SLT.TIME_SLT_NAME

Attribute Name: Short Description(SHORT_DESCRIPTION)

Table 8-109 Time Slot Short Description Attribute Mapping

Level
Mapping (Physical Column)

TTSLT

"Total Time Slot"

TSLT

DWR_TIME_SLT.TIME_SLT_CD

9 Oracle Communications Data Model OLAP Model Cubes

This chapter of Oracle Communications Data Model Reference describes the Data Flow between fact tables and dimension tables of Oracle Communications Data Model relational part to target materialize views and cubes to support the module Oracle Communications Data Model OLAP.

This chapter includes the following section:

Oracle Communications Data Model OLAP Cubes

For more information, see Chapter 8, "Oracle Communications Data Model OLAP Model Dimensions".

Note:

All materialized views underlying the OLAP cubes are disabled by default. To enable the cube materialized views, you must follow the steps outlined in Oracle Communications Data Model Implementation and Operations Guide.

Oracle Communications Data Model OLAP Cubes

For each cube, each section includes the following cube information:

Description

Dimensions (leaf load level and load sequence)

Base Measures with Physical Mapping and Description

Derived Measure with the Logical Name and the Calculations

Table 9-1 lists the Oracle Communications Data Model OLAP cubes.

Table 9-1 OLAP Cubes

Cubes

Account Debt Cube

Account Payment Cube

Account Refund Cube

Cell Statistic Cube

Commission Cube

Contract Cube

Cost Organizational Cube

Cost Product Market Plan Cube

Customer Acquisition Cube

External Debt Collection Cube

Handset Stock Cube

Invoice Adjustment Cube

Invoice Customer Type Cube

Revenue Cube

Subscriber Churn Statistic Cube

Customer Acquisition Forecast Cube

Customer Acquisition Forecast Statistic Cube

Cell Statistic Forecast Cube

Handset Stock Forecast Cube

Revenue Forecast Cube

Note:

Oracle Communications Data Model includes base measures with format such as, XXXX1. These base measures are intended for internal; Oracle Communications Data Model uses these base measures to calculate EOP_XXXX (end of period value). Do not uses these measures for reporting.

Account Debt Cube

The summarized daily status of customer debt per customer type and collection agency.

Physical Name: ADM

Dimensions and Load Level

The fact data of Account Debt Cube will be loaded from the relational schema at these dimension levels (leaf level).

Table 9-2 Account Debt Cube Dimensions and Load Level

Dimension Name
Load level

Time

Business Month

Customer Type

Customer Type

Debt Aging Band

Account Refund Reason

Collection Agency

Collection Agency

Organization

Business Unit

Geography

County

Aggregation Order/Operator

The Account Debt Cube is aggregated by the order and operators on dimensions shown in Table 9-3.

Table 9-3 Account Debt Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Customer Type

Sum

2

Debt Aging Band

Sum

3

Collection Agency

Sum

4

Organization

Sum

5

Geography

Sum

6

Base Measures

Table 9-4 shows the base measures.

Table 9-4 Account Debt Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

ACNT1

Account Count

DWA_ACCT_DEBT_MO.ACCT_CNT

Number of Accounts.

DCNT1

Debt Count

DWA_ACCT_DEBT_MO.DEBT_CNT

Debt Count

DAMT1

Debt Amount

DWA_ACCT_DEBT_MO.DEBT_AMT

Debt Amount

RAMT

Recovered Amount

DWA_ACCT_DEBT_MO.RCV_AMT

How much was collected from customer at the end.

WAMT

Waiving Amount

DWA_ACCT_DEBT_MO.WVNG_AMT

How much waiving made to the customer.

PAMT

Penalty Amount

DWA_ACCT_DEBT_MO.PNLTY_AMT

Penalty amount.

Derived Measures

The possible derived measure of this data cube are.

Table 9-5 Account Debt Cube Derived Measures

Physical Name
Logical Name
Definition

EOP_ACNT

EOP Account Count

OLAP_DML_EXPRESSION('ADM_ACNT1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_DAMT

EOP Debt Amount

OLAP_DML_EXPRESSION('ADM_DAMT1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_DCNT

EOP Debt Count

OLAP_DML_EXPRESSION('ADM_DCNT1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

PAMT_YTD

Penalty Amount YTD

SUM(ADM.PAMT) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_PAMT_DAB

Penalty Amount Share of DAB Parent

SHARE(ADM.PAMT OF DAB.HDAB PARENT)

SHR_PAMT_GEO

Penalty Amount Share of Geography Parent

SHARE(ADM.PAMT OF GEO.HGEO PARENT)

SHR_PAMT_CUSTYP

Penalty Amount Share of CUSTYP Parent

SHARE(ADM.PAMT OF CUSTYP.HCUSTYP PARENT)

RANK_PAMT_DAB

Penalty Amount Rank of DAB Parent

RANK() OVER HIERARCHY (DAB.HDAB ORDER BY ADM.PAMT DESC NULLS LAST WITHIN PARENT)

RANK_PAMT_GEO

Penalty Amount Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ADM.PAMT DESC NULLS LAST WITHIN PARENT)

RANK_PAMT_CUSTYP

Penalty Amount Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ADM.PAMT DESC NULLS LAST WITHIN PARENT)

PAMT_LP

Penalty Amount Last Period

LAG(ADM.PAMT, 1) OVER HIERARCHY ("TIME".HTBSNS)

PAMT_LY

Penalty Amount Last Year

LAG(ADM.PAMT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PAMT_YTD_LY

Penalty Amount YTD Last Year

LAG(ADM.PAMT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PAMT_YTD_LY_PCT_CHG

Penalty Amount YTD % change Last Year

LAG_VARIANCE_PERCENT(ADM.PAMT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RAMT_YTD

Recovered Amount YTD

SUM(ADM.RAMT) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_RAMT_DAB

Recovered Amount Share of DAR Parent

SHARE(ADM.RAMT OF DAB.HDAB PARENT)

SHR_RAMT_GEO

Recovered Amount Share of Geography Parent

SHARE(ADM.RAMT OF GEO.HGEO PARENT)

SHR_RAMT_CUSTYP

Recovered Amount Share of CUSTYP Parent

SHARE(ADM.RAMT OF CUSTYP.HCUSTYP PARENT)

RANK_RAMT_DAB

Recovered Amount Rank of DAB Parent

RANK() OVER HIERARCHY (DAB.HDAB ORDER BY ADM.RAMT DESC NULLS LAST WITHIN PARENT)

RANK_RAMT_GEO

Recovered Amount Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ADM.RAMT DESC NULLS LAST WITHIN PARENT)

RANK_RAMT_CUSTYP

Recovered Amount Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ADM.RAMT DESC NULLS LAST WITHIN PARENT)

RAMT_LP

Recovered Amount LP

LAG(ADM.RAMT, 1) OVER HIERARCHY ("TIME".HTBSNS)

RAMT_LY

Recovered Amount Last Year

LAG(ADM.RAMT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RAMT_YTD_LY

Recovered Amount YTD Last Year

LAG(ADM.RAMT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RAMT_YTD_LY_PCT_CHG

Recovered Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(ADM.RAMT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

WAMT_YTD

Waiving Amount YTD

SUM(ADM.WAMT) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_WAMT_DAB

Waiving Amount Share of DAB Parent

SHARE(ADM.WAMT OF DAB.HDAB PARENT)

SHR_WAMT_GEO

Waiving Amount Share of Geography Parent

SHARE(ADM.WAMT OF GEO.HGEO PARENT)

SHR_WAMT_CUSTYP

Waiving Amount Share of CUSTYP Parent

SHARE(ADM.WAMT OF CUSTYP.HCUSTYP PARENT)

RANK_WAMT_DAB

Waiving Amount Rank of DAB Parent

RANK() OVER HIERARCHY (DAB.HDAB ORDER BY ADM.WAMT DESC NULLS LAST WITHIN PARENT)

RANK_WAMT_GEO

Waiving Amount Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ADM.WAMT DESC NULLS LAST WITHIN PARENT)

RANK_WAMT_CUSTYP

Waiving Amount Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ADM.WAMT DESC NULLS LAST WITHIN PARENT)

WAMT_LP

Waiving Amount LP

LAG(ADM.WAMT, 1) OVER HIERARCHY ("TIME".HTBSNS)

WAMT_LY

Waiving Amount Last Year

LAG(ADM.WAMT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

WAMT_YTD_LY

Waiving Amount YTD Last Year

LAG(ADM.WAMT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

WAMT_YTD_LY_PCT_CHG

Waiving Amount YTD % ChangeLast Year

LAG_VARIANCE_PERCENT(ADM.WAMT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_PAMT_ORG

Penalty Amount Share of Organization Parent

SHARE(ADM.PAMT OF ORG.HCHAIN PARENT)

RANK_PAMT_ORG

Penalty Amount Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY ADM.PAMT DESC NULLS LAST WITHIN PARENT)

SHR_RAMT_ORG

Recovered Amount Share of Organization Parent

SHARE(ADM.RAMT OF ORG.HCHAIN PARENT)

RANK_RAMT_ORG

Recovered Amount Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY ADM.RAMT DESC NULLS LAST WITHIN PARENT)

SHR_WAMT_ORG

Waiving Amount Share of Organization Parent

SHARE(ADM.WAMT OF ORG.HCHAIN PARENT)

RANK_WAMT_ORG

Waiving Amount Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY ADM.WAMT DESC NULLS LAST WITHIN PARENT)

SHR_PAMT_CAGNCY

Penalty Amount Share of CAGNCY Parent

SHARE(ADM.PAMT OF CAGNCY.HCAGNCY PARENT)

RANK_PAMT_CAGNCY

Penalty Amount Rank of CAGNCY Parent

RANK() OVER HIERARCHY (CAGNCY.HCAGNCY ORDER BY ADM.PAMT DESC NULLS LAST WITHIN PARENT)

SHR_RAMT_CAGNCY

Recovered Amount Share of CAGNCY Parent

SHARE(ADM.RAMT OF CAGNCY.HCAGNCY PARENT)

RANK_RAMT_CAGNCY

Recovered Amount Rank of CAGNCY Parent

RANK() OVER HIERARCHY (CAGNCY.HCAGNCY ORDER BY ADM.RAMT DESC NULLS LAST WITHIN PARENT)

SHR_WAMT_CAGNCY

Waiving Amount Share of CAGNCY Parent

SHARE(ADM.WAMT OF CAGNCY.HCAGNCY PARENT)

RANK_WAMT_CAGNCY

Waiving Amount Rank of CAGNCY Parent

RANK() OVER HIERARCHY (CAGNCY.HCAGNCY ORDER BY ADM.WAMT DESC NULLS LAST WITHIN PARENT)

EOP_DAMT_LY

EOP Debt Amount Last Year

LAG(ADM.EOP_DAMT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_DCNT_LY

EOP Debt Count Last Year

LAG(ADM.EOP_DCNT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_DAMT_LY_PCT_CHG

EOP Debt Amount % Chg Last Year

LAG_VARIANCE_PERCENT(ADM.EOP_DAMT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_DCNT_LY_PCT_CHG

EOP Debt Count % Chg Last Year

LAG_VARIANCE_PERCENT(ADM.EOP_DCNT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

WAMT_LY_PCT_CHG

Waiving Amount % Chg Last Year

LAG_VARIANCE_PERCENT(ADM.WAMT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

Account Payment Cube

Once the bills are processed and invoices sent to the customers, customers pay the bill through different channels (shops/outlets) or through banks.

Customer payments are collected in shops by cash, check, or by credit cards. Customers can pay complete bill amount at once or in parts. Also customers can pay bill amount by one single method or by multiple methods like part by check and part by cash.

Product dimension is included in this aggregate table. In some business, like prepaid mobile, the product code can be identified for each payment, while for others, each payment might pay for several product usage. In later case, customer needs to divide the payment into different products during ETL.

Physical Name: APM

Dimensions and Load Level

The fact data of Account Payment Cube will be loaded from the relational schema at these dimension levels (leaf level).

Table 9-6 Account Payment Cube Dimensions and Load Level

Dimension Name
Load level

Time

Business Month

Customer Type

Customer Type

Payment Transaction Type

Payment Transaction Type

Payment Method Type

Payment Method Type

Payment Channel

Payment Channel

Organization

Organization Business Unit

Geography

Product Market Plan

Aggregation Order/Operator

The Account Payment Cube will be aggregated by the following order and operators on dimensions.

Table 9-7 Account Payment Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Customer Type

Sum

2

Payment Transaction Type

Sum

3

Payment Method Type

Sum

4

Payment Channel

Sum

5

Organization

Sum

6

Geography

Sum

7

Base Measures

The base measure of this data cube are:

Table 9-8 Account Payment Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

LPCD

Late Payment Charges Due

DWA_ACCT_PYMT_MO.LATE_PYMT_CHRGS_DUE

Late Payment Charges and/or Finance Charges Due.

PAYC

Payment Count

DWA_ACCT_PYMT_MO.PYMT_CNT

BCAB

Bill Collection Amount By Bank

DWA_ACCT_PYMT_MO.BILL_COLLCTN_AMT_BY_BNK

RLS

Revenue Loss Due To Settlement

DWA_ACCT_PYMT_MO.RVN_LOSS_DUE_TO_STLMNT

The amount of money incurred by the settlement deal with customer or collection agency.

PENA

Penalty Amount

DWA_ACCT_PYMT_MO.PNLTY_AMT

PAYA

Payment Amount

DWA_ACCT_PYMT_MO.PYMT_AMT

Amount paid

DA

Deposit Amount

DWA_ACCT_PYMT_MO.DPST_AMT

Deposit Amount used for payment in current month

CVC

Collection Vendor Commission

DWA_ACCT_PYMT_MO.COLLCTN_VNDR_CMISN

PD

Payment Due

DWA_ACCT_PYMT_MO.PYMT_DUE

LPCC

Late Payment Charges Collected

DWA_ACCT_PYMT_MO.LATE_PYMT_CHRGS_COLCTD

Late Payment Charges and/or Finance Charges Collected.

Derived Measures

The possible derived measure of this data cube are:

Table 9-9 Account Payment Cube Derived Measures

Physical Name
Logical Name
Definition

BCAB_YTD

Bill Collection Amount By Bank YTD

SUM(APM.BCAB) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_BCAB_PTTYP

Bill Collection Amount Share of PTTYP Parent

SHARE(APM.BCAB OF PTTYP.HPTTYP PARENT)

SHR_BCAB_GEO

Bill Collection Amount Share of Geography Parent

SHARE(APM.BCAB OF GEO.HGEO PARENT)

SHR_BCAB_CUSTYP

Bill Collection Amount Share of CUSTYP Parent

SHARE(APM.BCAB OF CUSTYP.HCUSTYP PARENT)

SHR_BCAB_PMTYP

Bill Collection Amount Share of PMTYP Parent

SHARE(APM.BCAB OF PMTYP.HPMTYP PARENT)

SHR_BCAB_PCHNL

Bill Collection Amount Share of PCHNL Parent

SHARE(APM.BCAB OF PCHNL.HPCHNL PARENT)

SHR_BCAB_ORG

Bill Collection Amount Share of Organization Parent

SHARE(APM.BCAB OF ORG.HCHAIN PARENT)

RANK_BCAB_PTTYP

Bill Collection Amount Rank of PTTYP Parent

RANK() OVER HIERARCHY (PTTYP.HPTTYP ORDER BY APM.BCAB DESC NULLS LAST WITHIN PARENT)

RANK_BCAB_GEO

Bill Collection Amount Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY APM.BCAB DESC NULLS LAST WITHIN PARENT)

RANK_BCAB_CUSTYP

Bill Collection Amount Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY APM.BCAB DESC NULLS LAST WITHIN PARENT)

RANK_BCAB_PMTYP

Bill Collection Amount Rank of PMTYP Parent

RANK() OVER HIERARCHY (PMTYP.HPMTYP ORDER BY APM.BCAB DESC NULLS LAST WITHIN PARENT)

RANK_BCAB_PCHNL

Bill Collection Amount Rank of PCHNL Parent

RANK() OVER HIERARCHY (PCHNL.HPCHNL ORDER BY APM.BCAB DESC NULLS LAST WITHIN PARENT)

RANK_BCAB_ORG

Bill Collection Amount Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY APM.BCAB DESC NULLS LAST WITHIN PARENT)

BCAB_LP

Bill Collection Amount LP

LAG(APM.BCAB, 1) OVER HIERARCHY ("TIME".HTBSNS)

BCAB_LY

Bill Collection AmountLast Year

LAG(APM.BCAB, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BCAB_YTD_LY

Bill Collection Amount YTD Last Year

LAG(APM.BCAB_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BCAB_YTD_LY_PCT_CHG

Bill Collection Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(APM.BCAB_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CVC_YTD

Collection Vendor Commission YTD

SUM(APM.CVC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_CVC_PTTYP

Collection Vendor Commission Share of PTTYP Parent

SHARE(APM.CVC OF PTTYP.HPTTYP PARENT)

SHR_CVC_GEO

Collection Vendor Commission Share of Geography Parent

SHARE(APM.CVC OF GEO.HGEO PARENT)

SHR_CVC_CUSTYP

Collection Vendor Commission Share of CUSTTYP Parent

SHARE(APM.CVC OF CUSTYP.HCUSTYP PARENT)

SHR_CVC_PMTYP

Collection Vendor Commission Share of PMTYP Parent

SHARE(APM.CVC OF PMTYP.HPMTYP PARENT)

SHR_CVC_PCHNL

Collection Vendor Commission Share of PCHNL Parent

SHARE(APM.CVC OF PCHNL.HPCHNL PARENT)

SHR_CVC_ORG

Collection Vendor Commission Share of Organization Parent

SHARE(APM.CVC OF ORG.HCHAIN PARENT)

RANK_CVC_PTTYP

Collection Vendor Commission Rank of PTTYP Parent

RANK() OVER HIERARCHY (PTTYP.HPTTYP ORDER BY APM.CVC DESC NULLS LAST WITHIN PARENT)

RANK_CVC_GEO

Collection Vendor Commission Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY APM.CVC DESC NULLS LAST WITHIN PARENT)

RANK_CVC_CUSTYP

Collection Vendor Commission Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY APM.CVC DESC NULLS LAST WITHIN PARENT)

RANK_CVC_PMTYP

Collection Vendor Commission Rank of PMTYP Parent

RANK() OVER HIERARCHY (PMTYP.HPMTYP ORDER BY APM.CVC DESC NULLS LAST WITHIN PARENT)

RANK_CVC_PCHNL

Collection Vendor Commission Rank of PCHNL Parent

RANK() OVER HIERARCHY (PCHNL.HPCHNL ORDER BY APM.CVC DESC NULLS LAST WITHIN PARENT)

RANK_CVC_ORG

Collection Vendor Commission Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY APM.CVC DESC NULLS LAST WITHIN PARENT)

CVC_LP

Collection Vendor Commission LP

LAG(APM.CVC, 1) OVER HIERARCHY ("TIME".HTBSNS)

CVC_LY

Collection Vendor Commission Last Year

LAG(APM.CVC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CVC_YTD_LY

Collection Vendor Commission YTD Last Year

LAG(APM.CVC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CVC_YTD_LY_PCT_CHG

Collection Vendor Commission YTD % Change Last Year

LAG_VARIANCE_PERCENT(APM.CVC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DA_YTD

Deposit Amount YTD

SUM(APM.DA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_DA_PTTYP

Deposit Amount Share of PTTYP Parent

SHARE(APM.DA OF PTTYP.HPTTYP PARENT)

SHR_DA_GEO

Deposit Amount Share of Geography Parent

SHARE(APM.DA OF GEO.HGEO PARENT)

SHR_DA_CUSTYP

Deposit Amount Share of CUSTYP Parent

SHARE(APM.DA OF CUSTYP.HCUSTYP PARENT)

SHR_DA_PMTYP

Deposit Amount Share of PMTYP Parent

SHARE(APM.DA OF PMTYP.HPMTYP PARENT)

SHR_DA_PCHNL

Deposit Amount Share of PCHNL Parent

SHARE(APM.DA OF PCHNL.HPCHNL PARENT)

SHR_DA_ORG

Deposit Amount Share of Organization Parent

SHARE(APM.DA OF ORG.HCHAIN PARENT)

RANK_DA_PTTYP

Deposit Amount Rank of PTTYP Parent

RANK() OVER HIERARCHY (PTTYP.HPTTYP ORDER BY APM.DA DESC NULLS LAST WITHIN PARENT)

RANK_DA_GEO

Deposit Amount Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY APM.DA DESC NULLS LAST WITHIN PARENT)

RANK_DA_CUSTYP

Deposit Amount Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY APM.DA DESC NULLS LAST WITHIN PARENT)

RANK_DA_PMTYP

Deposit Amount Rank of PMTYP Parent

RANK() OVER HIERARCHY (PMTYP.HPMTYP ORDER BY APM.DA DESC NULLS LAST WITHIN PARENT)

RANK_DA_PCHNL

Deposit Amount Rank of PCHNL Parent

RANK() OVER HIERARCHY (PCHNL.HPCHNL ORDER BY APM.DA DESC NULLS LAST WITHIN PARENT)

RANK_DA_ORG

Deposit Amount Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY APM.DA DESC NULLS LAST WITHIN PARENT)

DA_LP

Deposit Amount Rank LP

LAG(APM.DA, 1) OVER HIERARCHY ("TIME".HTBSNS)

DA_LY

Deposit Amount Rank Last Year

LAG(APM.DA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DA_YTD_LY

Deposit Amount Rank YTD Last Year

LAG(APM.DA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DA_YTD_LY_PCT_CHG

Deposit Amount Rank YTD % Change Last Year

LAG_VARIANCE_PERCENT(APM.DA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LPCC_YTD

Late Payment Charges Collected YTD

SUM(APM.LPCC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_LPCC_PTTYP

Late Payment Charges Collected Share of PTTYP Parent

SHARE(APM.LPCC OF PTTYP.HPTTYP PARENT)

SHR_LPCC_GEO

Late Payment Charges Collected Share of Geography Parent

SHARE(APM.LPCC OF GEO.HGEO PARENT)

SHR_LPCC_CUSTYP

Late Payment Charges Collected Share of CUSTYP Parent

SHARE(APM.LPCC OF CUSTYP.HCUSTYP PARENT)

SHR_LPCC_PMTYP

Late Payment Charges Collected Share of PMTYP Parent

SHARE(APM.LPCC OF PMTYP.HPMTYP PARENT)

SHR_LPCC_PCHNL

Late Payment Charges Collected Share of PCHNL Parent

SHARE(APM.LPCC OF PCHNL.HPCHNL PARENT)

SHR_LPCC_ORG

Late Payment Charges Collected Share of Organization Parent

SHARE(APM.LPCC OF ORG.HCHAIN PARENT)

RANK_LPCC_PTTYP

Late Payment Charges Collected Rank of PTTYP Parent

RANK() OVER HIERARCHY (PTTYP.HPTTYP ORDER BY APM.LPCC DESC NULLS LAST WITHIN PARENT)

RANK_LPCC_GEO

Late Payment Charges Collected Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY APM.LPCC DESC NULLS LAST WITHIN PARENT)

RANK_LPCC_CUSTYP

Late Payment Charges Collected Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY APM.LPCC DESC NULLS LAST WITHIN PARENT)

RANK_LPCC_PMTYP

Late Payment Charges Collected Rank of PMTYP Parent

RANK() OVER HIERARCHY (PMTYP.HPMTYP ORDER BY APM.LPCC DESC NULLS LAST WITHIN PARENT)

RANK_LPCC_PCHNL

Late Payment Charges Collected Rank of PCHNL Parent

RANK() OVER HIERARCHY (PCHNL.HPCHNL ORDER BY APM.LPCC DESC NULLS LAST WITHIN PARENT)

RANK_LPCC_ORG

Late Payment Charges Collected Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY APM.LPCC DESC NULLS LAST WITHIN PARENT)

LPCC_LP

Late Payment Charges Collected LP

LAG(APM.LPCC, 1) OVER HIERARCHY ("TIME".HTBSNS)

LPCC_LY

Late Payment Charges Collected Last Year

LAG(APM.LPCC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LPCC_YTD_LY

Late Payment Charges Collected YTD Last Year

LAG(APM.LPCC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LPCC_YTD_LY_PCT_CHG

Late Payment Charges Collected YTD % Changed Last Year

LAG_VARIANCE_PERCENT(APM.LPCC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LPCD_YTD

Late Payment Charges Due YTD

SUM(APM.LPCD) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_LPCD_PTTYP

Late Payment Charges Due Share of PTTYP Parent

SHARE(APM.LPCD OF PTTYP.HPTTYP PARENT)

SHR_LPCD_GEO

Late Payment Charges Due Share of PTTYP Parent

SHARE(APM.LPCD OF GEO.HGEO PARENT)

SHR_LPCD_CUSTYP

Late Payment Charges Due Share of CUSTYP Parent

SHARE(APM.LPCD OF CUSTYP.HCUSTYP PARENT)

SHR_LPCD_PMTYP

Late Payment Charges Due Share of PMTYP Parent

SHARE(APM.LPCD OF PMTYP.HPMTYP PARENT)

SHR_LPCD_PCHNL

Late Payment Charges Due Share of PMTYP Parent

SHARE(APM.LPCD OF PCHNL.HPCHNL PARENT)

SHR_LPCD_ORG

Late Payment Charges Due Share of Organization Parent

SHARE(APM.LPCD OF ORG.HCHAIN PARENT)

RANK_LPCD_PTTYP

Late Payment Charges Due Rank of PTTYP Parent

RANK() OVER HIERARCHY (PTTYP.HPTTYP ORDER BY APM.LPCD DESC NULLS LAST WITHIN PARENT)

RANK_LPCD_GEO

Late Payment Charges Due Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY APM.LPCD DESC NULLS LAST WITHIN PARENT)

RANK_LPCD_CUSTYP

Late Payment Charges Due Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY APM.LPCD DESC NULLS LAST WITHIN PARENT)

RANK_LPCD_PMTYP

Late Payment Charges Due Rank of PMTYP Parent

RANK() OVER HIERARCHY (PMTYP.HPMTYP ORDER BY APM.LPCD DESC NULLS LAST WITHIN PARENT)

RANK_LPCD_PCHNL

Late Payment Charges Due Rank of PCHNL Parent

RANK() OVER HIERARCHY (PCHNL.HPCHNL ORDER BY APM.LPCD DESC NULLS LAST WITHIN PARENT)

RANK_LPCD_ORG

Late Payment Charges Due Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY APM.LPCD DESC NULLS LAST WITHIN PARENT)

LPCD_LP

Late Payment Charges Due Rank of Organization Parent

LAG(APM.LPCD, 1) OVER HIERARCHY ("TIME".HTBSNS)

LPCD_LY

Late Payment Charges Due Last Year

LAG(APM.LPCD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LPCD_YTD_LY

Late Payment Charges Due YTD Last Year

LAG(APM.LPCD_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LPCD_YTD_LY_PCT_CHG

Late Payment Charges Due YTD % Change Last Year

LAG_VARIANCE_PERCENT(APM.LPCD_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PAYA_YTD

Payment Amount YTD

SUM(APM.PAYA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_PAYA_PTTYP

Payment Amount Share of PTTYP Parent

SHARE(APM.PAYA OF PTTYP.HPTTYP PARENT)

SHR_PAYA_GEO

Payment Amount Share of Geography Parent

SHARE(APM.PAYA OF GEO.HGEO PARENT)

SHR_PAYA_CUSTYP

Payment Amount Share of CUSTYP Parent

SHARE(APM.PAYA OF CUSTYP.HCUSTYP PARENT)

SHR_PAYA_PMTYP

Payment Amount Share of PMTYP Parent

SHARE(APM.PAYA OF PMTYP.HPMTYP PARENT)

SHR_PAYA_PCHNL

Payment Amount Share of PCHNL Parent

SHARE(APM.PAYA OF PCHNL.HPCHNL PARENT)

SHR_PAYA_ORG

Payment Amount Share of Organization Parent

SHARE(APM.PAYA OF ORG.HCHAIN PARENT)

RANK_PAYA_PTTYP

Payment Amount Rank of PTTYP Parent

RANK() OVER HIERARCHY (PTTYP.HPTTYP ORDER BY APM.PAYA DESC NULLS LAST WITHIN PARENT)

RANK_PAYA_GEO

Payment Amount Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY APM.PAYA DESC NULLS LAST WITHIN PARENT)

RANK_PAYA_CUSTYP

Payment Amount Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY APM.PAYA DESC NULLS LAST WITHIN PARENT)

RANK_PAYA_PMTYP

Payment Amount Rank of PMTYP Parent

RANK() OVER HIERARCHY (PMTYP.HPMTYP ORDER BY APM.PAYA DESC NULLS LAST WITHIN PARENT)

RANK_PAYA_PCHNL

Payment Amount Rank of PCHNL Parent

RANK() OVER HIERARCHY (PCHNL.HPCHNL ORDER BY APM.PAYA DESC NULLS LAST WITHIN PARENT)

RANK_PAYA_ORG

Payment Amount Rank of PCHNL Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY APM.PAYA DESC NULLS LAST WITHIN PARENT)

PAYA_LP

Payment Amount LP

LAG(APM.PAYA, 1) OVER HIERARCHY ("TIME".HTBSNS)

PAYA_LY

Payment Amount Last Year

LAG(APM.PAYA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PAYA_YTD_LY

Payment Amount YTD Last Year

LAG(APM.PAYA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PAYA_YTD_LY_PCT_CHG

Payment Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(APM.PAYA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PAYC_YTD

Payment Count YTD

SUM(APM.PAYC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_PAYC_PTTYP

Payment Count Share og PTTYP Parent

SHARE(APM.PAYC OF PTTYP.HPTTYP PARENT)

SHR_PAYC_GEO

Payment Count Share Geography Parent

SHARE(APM.PAYC OF GEO.HGEO PARENT)

SHR_PAYC_CUSTYP

Payment Count Share CUSTTYP Parent

SHARE(APM.PAYC OF CUSTYP.HCUSTYP PARENT)

SHR_PAYC_PMTYP

Payment Count Share PMTYP Parent

SHARE(APM.PAYC OF PMTYP.HPMTYP PARENT)

SHR_PAYC_PCHNL

Payment Count Share PCHNL Parent

SHARE(APM.PAYC OF PCHNL.HPCHNL PARENT)

SHR_PAYC_ORG

Payment Count Share Organization Parent

SHARE(APM.PAYC OF ORG.HCHAIN PARENT)

RANK_PAYC_PTTYP

Payment Count Rank of PTTYP Parent

RANK() OVER HIERARCHY (PTTYP.HPTTYP ORDER BY APM.PAYC DESC NULLS LAST WITHIN PARENT)

RANK_PAYC_GEO

Payment Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY APM.PAYC DESC NULLS LAST WITHIN PARENT)

RANK_PAYC_CUSTYP

Payment Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY APM.PAYC DESC NULLS LAST WITHIN PARENT)

RANK_PAYC_PMTYP

Payment Count Rank of PMTYP Parent

RANK() OVER HIERARCHY (PMTYP.HPMTYP ORDER BY APM.PAYC DESC NULLS LAST WITHIN PARENT)

RANK_PAYC_PCHNL

Payment Count Rank of PCHNL Parent

RANK() OVER HIERARCHY (PCHNL.HPCHNL ORDER BY APM.PAYC DESC NULLS LAST WITHIN PARENT)

RANK_PAYC_ORG

Payment Count Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY APM.PAYC DESC NULLS LAST WITHIN PARENT)

PAYC_LP

Payment Count LP

LAG(APM.PAYC, 1) OVER HIERARCHY ("TIME".HTBSNS)

PAYC_LY

Payment Count Last Year

LAG(APM.PAYC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PAYC_YTD_LY

Payment Count YTD Last Year

LAG(APM.PAYC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PAYC_YTD_LY_PCT_CHG

Payment Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(APM.PAYC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PD_YTD

Payment Due YTD

SUM(APM.PD) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_PD_PTTYP

Payment Due Share of PTTYP Parent

SHARE(APM.PD OF PTTYP.HPTTYP PARENT)

SHR_PD_GEO

Payment Due Share of Geography Parent

SHARE(APM.PD OF GEO.HGEO PARENT)

SHR_PD_CUSTYP

Payment Due Share of CUSTYP Parent

SHARE(APM.PD OF CUSTYP.HCUSTYP PARENT)

SHR_PD_PMTYP

Payment Due Share of PMTYP Parent

SHARE(APM.PD OF PMTYP.HPMTYP PARENT)

SHR_PD_PCHNL

Payment Due Share of PCHNL Parent

SHARE(APM.PD OF PCHNL.HPCHNL PARENT)

SHR_PD_ORG

Payment Due Share of Organization Parent

SHARE(APM.PD OF ORG.HCHAIN PARENT)

RANK_PD_PTTYP

Payment Due Rank of PTTYP Parent

RANK() OVER HIERARCHY (PTTYP.HPTTYP ORDER BY APM.PD DESC NULLS LAST WITHIN PARENT)

RANK_PD_GEO

Payment Due Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY APM.PD DESC NULLS LAST WITHIN PARENT)

RANK_PD_CUSTYP

Payment Due Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY APM.PD DESC NULLS LAST WITHIN PARENT)

RANK_PD_PMTYP

Payment Due Rank of PMTYP Parent

RANK() OVER HIERARCHY (PMTYP.HPMTYP ORDER BY APM.PD DESC NULLS LAST WITHIN PARENT)

RANK_PD_PCHNL

Payment Due Rank of PCHNL Parent

RANK() OVER HIERARCHY (PCHNL.HPCHNL ORDER BY APM.PD DESC NULLS LAST WITHIN PARENT)

RANK_PD_ORG

Payment Due Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY APM.PD DESC NULLS LAST WITHIN PARENT)

PD_LP

Payment Due LP

LAG(APM.PD, 1) OVER HIERARCHY ("TIME".HTBSNS)

PD_LY

Payment Due Last Year

LAG(APM.PD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PD_YTD_LY

Payment Due YTD Last Year

LAG(APM.PD_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PD_YTD_LY_PCT_CHG

Payment Due YTD % Change Last Year

LAG_VARIANCE_PERCENT(APM.PD_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PENA_YTD

Penalty Amount YTD

SUM(APM.PENA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_PENA_PTTYP

Penalty Amount Share of PTTYP Parent

SHARE(APM.PENA OF PTTYP.HPTTYP PARENT)

SHR_PENA_GEO

Penalty Amount Share of Geography Parent

SHARE(APM.PENA OF GEO.HGEO PARENT)

SHR_PENA_CUSTYP

Penalty Amount Share of CUSTYP Parent

SHARE(APM.PENA OF CUSTYP.HCUSTYP PARENT)

SHR_PENA_PMTYP

Penalty Amount Share of PMTYP Parent

SHARE(APM.PENA OF PMTYP.HPMTYP PARENT)

SHR_PENA_PCHNL

Penalty Amount Share of PCHNL Parent

SHARE(APM.PENA OF PCHNL.HPCHNL PARENT)

SHR_PENA_ORG

Penalty Amount Share of Organization Parent

SHARE(APM.PENA OF ORG.HCHAIN PARENT)

RANK_PENA_PTTYP

Penalty Amount Rank of PTTYP Parent

RANK() OVER HIERARCHY (PTTYP.HPTTYP ORDER BY APM.PENA DESC NULLS LAST WITHIN PARENT)

RANK_PENA_GEO

Penalty Amount Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY APM.PENA DESC NULLS LAST WITHIN PARENT)

RANK_PENA_CUSTYP

Penalty Amount Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY APM.PENA DESC NULLS LAST WITHIN PARENT)

RANK_PENA_PMTYP

Penalty Amount Rank of PMTYP Parent

RANK() OVER HIERARCHY (PMTYP.HPMTYP ORDER BY APM.PENA DESC NULLS LAST WITHIN PARENT)

RANK_PENA_PCHNL

Penalty Amount Rank of PCHNL Parent

RANK() OVER HIERARCHY (PCHNL.HPCHNL ORDER BY APM.PENA DESC NULLS LAST WITHIN PARENT)

RANK_PENA_ORG

Penalty Amount Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY APM.PENA DESC NULLS LAST WITHIN PARENT)

PENA_LP

Penalty Amount LP

LAG(APM.PENA, 1) OVER HIERARCHY ("TIME".HTBSNS)

PENA_LY

Penalty Amount Last Year

LAG(APM.PENA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PENA_YTD_LY

Penalty Amount YTD Last Year

LAG(APM.PENA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PENA_YTD_LY_PCT_CHG

Penalty Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(APM.PENA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RLS_YTD

Revenue Loss Due to Settlement YTD

SUM(APM.RLS) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_RLS_PTTYP

Revenue Loss Due to Settlement Share of PTTYP Parent

SHARE(APM.RLS OF PTTYP.HPTTYP PARENT)

SHR_RLS_GEO

Revenue Loss Due to Settlement Share of Geography Parent

SHARE(APM.RLS OF GEO.HGEO PARENT)

SHR_RLS_CUSTYP

Revenue Loss Due to Settlement Share of CUSTYP Parent

SHARE(APM.RLS OF CUSTYP.HCUSTYP PARENT)

SHR_RLS_PMTYP

Revenue Loss Due to Settlement Share of PMTYP Parent

SHARE(APM.RLS OF PMTYP.HPMTYP PARENT)

SHR_RLS_PCHNL

Revenue Loss Due to Settlement Share of PCHNL Parent

SHARE(APM.RLS OF PCHNL.HPCHNL PARENT)

SHR_RLS_ORG

Revenue Loss Due to Settlement Share of Organization Parent

SHARE(APM.RLS OF ORG.HCHAIN PARENT)

RANK_RLS_PTTYP

Revenue Loss Due to Settlement Rank of PTTYP Parent

RANK() OVER HIERARCHY (PTTYP.HPTTYP ORDER BY APM.RLS DESC NULLS LAST WITHIN PARENT)

RANK_RLS_GEO

Revenue Loss Due to Settlement Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY APM.RLS DESC NULLS LAST WITHIN PARENT)

RANK_RLS_CUSTYP

Revenue Loss Due to Settlement Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY APM.RLS DESC NULLS LAST WITHIN PARENT)

RANK_RLS_PMTYP

Revenue Loss Due to Settlement Rank of PMTYP Parent

RANK() OVER HIERARCHY (PMTYP.HPMTYP ORDER BY APM.RLS DESC NULLS LAST WITHIN PARENT)

RANK_RLS_PCHNL

Revenue Loss Due to Settlement Rank of PCHNL Parent

RANK() OVER HIERARCHY (PCHNL.HPCHNL ORDER BY APM.RLS DESC NULLS LAST WITHIN PARENT)

RANK_RLS_ORG

Revenue Loss Due to Settlement Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY APM.RLS DESC NULLS LAST WITHIN PARENT)

RLS_LP

Revenue Loss Due to Settlement LP

LAG(APM.RLS, 1) OVER HIERARCHY ("TIME".HTBSNS)

RLS_LY

Revenue Loss Due to Settlement Last Year

LAG(APM.RLS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RLS_YTD_LY

Revenue Loss Due to Settlement YTD Last Year

LAG(APM.RLS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RLS_YTD_LY_PCT_CHG

Revenue Loss Due to Settlement YTD % Change Last Year

LAG_VARIANCE_PERCENT(APM.RLS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

Account Refund Cube

Once the bills are processed and invoices sent to the customers, customers pay the bill through different channels (shops/outlets) or through banks.

This cube collects information about the refund per refund reason, customer type, and Business Unit.

Physical Name: ARM

Dimensions and Load Level

The fact data of Account Refund Cube will be loaded from the relational schema at these dimension levels(leaf level).

Table 9-10 Account Refund Cube Dimensions and Load Level

Dimension Name
Load level

Time

Business Month

Customer Type

Customer Type

Account Refund Reason

Account Refund Reason

Product Market Plan

Product Market Plan

Organization

Business Unit

Geography

County

Aggregation Order/Operator

The Account Refund Cube will be aggregated by the following order and operators on dimensions

Table 9-11 Account Refund Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Customer Type

Sum

2

Account Refund Reason

Sum

3

Product Market Plan

Sum

4

Organization

Sum

5

Geography

Sum

6

Base Measures

The base measure of this data cube are:

Table 9-12 Account Refund Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

RC

Refund Count

DWA_ACCT_RFND_MO.RFND_CNT

Refund Count

RLDS

Revenue Loss Due To Settlement

DWA_ACCT_RFND_MO.RVN_LOSS_DUE_TO_STLMNT

Revenue Loss Due To Settlement

RA

Refund Amount

DWA_ACCT_RFND_MO.RFND_AMT

Amount Paid

Derived Measures

The possible derived measure of this data cube are:

Table 9-13 Account Refund Cube Derived Measures

Physical Name
Logical Name
Definition

RLDS_YTD

Revenue Loss Due to Settlement YTD

SUM( ARM.RLDS) OVER HIERARCHY ( "TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_RLDS_CUSTYP

Revenue Loss Due to Settlement Share of CUSTYP Parent

SHARE( ARM.RLDS OF CUSTYP.HCUSTYP PARENT)

RANK_RLDS_CUSTYP

Revenue Loss Due to Settlement Rank of CUSTYP Parent

RANK() OVER HIERARCHY ( CUSTYP.HCUSTYP ORDER BY ARM.RLDS DESC NULLS LAST WITHIN PARENT)

RLDS_LP

Revenue Loss Due to Settlement LP

LAG( ARM.RLDS, 1) OVER HIERARCHY ( "TIME".HTBSNS)

RLDS_LY

Revenue Loss Due to Settlement Last Year

LAG( ARM.RLDS, 1) OVER HIERARCHY ( "TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RLDS_LY_PCT_CHG

Revenue Loss Due to Settlement % Change Last Year

LAG_VARIANCE_PERCENT( ARM.RLDS, 1) OVER HIERARCHY ( "TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RLDS_YTD_LY

Revenue Loss Due to Settlement YTD Last Year

LAG( ARM.RLDS_YTD, 1) OVER HIERARCHY ( "TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RLDS_YTD_LY_PCT_CHG

Revenue Loss Due to Settlement YTD % Change Last Year

LAG_VARIANCE_PERCENT( ARM.RLDS_YTD, 1) OVER HIERARCHY ( "TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RA_YTD

Refund Amount YTD

SUM( ARM.RA) OVER HIERARCHY ( "TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_RA_CUSTYP

Refund Amount Share of CUSTYP Parent

SHARE( ARM.RA OF CUSTYP.HCUSTYP PARENT)

RANK_RA_CUSTYP

Refund Amount Rank of CUSTYP Parent

RANK() OVER HIERARCHY ( CUSTYP.HCUSTYP ORDER BY ARM.RA DESC NULLS LAST WITHIN PARENT)

RA_LP

Refund Amount LP

LAG( ARM.RA, 1) OVER HIERARCHY ( "TIME".HTBSNS)

RA_LY

Refund Amount Last Year

LAG( ARM.RA, 1) OVER HIERARCHY ( "TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RA_LY_PCT_CHG

Refund Amount % change Last Year

LAG_VARIANCE_PERCENT( ARM.RA, 1) OVER HIERARCHY ( "TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RA_YTD_LY

Refund Amount YTD Last Year

LAG( ARM.RA_YTD, 1) OVER HIERARCHY ( "TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RA_YTD_LY_PCT_CHG

Refund Amount YTD % change Last Year

LAG_VARIANCE_PERCENT( ARM.RA_YTD, 1) OVER HIERARCHY ( "TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_RLDS_ORG

Revenue Loss Due To Settlement Share of Organization Parent

SHARE( ARM.RLDS OF ORG.HCHAIN PARENT)

RANK_RLDS_ORG

Revenue Loss Due To Settlement Rank of Organization Parent

RANK() OVER HIERARCHY ( ORG.HCHAIN ORDER BY ARM.RLDS DESC NULLS LAST WITHIN PARENT)

SHR_RLDS_ARRSN

Revenue Loss Due To Settlement Share of ARRSN Parent

SHARE( ARM.RLDS OF ARRSN.HARRSN PARENT)

RANK_RLDS_ARRSN

Revenue Loss Due To Settlement Rank of ARRSN Parent

RANK() OVER HIERARCHY ( ARRSN.HARRSN ORDER BY ARM.RLDS DESC NULLS LAST WITHIN PARENT)

SHR_RLDS_GEO

Revenue Loss Due To Settlement Share of Geography Parent

SHARE( ARM.RLDS OF GEO.HGEO PARENT)

RANK_RLDS_GEO

Revenue Loss Due To Settlement Rank of Geography Parent

RANK() OVER HIERARCHY ( GEO.HGEO ORDER BY ARM.RLDS DESC NULLS LAST WITHIN PARENT)

SHR_RLDS_PMP

Revenue Loss Due To Settlement Share of PMP Parent

SHARE( ARM.RLDS OF PMP.HPMP PARENT)

RANK_RLDS_PMP

Revenue Loss Due To Settlement Rank of PMP Parent

RANK() OVER HIERARCHY ( PMP.HPMP ORDER BY ARM.RLDS DESC NULLS LAST WITHIN PARENT)

SHR_RA_PMP

Refund Amount Share of PMP Parent

SHARE( ARM.RA OF PMP.HPMP PARENT)

RANK_RA_PMP

Refund Amount Rank of PMP Parent

RANK() OVER HIERARCHY ( PMP.HPMP ORDER BY ARM.RA DESC NULLS LAST WITHIN PARENT)

SHR_RA_GEO

Refund Amount Share of Geography Parent

SHARE( ARM.RA OF GEO.HGEO PARENT)

RANK_RA_GEO

Refund Amount Rank of Geography Parent

RANK() OVER HIERARCHY ( GEO.HGEO ORDER BY ARM.RA DESC NULLS LAST WITHIN PARENT)

SHR_RA_ARRSN

Refund Amount Share of ARRSN Parent

SHARE( ARM.RA OF ARRSN.HARRSN PARENT)

RANK_RA_ARRSN

Refund Amount Rank of ARRSN Parent

RANK() OVER HIERARCHY ( ARRSN.HARRSN ORDER BY ARM.RA DESC NULLS LAST WITHIN PARENT)

SHR_RA_ORG

Refund Amount Share of Organization Parent

SHARE( ARM.RA OF ORG.HCHAIN PARENT)

RANK_RA_ORG

Refund Amount Rank of Organization Parent

RANK() OVER HIERARCHY ( ORG.HCHAIN ORDER BY ARM.RA DESC NULLS LAST WITHIN PARENT)

RC_YTD

Refund Count YTD

SUM( ARM.RC) OVER HIERARCHY ( "TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_RC_CUSTYP

Refund Count Share of CUSTYP Parent

SHARE( ARM.RC OF CUSTYP.HCUSTYP PARENT)

RANK_RC_CUSTYP

Refund Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY ( CUSTYP.HCUSTYP ORDER BY ARM.RC DESC NULLS LAST WITHIN PARENT)

RC_LP

Refund Count LP

LAG( ARM.RC, 1) OVER HIERARCHY ( "TIME".HTBSNS)

RC_LY

Refund Count Last Year

LAG( ARM.RC, 1) OVER HIERARCHY ( "TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RC_LY_PCT_CHG

Refund Count % Change Last Year

LAG_VARIANCE_PERCENT( ARM.RC, 1) OVER HIERARCHY ( "TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RC_YTD_LY

Refund Count YTD Last Year

LAG( ARM.RC_YTD, 1) OVER HIERARCHY ( "TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RC_YTD_LY_PCT_CHG

Refund Count YTD % Change Last Year

LAG_VARIANCE_PERCENT( ARM.RC_YTD, 1) OVER HIERARCHY ( "TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_RC_ORG

Refund Count Share of Organization Parent

SHARE( ARM.RC OF ORG.HCHAIN PARENT)

RANK_RC_ORG

Refund Count Rank of Organization Parent

RANK() OVER HIERARCHY ( ORG.HCHAIN ORDER BY ARM.RC DESC NULLS LAST WITHIN PARENT)

SHR_RC_ARRSN

Refund Count Share of ARRSN Parent

SHARE( ARM.RC OF ARRSN.HARRSN PARENT)

RANK_RC_ARRSN

Refund Count Rank of ARRSN Parent

RANK() OVER HIERARCHY ( ARRSN.HARRSN ORDER BY ARM.RC DESC NULLS LAST WITHIN PARENT)

SHR_RC_GEO

Refund Count Share of Geography Parent

SHARE( ARM.RC OF GEO.HGEO PARENT)

RANK_RC_GEO

Refund Count Rank of Geography Parent

RANK() OVER HIERARCHY ( GEO.HGEO ORDER BY ARM.RC DESC NULLS LAST WITHIN PARENT)

SHR_RC_PMP

Refund Count Share of PMP Parent

SHARE( ARM.RC OF PMP.HPMP PARENT)

RANK_RC_PMP

Refund Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ARM.RC DESC NULLS LAST WITHIN PARENT)

Cell Statistic Cube

Most of the network parameters are captured at the cell level and aggregating the cell level parameters can derive the network level parameters. Cell statistics cube will be used to collect most of the cell parameters. In addition, the Cell Statistic Cube could be adapted to work for other network elements than cell.

Physical Name: CSM

Dimensions and Load Level

The fact data of Cell statistics will be loaded from the relational schema at these dimension levels(leaf level).

Table 9-14 Cell Statistic Cube Dimensions and Load Level

Dimension Name
Load level

Time

Business Month

Peak Offpeak Time

Peak Offpeak Time

Network Element

Network Element

Time Slot

Time Slot

Geography

County

Aggregation Order/Operator

The Cell statistics Cube will be aggregated by the following order and operators on dimensions

Table 9-15 Cell Statistic Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Peak Offpeak Time

Sum

2

Network Element

Sum

3

Time Slot

Sum

4

Geography

Sum

5

Base Measures

The base measure of this data cube are.

Table 9-16 Cell Statistic Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

PBSS

Power Budget Signal Strength

DWA_CELL_STTSTC_MO.POWR_BDGT_SGNL_STRNGTH

Number of attempted outgoing intercell ho due to power budget assessment.

NOC

Number Of Calls

DWA_CELL_STTSTC_MO.NBR_OF_CALLS

NCA

Number Of Call Attempts

DWA_CELL_STTSTC_MO.NBR_OF_CALL_ATTMPTS

Number of call attempts.

NCAWT

Num Call Attempts WO Transit

DWA_CELL_STTSTC_MO.NBR_OF_CALL_ATTMPTS_WO_TRNST

Number of call attempts without transit.

TCM

Total Call Minutes

DWA_CELL_STTSTC_MO.TOT_CALL_MNTS

CCE

Cell Carried Erlangs

DWA_CELL_STTSTC_MO.CELL_CARRIED_ERLNGS

Actual erlangs.

SIOT

SMS INIT on TCH

DWA_CELL_STTSTC_MO.SMS_INIT_ON_TCH

Number of SMS transactions.

SIOS

SMS INIT on SDCCH

DWA_CELL_STTSTC_MO.SMS_INIT_ON_SDCCH

Number of SMS transactions related to TCH.

ORAHL

O INTRA BS HO LOS

DWA_CELL_STTSTC_MO.O_INTRA_BS_HO_LOS

Number of failed intra-BSS Handovers in which the MS also failed to recover to the original BSS.

OERHS

O INTER BS HO SUC

DWA_CELL_STTSTC_MO.O_INTR_BS_HO_SUC

Number of successful inter-BSS handovers.

OERHR

O INTER BS HO RET

DWA_CELL_STTSTC_MO.O_INTR_BS_HO_RET

Number of failed inter-BSS Handovers in which the MS Recovered to the original BSS/channel.

OERHA

O INTER BS HO ATM

DWA_CELL_STTSTC_MO.O_INTR_BS_HO_ATM

Number of assignment commands sent to MS during an inter-BSS handovers.

ORAHC

O INTRA BS HO CLR

DWA_CELL_STTSTC_MO.O_INTRA_BS_HO_CLR

Number of outgoing intra-BSS handovers aborted due to call clearing.

ORAHA

O INTRA BS HO ATM

DWA_CELL_STTSTC_MO.O_INTRA_BS_HO_ATM

Number of assignment commands sent to MS during an intra-BSS Handover.

ORAHS

O INTRA BS HO SUC

DWA_CELL_STTSTC_MO.O_INTRA_BS_HO_SUC

Number of successful intra-BSS handovers.

OEREF

O INTER BS EQ FA

DWA_CELL_STTSTC_MO.O_INTR_BS_EQ_FA

Number of attempted inter-BSS handover failures due to equipment failure.

OERRM

O INTER BS RQ MSC

DWA_CELL_STTSTC_MO.O_INTR_BS_RQ_MSC

Number of outgoing inter bss handover requests.

ASF

ALLOC SDCCH FAIL

DWA_CELL_STTSTC_MO.ALLOC_SDCCH_FAIL

Number of unsuccessful sdcch allocations.

SH

ALLOC SDCCH

DWA_CELL_STTSTC_MO.ALLOC_SDCCH

Number of successful sdcch allocations.

LU

Location Update

DWA_CELL_STTSTC_MO.LOC_UPDT

Number of location update requests.

LS

Location Services

DWA_CELL_STTSTC_MO.LOC_SRVCS

Number of Location Measurement Unit service requests for location services.

PRFM

Page Req From MSC

DWA_CELL_STTSTC_MO.PG_REQ_FROM_MSC

Number of paging requests received from MSC.

SPM

Spare TCH Max

DWA_CELL_STTSTC_MO.SPARE_TCH_MAX

Difference between available and used channels.

SSM

Spare SDCCH Max

DWA_CELL_STTSTC_MO.SPARE_SDCCH_MAX

Difference between available and busy channels.

BSM

Busy SDCCH Max

DWA_CELL_STTSTC_MO.BUSY_SDCCH_MAX

Busy signaling data channels for a cell.

BTM

Busy TCH Max

DWA_CELL_STTSTC_MO.BUSY_TCH_MAX

Used Traffic channels.

ASM

Available SDCCH Max

DWA_CELL_STTSTC_MO.AVLBL_SDCCH_MAX

Available signaling data channels for a cell.

ATM

Available TCH Max

DWA_CELL_STTSTC_MO.AVLBL_TCH_MAX

Available Traffic Channels for a cell.

COE1

Cell Offered Erlangs

DWA_CELL_STTSTC_MO.CELL_OFRD_ERLNGS

Offered erlangs.

USL

Uplink Signal Level

DWA_CELL_STTSTC_MO.UPLNK_SGNL_LVL

Number of attempted outgoing intercell ho due to uplink signal level.

USQ

Uplink Signal Quality

DWA_CELL_STTSTC_MO.UPLNK_SGNL_QLTY

Number of attempted outgoing intercell ho due to uplink signal quality.

AR

Assign Redirect

DWA_CELL_STTSTC_MO.ASGN_REDRCT

Number of times call assignment is redirected to another cell.

TQR

TCH Q Removed

DWA_CELL_STTSTC_MO.TCH_Q_REMVD

Queued call is assigned to a Traffic Channel (TCH).

ICHS

Intra Cell HO Suc

DWA_CELL_STTSTC_MO.INTRA_CELL_HO_SUC

Number of successful intra-cell handovers.

ICHA

Intra Cell HO Atm

DWA_CELL_STTSTC_MO.INTRA_CELL_HO_ATM

Number of assignment commands sent to MS during an intra-cell handover.

IERHS

I Inter BS HO Suc

DWA_CELL_STTSTC_MO.I_INTR_BS_HO_SUC

Number of successful incoming inter-BSS handovers.

IRAHC

I Intra BS HO Suc

DWA_CELL_STTSTC_MO.I_INTRA_BS_HO_SUC

Number of successful incoming intra-BSS handovers.

CSRC

CM Serv Req Call

DWA_CELL_STTSTC_MO.CM_SERV_REQ_CALL

Number of MS (Mobile Station) requests for originating service.

IECR

Inv Est Cause Rach

DWA_CELL_STTSTC_MO.INV_EST_CAUSE_RACH

Number of RACHs with invalid establishment cause.

ADDB

Air DL Data Blks

DWA_CELL_STTSTC_MO.AIR_DL_DATA_BLKS

Number of data blocks in downlink.

AUDB

Air UL Data Blks

DWA_CELL_STTSTC_MO.AIR_UL_DATA_BLKS

Number of data blocks in uplink.

CR

CM Reestablish

DWA_CELL_STTSTC_MO.CM_RESTBLSH

Number of failed MS requests for service in which the call recovered.

ACM

Air Call Minutes

DWA_CELL_STTSTC_MO.AIR_CALL_MNTS

AT

Alloc Tch

DWA_CELL_STTSTC_MO.ALLOC_TCH

Number of successful TCH allocations.

CSRE

CM Serv Req Emrg

DWA_CELL_STTSTC_MO.CM_SERV_REQ_EMRG

Number of MS requests for Emergency call service.

LFRS

Loc Flw Req SMS

DWA_CELL_STTSTC_MO.LOC_FLW_REQ_NRM

Location Update follow-on request-SMS.

ATF

Alloc TCH Fail

DWA_CELL_STTSTC_MO.ALLOC_TCH_FAIL

Number of unsuccessful allocations of TCH.

CRR

Channel Reqs Reject

DWA_CELL_STTSTC_MO.CHNL_REQS_REJECT

Number of requests rejected by PCU for GPRS.

ACI

Adjacent Channel Interference

DWA_CELL_STTSTC_MO.ADJ_CHNL_INTRFRNCE

Number of attempted outgoing intercell ho due to adjacent channel interference.

RLTR

RF Loss TCH Roll

DWA_CELL_STTSTC_MO.RF_LOSS_TCH_ROLL

This statistics tracks the number of calls lost while using a TCH.

PR

Page Response

DWA_CELL_STTSTC_MO.PG_RESPN

Number of MS page request responses.

OHCA

Out HO Cause Attempts

DWA_CELL_STTSTC_MO.OUT_HO_CAUSE_ATTMPTS

Total out handover from cell.

CRMB

Chan Req MS Blk

DWA_CELL_STTSTC_MO.CHAN_REQ_MS_BLK

Number of times a MS has been refused access to a channel.

CD

Call Duration

DWA_CELL_STTSTC_MO.CALL_DRTN

Duration of calls.

ID

IMSI Detach

DWA_CELL_STTSTC_MO.IMSI_DETACH

Number of received imsi detach requests.

OAPSR

OK ACC PROC SUC R

DWA_CELL_STTSTC_MO.OK_ACC_PROC_SUC_R

Successful Channel Request messages on the RACH of a cell.

MTLOS

MT LCS ON SDDCH

DWA_CELL_STTSTC_MO.MT_LCS_ON_SDDCH

This statistics counts the number of mobile terminated SDCCH sessions for location services.

TT

Total Traffic

DWA_CELL_STTSTC_MO.TOT_TRFC

Traffic in Erlangs.

CHRR

Channel Reqs Rec

DWA_CELL_STTSTC_MO.CHNL_REQS_REC

Number of requests received by PCU for GPRS.

HU

Hour Usage

DWA_CELL_STTSTC_MO.HR_USG

Total time for which cell capacity was used.

DSQ

Downlink Signal Quality

DWA_CELL_STTSTC_MO.DNLNK_SGNL_QLTY

Number of attempted outgoing intercell ho due to downlink signal quality.

CISC

Congestion In Source Cell

DWA_CELL_STTSTC_MO.CONGSTN_IN_SRC_CELL

Number of attempted outgoing intercell ho due to traffic channel congestion.

NOCE

Number Of Cells

DWA_CELL_STTSTC_MO.NBR_OF_CELLS

For BTS , number of cells this BTS Serves.

CNNTS

Connections

DWA_CELL_STTSTC_MO.CNCTNS

Number of connection.

DSL

Downlink Signal Level

DWA_CELL_STTSTC_MO.DNLNK_SGNL_LVL

Number of attempted outgoing intercell ho due to downlink signal level.

CSRS

CM Serv Req SMS

DWA_CELL_STTSTC_MO.CM_SERV_REQ_SMS

Number of MS requests for SMS service.

ICHL

Intra Cell HO Los

DWA_CELL_STTSTC_MO.INTRA_CELL_HO_LOS

Number of failed intra-cell handovers that also failed to recover to the original cell.

CSRSP

CM Serv Req Supp

DWA_CELL_STTSTC_MO.CM_SERV_REQ_SUPP

Number of requests for supplementary services.

CONNR

Connections Refuse

DWA_CELL_STTSTC_MO.CNCTNS_REFUSE

Number of connection refusals.

LFRRN

LOC FLW REQ NRM

DWA_CELL_STTSTC_MO.LOC_FLW_REQ_NRM

CRFR

CHAN REQ FAIL ROL

DWA_CELL_STTSTC_MO.CHAN_REQ_FAIL_ROL

Number of times that the BSS times out while waiting for the MS to establish on the SDCCH that was assigned to it during the immediate assignment procedure.

SSD

Signal Source Distance

DWA_CELL_STTSTC_MO.SGNL_SRC_DSTNC

Number of attempted outgoing intercell ho due to weak signal due to distance.

Derived Measures

The possible derived measure of this data cube are:

Table 9-17 Cell Statistic Cube Derived Measures

Physical Name
Logical Name
Definition

EOP_COE

EOP Cell Offered Erlangs

OLAP_DML_EXPRESSION('CSM_COE1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

ACI_YTD

Adjacent Channel Interference YTD

SUM(CSM.ACI) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ACI_LP

Adjacent Channel Interference Last Period

LAG(CSM.ACI, 1) OVER HIERARCHY ("TIME".HTBSNS)

ACI_LY

Adjacent Channel Interference Last Year

LAG(CSM.ACI, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACI_LY_PCT_CHG

Adjacent Channel Interference % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ACI, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACI_YTD_LY

Adjacent Channel Interference YTD Last Year

LAG(CSM.ACI_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACI_YTD_LY_PCT_CHG

Adjacent Channel Interference % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ACI_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACM_YTD

Air Call Minutes YTD

SUM(CSM.ACM) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ACM_LP

Air Call Minutes Last Period

LAG(CSM.ACM, 1) OVER HIERARCHY ("TIME".HTBSNS)

ACM_LY

Air Call Minutes Last Year

LAG(CSM.ACM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACM_LY_PCT_CHG

Air Call Minutes % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ACM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACM_YTD_LY

Air Call Minutes YTD Last Year

LAG(CSM.ACM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACM_YTD_LY_PCT_CHG

Air Call Minutes YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ACM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ADDB_YTD

Air DL Data Blocks YTD

SUM(CSM.ADDB) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ADDB_LP

Air DL Data Blocks YTD Last Period

LAG(CSM.ADDB, 1) OVER HIERARCHY ("TIME".HTBSNS)

ADDB_LY

Air DL Data Blocks Last Year

LAG(CSM.ADDB, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ADDB_LY_PCT_CHG

Air DL Data Blocks % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ADDB, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ADDB_YTD_LY

Air DL Data Blocks YTD Last Year

LAG(CSM.ADDB_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ADDB_YTD_LY_PCT_CHG

Air DL Data Blocks YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ADDB_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AR_YTD

Assign Redirect YTD

SUM(CSM.AR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

AR_LP

Assign Redirect Last Period

LAG(CSM.AR, 1) OVER HIERARCHY ("TIME".HTBSNS)

AR_LY

Assign Redirect Last Year

LAG(CSM.AR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AR_LY_PCT_CHG

Assign Redirect % Change Last Year

LAG_VARIANCE_PERCENT(CSM.AR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AR_YTD_LY

Assign Redirect YTD Last Year

LAG(CSM.AR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AR_YTD_LY_PCT_CHG

Assign Redirect YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.AR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ASF_YTD

Alloc SDCCH Fail YTD

SUM(CSM.ASF) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ASF_LP

Alloc SDCCH Fail Last Period

LAG(CSM.ASF, 1) OVER HIERARCHY ("TIME".HTBSNS)

ASF_LY

Alloc SDCCH Fail Last Year

LAG(CSM.ASF, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ASF_LY_PCT_CHG

Alloc SDCCH Fail % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ASF, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ASF_YTD_LY

Alloc SDCCH Fail YTD Last Year

LAG(CSM.ASF_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ASF_YTD_LY_PCT_CHG

Alloc SDCCH Fail YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ASF_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ASM_YTD

Available SDCCH Max YTD

SUM(CSM.ASM) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ASM_LP

Available SDCCH Max Last Period

LAG(CSM.ASM, 1) OVER HIERARCHY ("TIME".HTBSNS)

ASM_LY

Available SDCCH Max Last Year

LAG(CSM.ASM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ASM_LY_PCT_CHG

Available SDCCH Max % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ASM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ASM_YTD_LY

Available SDCCH Max YTD Last Year

LAG(CSM.ASM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ASM_YTD_LY_PCT_CHG

Available SDCCH Max YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ASM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AT_YTD

Alloc TCH YTD

SUM(CSM."AT") OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

AT_LP

Alloc TCH Last Period

LAG(CSM."AT", 1) OVER HIERARCHY ("TIME".HTBSNS)

AT_LY

Alloc TCH Last Year

LAG(CSM."AT", 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AT_LY_PCT_CHG

Alloc TCH % Change Last Year

LAG_VARIANCE_PERCENT(CSM."AT", 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AT_YTD_LY

Alloc TCH YTD Last Year

LAG(CSM.AT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AT_YTD_LY_PCT_CHG

Alloc TCH YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.AT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ATF_YTD

Alloc TCH Fail YTD

SUM(CSM.ATF) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ATF_LP

Alloc TCH Fail Last Period

LAG(CSM.ATF, 1) OVER HIERARCHY ("TIME".HTBSNS)

ATF_LY

Alloc TCH Fail Last Year

LAG(CSM.ATF, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ATF_LY_PCT_CHG

Alloc TCH Fail % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ATF, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ATF_YTD_LY

Alloc TCH Fail YTD Last Year

LAG(CSM.ATF_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ATF_YTD_LY_PCT_CHG

Alloc TCH Fail YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ATF_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ATM_YTD

Available TCH Max YTD

SUM(CSM.ATM) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ATM_LP

Available TCH Max Last Period

LAG(CSM.ATM, 1) OVER HIERARCHY ("TIME".HTBSNS)

ATM_LY

Available TCH Max Last Year

LAG(CSM.ATM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ATM_LY_PCT_CHG

Available TCH Max % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ATM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ATM_YTD_LY

Available TCH Max YTD Last Year

LAG(CSM.ATM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ATM_YTD_LY_PCT_CHG

Available TCH Max YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ATM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AUDB_YTD

Air UL Data Blks YTD

SUM(CSM.AUDB) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

AUDB_LP

Air UL Data Blks Last Period

LAG(CSM.AUDB, 1) OVER HIERARCHY ("TIME".HTBSNS)

AUDB_LY

Air UL Data Blks Last Year

LAG(CSM.AUDB, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AUDB_LY_PCT_CHG

Air UL Data Blks % Change Last Year

LAG_VARIANCE_PERCENT(CSM.AUDB, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AUDB_YTD_LY

Air UL Data Blks YTD Last Year

LAG(CSM.AUDB_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AUDB_YTD_LY_PCT_CHG

Air UL Data Blks YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.AUDB_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BSM_YTD

Busy SDCCH Max YTD

SUM(CSM.BSM) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

BSM_LP

Busy SDCCH Max Last Period

LAG(CSM.BSM, 1) OVER HIERARCHY ("TIME".HTBSNS)

BSM_LY

Busy SDCCH Max Last Year

LAG(CSM.BSM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BSM_LY_PCT_CHG

Busy SDCCH Max % Change Last Year

LAG_VARIANCE_PERCENT(CSM.BSM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BSM_YTD_LY

Busy SDCCH Max YTD Last Year

LAG(CSM.BSM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BSM_YTD_LY_PCT_CHG

Busy SDCCH Max YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.BSM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BTM_YTD

Busy TCH Max YTD

SUM(CSM.BTM) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

BTM_LP

Busy TCH Max Last Period

LAG(CSM.BTM, 1) OVER HIERARCHY ("TIME".HTBSNS)

BTM_LY

Busy TCH Max Last Year

LAG(CSM.BTM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BTM_LY_PCT_CHG

Busy TCH Max % Change Last Year

LAG_VARIANCE_PERCENT(CSM.BTM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BTM_YTD_LY

Busy TCH Max YTD Last Year

LAG(CSM.BTM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BTM_YTD_LY_PCT_CHG

Busy TCH Max YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.BTM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CCE_YTD

Cell Carried Erlangs YTD

SUM(CSM.CCE) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CCE_LP

Cell Carried Erlangs Last Period

LAG(CSM.CCE, 1) OVER HIERARCHY ("TIME".HTBSNS)

CCE_LY

Cell Carried Erlangs Last Year

LAG(CSM.CCE, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CCE_LY_PCT_CHG

Cell Carried Erlangs % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CCE, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CCE_YTD_LY

Cell Carried Erlangs YTD Last Year

LAG(CSM.CCE_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CCE_YTD_LY_PCT_CHG

Cell Carried Erlangs YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CCE_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CD_YTD

Call Duration YTD

SUM(CSM.CD) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CD_LP

Call Duration Last Period

LAG(CSM.CD, 1) OVER HIERARCHY ("TIME".HTBSNS)

CD_LY

Call Duration Last Year

LAG(CSM.CD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CD_LY_PCT_CHG

Call Duration % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CD_YTD_LY

Call Duration YTD Last Year

LAG(CSM.CD_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CD_YTD_LY_PCT_CHG

Call Duration YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CD_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CHRR_YTD

Channel Reqs Rec YTD

SUM(CSM.CHRR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CHRR_LP

Channel Reqs Rec Last Period

LAG(CSM.CHRR, 1) OVER HIERARCHY ("TIME".HTBSNS)

CHRR_LY

Channel Reqs Rec Last Year

LAG(CSM.CHRR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CHRR_LY_PCT_CHG

Channel Reqs Rec % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CHRR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CHRR_YTD_LY

Channel Reqs Rec YTD Last Year

LAG(CSM.CHRR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CHRR_YTD_LY_PCT_CHG

Channel Reqs Rec YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CHRR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CISC_YTD

Congestion In Source Cell YTD

SUM(CSM.CISC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CISC_LP

Congestion In Source Cell Last Period

LAG(CSM.CISC, 1) OVER HIERARCHY ("TIME".HTBSNS)

CISC_LY

Congestion In Source Cell Last Year

LAG(CSM.CISC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CISC_LY_PCT_CHG

Congestion In Source Cell % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CISC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CISC_YTD_LY

Congestion In Source Cell YTD Last Year

LAG(CSM.CISC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CISC_YTD_LY_PCT_CHG

Congestion In Source Cell YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CISC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CNNTS_YTD

Connections YTD

SUM(CSM.CNNTS) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CNNTS_LP

Connections Last Period

LAG(CSM.CNNTS, 1) OVER HIERARCHY ("TIME".HTBSNS)

CNNTS_LY

Connections Last Year

LAG(CSM.CNNTS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CNNTS_LY_PCT_CHG

Connections % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CNNTS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CNNTS_YTD_LY

Connections YTD Last Year

LAG(CSM.CNNTS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CNNTS_YTD_LY_PCT_CHG

Connections YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CNNTS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_COE_YTD

EOP Cell Offered Erlangs YTD

SUM(CSM.EOP_COE) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

EOP_COE_LP

EOP Cell Offered Erlangs Last Period

LAG(CSM.EOP_COE, 1) OVER HIERARCHY ("TIME".HTBSNS)

EOP_COE_LY

EOP Cell Offered Erlangs Last Year

LAG(CSM.EOP_COE, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_COE_LY_PCT_CHG

EOP Cell Offered Erlangs % Change Last Year

LAG_VARIANCE_PERCENT(CSM.EOP_COE, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_COE_YTD_LY

EOP Cell Offered Erlangs YTD Last Year

LAG(CSM.EOP_COE_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_COE_YTD_LY_PCT_CHG

EOP Cell Offered Erlangs % Change Last Year

LAG_VARIANCE_PERCENT(CSM.EOP_COE_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CONNR_YTD

Connections Refuse YTD

SUM(CSM.CONNR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CONNR_LP

Connections Refuse Last Period

LAG(CSM.CONNR, 1) OVER HIERARCHY ("TIME".HTBSNS)

CONNR_LY

Connections Refuse Last Year

LAG(CSM.CONNR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CONNR_LY_PCT_CHG

Connections Refuse % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CONNR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CONNR_YTD_LY

Connections Refuse YTD Last Year

LAG(CSM.CONNR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CONNR_YTD_LY_PCT_CHG

Connections Refuse YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CONNR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CR_YTD

CM Reestablish YTD

SUM(CSM.CR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CR_LP

CM Reestablish Last Period

LAG(CSM.CR, 1) OVER HIERARCHY ("TIME".HTBSNS)

CR_LY

CM Reestablish Last Year

LAG(CSM.CR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CR_LY_PCT_CHG

CM Reestablish % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CR_YTD_LY

CM Reestablish YTD Last Year

LAG(CSM.CR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CR_YTD_LY_PCT_CHG

CM Reestablish YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CRFR_YTD

Chan Req Fail Rol YTD

SUM(CSM.CRFR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CRFR_LP

Chan Req Fail Rol Last Period

LAG(CSM.CRFR, 1) OVER HIERARCHY ("TIME".HTBSNS)

CRFR_LY

Chan Req Fail Rol Last Year

LAG(CSM.CRFR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CRFR_LY_PCT_CHG

Chan Req Fail Rol % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CRFR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CRFR_YTD_LY

Chan Req Fail Rol YTD Last Year

LAG(CSM.CRFR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CRFR_YTD_LY_PCT_CHG

Chan Req Fail Rol YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CRFR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CRMB_YTD

Chan Req MS Blk YTD

SUM(CSM.CRMB) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CRMB_LP

Chan Req MS Blk Last Period

LAG(CSM.CRMB, 1) OVER HIERARCHY ("TIME".HTBSNS)

CRMB_LY

Chan Req MS Blk Last Year

LAG(CSM.CRMB, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CRMB_LY_PCT_CHG

Chan Req MS Blk % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CRMB, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CRMB_YTD_LY

Chan Req MS Blk YTD Last Year

LAG(CSM.CRMB_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CRMB_YTD_LY_PCT_CHG

Chan Req MS Blk YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CRMB_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CRR_YTD

Channel Reqs Reject YTD

SUM(CSM.CRR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CRR_LP

Channel Reqs Reject Last Period

LAG(CSM.CRR, 1) OVER HIERARCHY ("TIME".HTBSNS)

CRR_LY

Channel Reqs Reject Last Year

LAG(CSM.CRR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CRR_LY_PCT_CHG

Channel Reqs Reject % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CRR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CRR_YTD_LY

Channel Reqs Reject YTD Last Year

LAG(CSM.CRR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CRR_YTD_LY_PCT_CHG

Channel Reqs Reject YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CRR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRC_YTD

CM Serv Req Call YTD

SUM(CSM.CSRC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CSRC_LP

CM Serv Req Call Last Period

LAG(CSM.CSRC, 1) OVER HIERARCHY ("TIME".HTBSNS)

CSRC_LY

CM Serv Req Call Last Year

LAG(CSM.CSRC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRC_LY_PCT_CHG

CM Serv Req Call % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CSRC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRC_YTD_LY

CM Serv Req Call YTD Last Year

LAG(CSM.CSRC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRC_YTD_LY_PCT_CHG

CM Serv Req Call YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CSRC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRE_YTD

CM Serv Req Emrg YTD

SUM(CSM.CSRE) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CSRE_LP

CM Serv Req Emrg Last Period

LAG(CSM.CSRE, 1) OVER HIERARCHY ("TIME".HTBSNS)

CSRE_LY

CM Serv Req Emrg Last Year

LAG(CSM.CSRE, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRE_LY_PCT_CHG

CM Serv Req Emrg % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CSRE, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRE_YTD_LY

CM Serv Req Emrg YTD Last Year

LAG(CSM.CSRE_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRE_YTD_LY_PCT_CHG

CM Serv Req Emrg % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CSRE_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRS_YTD

CM Serv Req SMS YTD

SUM(CSM.CSRS) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CSRS_LP

CM Serv Req SMS Last Period

LAG(CSM.CSRS, 1) OVER HIERARCHY ("TIME".HTBSNS)

CSRS_LY

CM Serv Req SMS Last Year

LAG(CSM.CSRS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRS_LY_PCT_CHG

CM Serv Req SMS % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CSRS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRS_YTD_LY

CM Serv Req SMS YTD Last Year

LAG(CSM.CSRS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRS_YTD_LY_PCT_CHG

CM Serv Req SMS YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CSRS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRSP_YTD

CM Serv Req Supp YTD

SUM(CSM.CSRSP) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CSRSP_LP

CM Serv Req Supp Last period

LAG(CSM.CSRSP, 1) OVER HIERARCHY ("TIME".HTBSNS)

CSRSP_LY

CM Serv Req Supp Last Year

LAG(CSM.CSRSP, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRSP_LY_PCT_CHG

CM Serv Req Supp % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CSRSP, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRSP_YTD_LY

CM Serv Req Supp YTD Last Year

LAG(CSM.CSRSP_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSRSP_YTD_LY_PCT_CHG

CM Serv Req Supp % Change Last Year

LAG_VARIANCE_PERCENT(CSM.CSRSP_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DSL_YTD

Downlink Signal Level YTD

SUM(CSM.DSL) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

DSL_LP

Downlink Signal Level Last Period

LAG(CSM.DSL, 1) OVER HIERARCHY ("TIME".HTBSNS)

DSL_LY

Downlink Signal Level Last Year

LAG(CSM.DSL, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DSL_LY_PCT_CHG

Downlink Signal Level % Change Last Year

LAG_VARIANCE_PERCENT(CSM.DSL, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DSL_YTD_LY

Downlink Signal Level YTD Last Year

LAG(CSM.DSL_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DSL_YTD_LY_PCT_CHG

Downlink Signal Level YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.DSL_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DSQ_YTD

Downlink Signal Quality YTD

SUM(CSM.DSQ) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

DSQ_LP

Downlink Signal Quality Last Period

LAG(CSM.DSQ, 1) OVER HIERARCHY ("TIME".HTBSNS)

DSQ_LY

Downlink Signal Quality Last Year

LAG(CSM.DSQ, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DSQ_LY_PCT_CHG

Downlink Signal Quality % Change Last Year

LAG_VARIANCE_PERCENT(CSM.DSQ, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DSQ_YTD_LY

Downlink Signal Quality YTD Last Year

LAG(CSM.DSQ_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DSQ_YTD_LY_PCT_CHG

Downlink Signal Quality YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.DSQ_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

HU_YTD

Hour Usage YTD

SUM(CSM.HU) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

HU_LP

Hour Usage Last Period

LAG(CSM.HU, 1) OVER HIERARCHY ("TIME".HTBSNS)

HU_LY

Hour Usage Last Year

LAG(CSM.HU, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

HU_LY_PCT_CHG

Hour Usage % Change Last Year

LAG_VARIANCE_PERCENT(CSM.HU, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

HU_YTD_LY

Hour Usage YTD Last Year

LAG(CSM.HU_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

HU_YTD_LY_PCT_CHG

Hour Usage YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.HU_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICHA_YTD

Intra Cell HO Atm YTD

SUM(CSM.ICHA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ICHA_LP

Intra Cell HO Atm Last Period

LAG(CSM.ICHA, 1) OVER HIERARCHY ("TIME".HTBSNS)

ICHA_LY

Intra Cell HO Atm Last Year

LAG(CSM.ICHA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICHA_LY_PCT_CHG

Intra Cell HO Atm % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ICHA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICHA_YTD_LY

Intra Cell HO Atm YTD Last Year

LAG(CSM.ICHA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICHA_YTD_LY_PCT_CHG

Intra Cell HO Atm YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ICHA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICHL_YTD

Intra Cell HO Los YTD

SUM(CSM.ICHL) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ICHL_LP

Intra Cell HO Los Last Period

LAG(CSM.ICHL, 1) OVER HIERARCHY ("TIME".HTBSNS)

ICHL_LY

Intra Cell HO Los Last Year

LAG(CSM.ICHL, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICHL_LY_PCT_CHG

Intra Cell HO Los % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ICHL, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICHL_YTD_LY

Intra Cell HO Los YTD Last Year

LAG(CSM.ICHL_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICHL_YTD_LY_PCT_CHG

Intra Cell HO Los YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ICHL_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICHS_YTD

Intra Cell HO Suc YTD

SUM(CSM.ICHS) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ICHS_LP

Intra Cell HO Suc Last Period

LAG(CSM.ICHS, 1) OVER HIERARCHY ("TIME".HTBSNS)

ICHS_LY

Intra Cell HO Suc Last Year

LAG(CSM.ICHS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICHS_LY_PCT_CHG

Intra Cell HO Suc % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ICHS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICHS_YTD_LY

Intra Cell HO Suc YTD Last Year

LAG(CSM.ICHS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICHS_YTD_LY_PCT_CHG

Intra Cell HO Suc YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ICHS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ID_YTD

IMSI Detach YTD

SUM(CSM.ID) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ID_LP

IMSI Detach Last Period

LAG(CSM.ID, 1) OVER HIERARCHY ("TIME".HTBSNS)

ID_LY

IMSI Detach Last Year

LAG(CSM.ID, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ID_LY_PCT_CHG

IMSI Detach % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ID, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ID_YTD_LY

IMSI Detach YTD Last Year

LAG(CSM.ID_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ID_YTD_LY_PCT_CHG

IMSI Detach YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ID_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IECR_YTD

Inv Est Cause Rach YTD

SUM(CSM.IECR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

IECR_LP

Inv Est Cause Rach Last Period

LAG(CSM.IECR, 1) OVER HIERARCHY ("TIME".HTBSNS)

IECR_LY

Inv Est Cause Rach Last Year

LAG(CSM.IECR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IECR_LY_PCT_CHG

Inv Est Cause Rach % Change Last Year

LAG_VARIANCE_PERCENT(CSM.IECR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IECR_YTD_LY

Inv Est Cause Rach YTD Last Year

LAG(CSM.IECR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IECR_YTD_LY_PCT_CHG

Inv Est Cause Rach YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.IECR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IERHS_YTD

I Inter BS HO Suc YTD

SUM(CSM.IERHS) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

IERHS_LP

I Inter BS HO Suc Last Period

LAG(CSM.IERHS, 1) OVER HIERARCHY ("TIME".HTBSNS)

IERHS_LY

I Inter BS HO Suc Last Year

LAG(CSM.IERHS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IERHS_LY_PCT_CHG

I Inter BS HO Suc % Change Last Year

LAG_VARIANCE_PERCENT(CSM.IERHS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IERHS_YTD_LY

I Inter BS HO Suc YTD Last Year

LAG(CSM.IERHS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IERHS_YTD_LY_PCT_CHG

I Inter BS HO Suc YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.IERHS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IRAHC_YTD

I Intra BS HO Suc YTD

SUM(CSM.IRAHC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

IRAHC_LP

I Intra BS HO Suc Last Period

LAG(CSM.IRAHC, 1) OVER HIERARCHY ("TIME".HTBSNS)

IRAHC_LY

I Intra BS HO Suc Last Year

LAG(CSM.IRAHC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IRAHC_LY_PCT_CHG

I Intra BS HO Suc % Change Last Year

LAG_VARIANCE_PERCENT(CSM.IRAHC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IRAHC_YTD_LY

I Intra BS HO Suc YTD Last Year

LAG(CSM.IRAHC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IRAHC_YTD_LY_PCT_CHG

I Intra BS HO Suc YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.IRAHC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LFRRN_YTD

LOC FLW REQ NRM YTD

SUM(CSM.LFRRN) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

LFRRN_LP

LOC FLW REQ NRM Last Period

LAG(CSM.LFRRN, 1) OVER HIERARCHY ("TIME".HTBSNS)

LFRRN_LY

LOC FLW REQ NRM Last Year

LAG(CSM.LFRRN, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LFRRN_LY_PCT_CHG

LOC FLW REQ NRM Last Year

LAG_VARIANCE_PERCENT(CSM.LFRRN, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LFRRN_YTD_LY

LOC FLW REQ NRM YTD Last Year

LAG(CSM.LFRRN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LFRRN_YTD_LY_PCT_CHG

LOC FLW REQ NRM YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.LFRRN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LFRS_YTD

Loc Flw Req SMS YTD

SUM(CSM.LFRS) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

LFRS_LP

Loc Flw Req SMS Last Period

LAG(CSM.LFRS, 1) OVER HIERARCHY ("TIME".HTBSNS)

LFRS_LY

Loc Flw Req SMS Last Year

LAG(CSM.LFRS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LFRS_LY_PCT_CHG

Loc Flw Req SMS % Change Last Year

LAG_VARIANCE_PERCENT(CSM.LFRS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LFRS_YTD_LY

Loc Flw Req SMS YTD Last Year

LAG(CSM.LFRS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LFRS_YTD_LY_PCT_CHG

Loc Flw Req SMS YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.LFRS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LS_YTD

Location Services YTD

SUM(CSM.LS) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

LS_LP

Location Services Last Period

LAG(CSM.LS, 1) OVER HIERARCHY ("TIME".HTBSNS)

LS_LY

Location Services Last Year

LAG(CSM.LS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LS_LY_PCT_CHG

Location Services % Change Last Year

LAG_VARIANCE_PERCENT(CSM.LS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LS_YTD_LY

Location Services YTD Last Year

LAG(CSM.LS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LS_YTD_LY_PCT_CHG

Location Services YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.LS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LU_YTD

Location Update YTD

SUM(CSM.LU) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

LU_LP

Location Update Last Period

LAG(CSM.LU, 1) OVER HIERARCHY ("TIME".HTBSNS)

LU_LY

Location Update Last Year

LAG(CSM.LU, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LU_LY_PCT_CHG

Location Update % Change Last Year

LAG_VARIANCE_PERCENT(CSM.LU, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LU_YTD_LY

Location Update YTD Last Year

LAG(CSM.LU_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LU_YTD_LY_PCT_CHG

Location Update YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.LU_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

MTLOS_YTD

MT LCS ON SDDCH YTD

SUM(CSM.MTLOS) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

MTLOS_LP

MT LCS ON SDDCH Last Period

LAG(CSM.MTLOS, 1) OVER HIERARCHY ("TIME".HTBSNS)

MTLOS_LY

MT LCS ON SDDCH Last Year

LAG(CSM.MTLOS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

MTLOS_LY_PCT_CHG

MT LCS ON SDDCH % Change Last Year

LAG_VARIANCE_PERCENT(CSM.MTLOS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

MTLOS_YTD_LY

MT LCS ON SDDCH YTD Last Year

LAG(CSM.MTLOS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

MTLOS_YTD_LY_PCT_CHG

MT LCS ON SDDCH YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.MTLOS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCA_YTD

Number Of Call Attempts YTD

SUM(CSM.NCA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

NCA_LP

Number Of Call Attempts Last Period

LAG(CSM.NCA, 1) OVER HIERARCHY ("TIME".HTBSNS)

NCA_LY

Number Of Call Attempts Last Year

LAG(CSM.NCA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCA_LY_PCT_CHG

Number Of Call Attempts % Change Last Year

LAG_VARIANCE_PERCENT(CSM.NCA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCA_YTD_LY

Number Of Call Attempts YTD Last Year

LAG(CSM.NCA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCA_YTD_LY_PCT_CHG

Number Of Call Attempts YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.NCA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCAWT_YTD

Num Call Attempts WO Transit YTD

SUM(CSM.NCAWT) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

NCAWT_LP

Num Call Attempts WO Transit Last Period

LAG(CSM.NCAWT, 1) OVER HIERARCHY ("TIME".HTBSNS)

NCAWT_LY

Num Call Attempts WO Transit Last Year

LAG(CSM.NCAWT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCAWT_LY_PCT_CHG

Num Call Attempts WO Transit % Change Last Year

LAG_VARIANCE_PERCENT(CSM.NCAWT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCAWT_YTD_LY

Num Call Attempts WO Transit YTD Last Year

LAG(CSM.NCAWT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCAWT_YTD_LY_PCT_CHG

Num Call Attempts WO Transit YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.NCAWT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NOC_YTD

Number Of Calls YTD

SUM(CSM.NOC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

NOC_LP

Number Of Calls Last Period

LAG(CSM.NOC, 1) OVER HIERARCHY ("TIME".HTBSNS)

NOC_LY

Number Of Calls Last Year

LAG(CSM.NOC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NOC_LY_PCT_CHG

Number Of Calls % Change Last Year

LAG_VARIANCE_PERCENT(CSM.NOC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NOC_YTD_LY

Number Of Calls YTD Last Year

LAG(CSM.NOC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NOC_YTD_LY_PCT_CHG

Number Of Calls YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.NOC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NOCE_YTD

Number Of Cells YTD

SUM(CSM.NOCE) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

NOCE_LP

Number Of Cells Last Period

LAG(CSM.NOCE, 1) OVER HIERARCHY ("TIME".HTBSNS)

NOCE_LY

Number Of Cells Last Year

LAG(CSM.NOCE, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NOCE_LY_PCT_CHG

Number Of Cells % Change Last Year

LAG_VARIANCE_PERCENT(CSM.NOCE, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NOCE_YTD_LY

Number Of Cells YTD Last Year

LAG(CSM.NOCE_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NOCE_YTD_LY_PCT_CHG

Number Of Cells YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.NOCE_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OAPSR_YTD

OK ACC PROC SUC R YTD

SUM(CSM.OAPSR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

OAPSR_LP

OK ACC PROC SUC R Last Period

LAG(CSM.OAPSR, 1) OVER HIERARCHY ("TIME".HTBSNS)

OAPSR_LY

OK ACC PROC SUC R Last Year

LAG(CSM.OAPSR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OAPSR_LY_PCT_CHG

OK ACC PROC SUC R % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OAPSR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OAPSR_YTD_LY

OK ACC PROC SUC R YTD Last Year

LAG(CSM.OAPSR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OAPSR_YTD_LY_PCT_CHG

OK ACC PROC SUC R % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OAPSR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OEREF_YTD

O INTER BS EQ FA YTD

SUM(CSM.OEREF) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

OEREF_LP

O INTER BS EQ FA Last Period

LAG(CSM.OEREF, 1) OVER HIERARCHY ("TIME".HTBSNS)

OEREF_LY

O INTER BS EQ FA Last Year

LAG(CSM.OEREF, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OEREF_LY_PCT_CHG

O INTER BS EQ FA % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OEREF, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OEREF_YTD_LY

O INTER BS EQ FA YTD Last Year

LAG(CSM.OEREF_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OEREF_YTD_LY_PCT_CHG

O INTER BS EQ FA YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OEREF_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERHA_YTD

O INTER BS HO ATM YTD

SUM(CSM.OERHA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

OERHA_LP

O INTER BS HO ATM Last Period

LAG(CSM.OERHA, 1) OVER HIERARCHY ("TIME".HTBSNS)

OERHA_LY

O INTER BS HO ATM Last Year

LAG(CSM.OERHA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERHA_LY_PCT_CHG

O INTER BS HO ATM % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OERHA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERHA_YTD_LY

O INTER BS HO ATM YTD Last Year

LAG(CSM.OERHA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERHA_YTD_LY_PCT_CHG

O INTER BS HO ATM YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OERHA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERHR_YTD

O INTER BS HO RET YTD

SUM(CSM.OERHR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

OERHR_LP

O INTER BS HO RET Last Period

LAG(CSM.OERHR, 1) OVER HIERARCHY ("TIME".HTBSNS)

OERHR_LY

O INTER BS HO RET Last Year

LAG(CSM.OERHR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERHR_LY_PCT_CHG

O INTER BS HO RET % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OERHR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERHR_YTD_LY

O INTER BS HO RET YTD Last Year

LAG(CSM.OERHR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERHR_YTD_LY_PCT_CHG

O INTER BS HO RET YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OERHR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERHS_YTD

O INTER BS HO SUC YTD

SUM(CSM.OERHS) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

OERHS_LP

O INTER BS HO SUC YTD Last Period

LAG(CSM.OERHS, 1) OVER HIERARCHY ("TIME".HTBSNS)

OERHS_LY

O INTER BS HO SUC YTD Last Year

LAG(CSM.OERHS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERHS_LY_PCT_CHG

O INTER BS HO SUC % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OERHS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERHS_YTD_LY

O INTER BS HO SUC YTD Last Year

LAG(CSM.OERHS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERHS_YTD_LY_PCT_CHG

O INTER BS HO SUC YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OERHS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERRM_YTD

O INTER BS RQ MSC YTD

SUM(CSM.OERRM) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

OERRM_LP

O INTER BS RQ MSC Last Period

LAG(CSM.OERRM, 1) OVER HIERARCHY ("TIME".HTBSNS)

OERRM_LY

O INTER BS RQ MSC Last Year

LAG(CSM.OERRM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERRM_LY_PCT_CHG

O INTER BS RQ MSC % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OERRM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERRM_YTD_LY

O INTER BS RQ MSC YTD Last Year

LAG(CSM.OERRM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OERRM_YTD_LY_PCT_CHG

O INTER BS RQ MSC YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OERRM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OHCA_YTD

Out HO Cause Attempts YTD

SUM(CSM.OHCA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

OHCA_LP

Out HO Cause Attempts Last Period

LAG(CSM.OHCA, 1) OVER HIERARCHY ("TIME".HTBSNS)

OHCA_LY

Out HO Cause Attempts Last Year

LAG(CSM.OHCA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OHCA_LY_PCT_CHG

Out HO Cause Attempts % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OHCA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OHCA_YTD_LY

Out HO Cause Attempts YTD Last Year

LAG(CSM.OHCA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OHCA_YTD_LY_PCT_CHG

Out HO Cause Attempts YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.OHCA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHA_YTD

O INTRA BS HO ATM YTD

SUM(CSM.ORAHA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ORAHA_LP

O INTRA BS HO ATM Last Period

LAG(CSM.ORAHA, 1) OVER HIERARCHY ("TIME".HTBSNS)

ORAHA_LY

O INTRA BS HO ATM Last Year

LAG(CSM.ORAHA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHA_LY_PCT_CHG

O INTRA BS HO ATM % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ORAHA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHA_YTD_LY

O INTRA BS HO ATM YTD Last Year

LAG(CSM.ORAHA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHA_YTD_LY_PCT_CHG

O INTRA BS HO ATM YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ORAHA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHC_YTD

O INTRA BS HO CLR YTD

SUM(CSM.ORAHC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ORAHC_LP

O INTRA BS HO CLR Last Period

LAG(CSM.ORAHC, 1) OVER HIERARCHY ("TIME".HTBSNS)

ORAHC_LY

O INTRA BS HO CLR Last Year

LAG(CSM.ORAHC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHC_LY_PCT_CHG

O INTRA BS HO CLR % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ORAHC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHC_YTD_LY

O INTRA BS HO CLR YTD Last Year

LAG(CSM.ORAHC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHC_YTD_LY_PCT_CHG

O INTRA BS HO CLR YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ORAHC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHL_YTD

O INTRA BS HO LOS YTD

SUM(CSM.ORAHL) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ORAHL_LP

O INTRA BS HO LOS Last Period

LAG(CSM.ORAHL, 1) OVER HIERARCHY ("TIME".HTBSNS)

ORAHL_LY

O INTRA BS HO LOS Last Year

LAG(CSM.ORAHL, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHL_LY_PCT_CHG

O INTRA BS HO LOS % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ORAHL, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHL_YTD_LY

O INTRA BS HO LOS YTD Last Year

LAG(CSM.ORAHL_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHL_YTD_LY_PCT_CHG

O INTRA BS HO LOS YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ORAHL_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHS_YTD

O INTRA BS HO SUC YTD

SUM(CSM.ORAHS) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ORAHS_LP

O INTRA BS HO SUC YTD Last Period

LAG(CSM.ORAHS, 1) OVER HIERARCHY ("TIME".HTBSNS)

ORAHS_LY

O INTRA BS HO SUC YTD Last Year

LAG(CSM.ORAHS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHS_LY_PCT_CHG

O INTRA BS HO SUC % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ORAHS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHS_YTD_LY

O INTRA BS HO SUC YTD Last Year

LAG(CSM.ORAHS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ORAHS_YTD_LY_PCT_CHG

O INTRA BS HO SUC YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.ORAHS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PBSS_YTD

Power Budget Signal Strength YTD

SUM(CSM.PBSS) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

PBSS_LP

Power Budget Signal Strength Last Period

LAG(CSM.PBSS, 1) OVER HIERARCHY ("TIME".HTBSNS)

PBSS_LY

Power Budget Signal Strength Last Year

LAG(CSM.PBSS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PBSS_LY_PCT_CHG

Power Budget Signal Strength % Change Last Year

LAG_VARIANCE_PERCENT(CSM.PBSS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PBSS_YTD_LY

Power Budget Signal Strength YTD Last Year

LAG(CSM.PBSS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PBSS_YTD_LY_PCT_CHG

Power Budget Signal Strength YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.PBSS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PR_YTD

Page Response YTD

SUM(CSM.PR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

PR_LP

Page Response Last Period

LAG(CSM.PR, 1) OVER HIERARCHY ("TIME".HTBSNS)

PR_LY

Page Response Last Year

LAG(CSM.PR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PR_LY_PCT_CHG

Page Response % Change Last Year

LAG_VARIANCE_PERCENT(CSM.PR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PR_YTD_LY

Page Response YTD Last Year

LAG(CSM.PR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PR_YTD_LY_PCT_CHG

Page Response YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.PR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PRFM_YTD

Page Req From MSC YTD

SUM(CSM.PRFM) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

PRFM_LP

Page Req From MSC Last Period

LAG(CSM.PRFM, 1) OVER HIERARCHY ("TIME".HTBSNS)

PRFM_LY

Page Req From MSC Last Year

LAG(CSM.PRFM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PRFM_LY_PCT_CHG

Page Req From MSC % Change Last Year

LAG_VARIANCE_PERCENT(CSM.PRFM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PRFM_YTD_LY

Page Req From MSC YTD Last Year

LAG(CSM.PRFM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PRFM_YTD_LY_PCT_CHG

Page Req From MSC YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.PRFM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RLTR_YTD

RF Loss TCH Roll YTD

SUM(CSM.RLTR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

RLTR_LP

RF Loss TCH Roll Last Period

LAG(CSM.RLTR, 1) OVER HIERARCHY ("TIME".HTBSNS)

RLTR_LY

RF Loss TCH Roll Last Year

LAG(CSM.RLTR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RLTR_LY_PCT_CHG

RF Loss TCH Roll % Change Last Year

LAG_VARIANCE_PERCENT(CSM.RLTR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RLTR_YTD_LY

RF Loss TCH Roll YTD Last Year

LAG(CSM.RLTR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RLTR_YTD_LY_PCT_CHG

RF Loss TCH Roll YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.RLTR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SH_YTD

Alloc SDCCH YTD

SUM(CSM.SH) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SH_LP

Alloc SDCCH Last Period

LAG(CSM.SH, 1) OVER HIERARCHY ("TIME".HTBSNS)

SH_LY

Alloc SDCCH Last Year

LAG(CSM.SH, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SH_LY_PCT_CHG

Alloc SDCCH % Change Last Year

LAG_VARIANCE_PERCENT(CSM.SH, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SH_YTD_LY

Alloc SDCCH YTD Last Year

LAG(CSM.SH_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SH_YTD_LY_PCT_CHG

Alloc SDCCH YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.SH_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SIOS_YTD

SMS INIT on SDCCH YTD

SUM(CSM.SIOS) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SIOS_LP

SMS INIT on SDCCH Last Period

LAG(CSM.SIOS, 1) OVER HIERARCHY ("TIME".HTBSNS)

SIOS_LY

SMS INIT on SDCCH Last Year

LAG(CSM.SIOS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SIOS_LY_PCT_CHG

SMS INIT on SDCCH % Change Last Year

LAG_VARIANCE_PERCENT(CSM.SIOS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SIOS_YTD_LY

SMS INIT on SDCCH YTD Last Year

LAG(CSM.SIOS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SIOS_YTD_LY_PCT_CHG

SMS INIT on SDCCH YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.SIOS_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SIOT_YTD

SMS INIT on TCH YTD

SUM(CSM.SIOT) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SIOT_LP

SMS INIT on TCH Last Period

LAG(CSM.SIOT, 1) OVER HIERARCHY ("TIME".HTBSNS)

SIOT_LY

SMS INIT on TCH Last Year

LAG(CSM.SIOT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SIOT_LY_PCT_CHG

SMS INIT on TCH % Change Last Year

LAG_VARIANCE_PERCENT(CSM.SIOT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SIOT_YTD_LY

SMS INIT on TCH YTD Last Year

LAG(CSM.SIOT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SIOT_YTD_LY_PCT_CHG

SMS INIT on TCH YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.SIOT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SPM_YTD

Spare TCH Max YTD

SUM(CSM.SPM) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SPM_LP

Spare TCH Max Last Period

LAG(CSM.SPM, 1) OVER HIERARCHY ("TIME".HTBSNS)

SPM_LY

Spare TCH Max Last Year

LAG(CSM.SPM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SPM_LY_PCT_CHG

Spare TCH Max % Change Last Year

LAG_VARIANCE_PERCENT(CSM.SPM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SPM_YTD_LY

Spare TCH Max YTD Last Year

LAG(CSM.SPM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SPM_YTD_LY_PCT_CHG

Spare TCH Max YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.SPM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SSD_YTD

Signal Source Distance YTD

SUM(CSM.SSD) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SSD_LP

Signal Source Distance Last Period

LAG(CSM.SSD, 1) OVER HIERARCHY ("TIME".HTBSNS)

SSD_LY

Signal Source Distance Last Year

LAG(CSM.SSD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SSD_LY_PCT_CHG

Signal Source Distance % Change Last Year

LAG_VARIANCE_PERCENT(CSM.SSD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SSD_YTD_LY

Signal Source Distance YTD Last Year

LAG(CSM.SSD_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SSD_YTD_LY_PCT_CHG

Signal Source Distance YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.SSD_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SSM_YTD

Spare SDCCH Max YTD

SUM(CSM.SSM) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SSM_LP

Spare SDCCH Max Last Period

LAG(CSM.SSM, 1) OVER HIERARCHY ("TIME".HTBSNS)

SSM_LY

Spare SDCCH Max Last Year

LAG(CSM.SSM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SSM_LY_PCT_CHG

Spare SDCCH Max % Change Last Year

LAG_VARIANCE_PERCENT(CSM.SSM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SSM_YTD_LY

Spare SDCCH Max YTD Last Year

LAG(CSM.SSM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SSM_YTD_LY_PCT_CHG

Spare SDCCH Max YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.SSM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TCM_YTD

Total Call Minutes YTD

SUM(CSM.TCM) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

TCM_LP

Total Call Minutes Last Period

LAG(CSM.TCM, 1) OVER HIERARCHY ("TIME".HTBSNS)

TCM_LY

Total Call Minutes Last Year

LAG(CSM.TCM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TCM_LY_PCT_CHG

Total Call Minutes % Change Last Year

LAG_VARIANCE_PERCENT(CSM.TCM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TCM_YTD_LY

Total Call Minutes YTD Last Year

LAG(CSM.TCM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TCM_YTD_LY_PCT_CHG

Total Call Minutes YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.TCM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TQR_YTD

TCH Q Removed YTD

SUM(CSM.TQR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

TQR_LP

TCH Q Removed Last Period

LAG(CSM.TQR, 1) OVER HIERARCHY ("TIME".HTBSNS)

TQR_LY

TCH Q Removed Last Year

LAG(CSM.TQR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TQR_LY_PCT_CHG

TCH Q Removed % Change Last Year

LAG_VARIANCE_PERCENT(CSM.TQR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TQR_YTD_LY

TCH Q Removed YTD Last Year

LAG(CSM.TQR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TQR_YTD_LY_PCT_CHG

TCH Q Removed YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.TQR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TT_YTD

Total Traffic YTD

SUM(CSM.TT) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

TT_LP

Total Traffic YTD Last Period

LAG(CSM.TT, 1) OVER HIERARCHY ("TIME".HTBSNS)

TT_LY

Total Traffic YTD Last Year

LAG(CSM.TT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TT_LY_PCT_CHG

Total Traffic % Change Last Year

LAG_VARIANCE_PERCENT(CSM.TT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TT_YTD_LY

Total Traffic YTD Last Year

LAG(CSM.TT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TT_YTD_LY_PCT_CHG

Total Traffic YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.TT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

USL_YTD

Uplink Signal Level YTD

SUM(CSM.USL) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

USL_LP

Uplink Signal Level Last Period

LAG(CSM.USL, 1) OVER HIERARCHY ("TIME".HTBSNS)

USL_LY

Uplink Signal Level Last Year

LAG(CSM.USL, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

USL_LY_PCT_CHG

Uplink Signal Level % Change Last Year

LAG_VARIANCE_PERCENT(CSM.USL, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

USL_YTD_LY

Uplink Signal Level YTD Last Year

LAG(CSM.USL_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

USL_YTD_LY_PCT_CHG

Uplink Signal Level YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.USL_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

USQ_YTD

Uplink Signal Quality YTD

SUM(CSM.USQ) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

USQ_LP

Uplink Signal Quality Last Period

LAG(CSM.USQ, 1) OVER HIERARCHY ("TIME".HTBSNS)

USQ_LY

Uplink Signal Quality Last Year

LAG(CSM.USQ, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

USQ_LY_PCT_CHG

Uplink Signal Quality % Change Last Year

LAG_VARIANCE_PERCENT(CSM.USQ, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

USQ_YTD_LY

Uplink Signal Quality YTD Last Year

LAG(CSM.USQ_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

USQ_YTD_LY_PCT_CHG

Uplink Signal Quality YTD % Change Last Year

LAG_VARIANCE_PERCENT(CSM.USQ_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_ACI_POPT

Adjacent Channel Interference Share of POPT Parent

SHARE(CSM.ACI OF POPT.HPOPT PARENT)

RANK_ACI_POPT

Adjacent Channel Interference Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ACI DESC NULLS LAST WITHIN PARENT)

SHR_ACI_TSLT

Adjacent Channel Interference Share of TSLT Parent

SHARE(CSM.ACI OF TSLT.HTSLT PARENT)

RANK_ACI_TSLT

Adjacent Channel Interference Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ACI DESC NULLS LAST WITHIN PARENT)

SHR_ACI_NELMNT

Adjacent Channel Interference Share of Network Element Parent

SHARE(CSM.ACI OF NELMNT.HNELMNT PARENT)

RANK_ACI_NELMNT

Adjacent Channel Interference Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ACI DESC NULLS LAST WITHIN PARENT)

SHR_ACM_POPT

Air Call Minutes Share of POPT Parent

SHARE(CSM.ACM OF POPT.HPOPT PARENT)

RANK_ACM_POPT

Air Call Minutes Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ACM DESC NULLS LAST WITHIN PARENT)

SHR_ACM_TSLT

Air Call Minutes Share of TSLT Parent

SHARE(CSM.ACM OF TSLT.HTSLT PARENT)

RANK_ACM_TSLT

Air Call Minutes Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ACM DESC NULLS LAST WITHIN PARENT)

SHR_ACM_NELMNT

Air Call Minutes Share of Network Element Parent

SHARE(CSM.ACM OF NELMNT.HNELMNT PARENT)

RANK_ACM_NELMNT

Air Call Minutes Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ACM DESC NULLS LAST WITHIN PARENT)

SHR_ADDB_POPT

Air DL Data Blks Share of POPT Parent

SHARE(CSM.ADDB OF POPT.HPOPT PARENT)

RANK_ADDB_POPT

Air DL Data Blks Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ADDB DESC NULLS LAST WITHIN PARENT)

SHR_ADDB_TSLT

Air DL Data Blks Share of TSLT Parent

SHARE(CSM.ADDB OF TSLT.HTSLT PARENT)

RANK_ADDB_TSLT

Air DL Data Blks Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ADDB DESC NULLS LAST WITHIN PARENT)

SHR_ADDB_NELMNT

Air DL Data Blks Share of NELMNT Parent

SHARE(CSM.ADDB OF NELMNT.HNELMNT PARENT)

RANK_ADDB_NELMNT

Air DL Data Blks Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ADDB DESC NULLS LAST WITHIN PARENT)

SHR_AR_POPT

Assign Redirect Share of POPT Parent

SHARE(CSM.AR OF POPT.HPOPT PARENT)

RANK_AR_POPT

Assign Redirect Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.AR DESC NULLS LAST WITHIN PARENT)

SHR_AR_TSLT

Assign Redirect Share of TSLT Parent

SHARE(CSM.AR OF TSLT.HTSLT PARENT)

RANK_AR_TSLT

Assign Redirect Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.AR DESC NULLS LAST WITHIN PARENT)

SHR_AR_NELMNT

Assign Redirect Rank of Network Element Parent

SHARE(CSM.AR OF NELMNT.HNELMNT PARENT)

RANK_AR_NELMNT

Assign Redirect Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.AR DESC NULLS LAST WITHIN PARENT)

SHR_ASF_POPT

ALLOC SDCCH Fail Share of POPT Parent

SHARE(CSM.ASF OF POPT.HPOPT PARENT)

RANK_ASF_POPT

ALLOC SDCCH Fail Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ASF DESC NULLS LAST WITHIN PARENT)

SHR_ASF_TSLT

ALLOC SDCCH Fail Share of TSLT Parent

SHARE(CSM.ASF OF TSLT.HTSLT PARENT)

RANK_ASF_TSLT

ALLOC SDCCH Fail Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ASF DESC NULLS LAST WITHIN PARENT)

SHR_ASF_NELMNT

ALLOC SDCCH Fail Share of Network Element Parent

SHARE(CSM.ASF OF NELMNT.HNELMNT PARENT)

RANK_ASF_NELMNT

ALLOC SDCCH Fail Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ASF DESC NULLS LAST WITHIN PARENT)

SHR_ASM_POPT

Available SDCCH Max Share of POPT Parent

SHARE(CSM.ASM OF POPT.HPOPT PARENT)

RANK_ASM_POPT

Available SDCCH Max Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ASM DESC NULLS LAST WITHIN PARENT)

SHR_ASM_TSLT

Available SDCCH Max Share of TSLT Parent

SHARE(CSM.ASM OF TSLT.HTSLT PARENT)

RANK_ASM_TSLT

Available SDCCH Max Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ASM DESC NULLS LAST WITHIN PARENT)

SHR_ASM_NELMNT

Available SDCCH Max Share of Network Element Parent

SHARE(CSM.ASM OF NELMNT.HNELMNT PARENT)

RANK_ASM_NELMNT

Available SDCCH Max Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ASM DESC NULLS LAST WITHIN PARENT)

SHR_AT_POPT

Alloc Tch Share of POPT Parent

SHARE(CSM."AT" OF POPT.HPOPT PARENT)

RANK_AT_POPT

Alloc Tch Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM."AT" DESC NULLS LAST WITHIN PARENT)

SHR_AT_TSLT

Alloc Tch Share of TSLT Parent

SHARE(CSM."AT" OF TSLT.HTSLT PARENT)

RANK_AT_TSLT

Alloc Tch Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM."AT" DESC NULLS LAST WITHIN PARENT)

SHR_AT_NELMNT

Alloc Tch Share of NELMNT Parent

SHARE(CSM."AT" OF NELMNT.HNELMNT PARENT)

RANK_AT_NELMNT

Alloc Tch Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM."AT" DESC NULLS LAST WITHIN PARENT)

SHR_ATF_POPT

Alloc TCH Fail Share of POPT Parent

SHARE(CSM.ATF OF POPT.HPOPT PARENT)

RANK_ATF_POPT

Alloc TCH Fail Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ATF DESC NULLS LAST WITHIN PARENT)

SHR_ATF_TSLT

Alloc TCH Fail Share of TSLT Parent

SHARE(CSM.ATF OF TSLT.HTSLT PARENT)

RANK_ATF_TSLT

Alloc TCH Fail Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ATF DESC NULLS LAST WITHIN PARENT)

SHR_ATF_NELMNT

Alloc TCH Fail Share of Network Element Parent

SHARE(CSM.ATF OF NELMNT.HNELMNT PARENT)

RANK_ATF_NELMNT

Alloc TCH Fail Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ATF DESC NULLS LAST WITHIN PARENT)

SHR_ATM_POPT

O INTER BS HO ATM Share of POPT Parent

SHARE(CSM.ATM OF POPT.HPOPT PARENT)

RANK_ATM_POPT

O INTER BS HO ATM Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ATM DESC NULLS LAST WITHIN PARENT)

SHR_ATM_TSLT

O INTER BS HO ATM Share of POPT Parent

SHARE(CSM.ATM OF TSLT.HTSLT PARENT)

RANK_ATM_TSLT

O INTER BS HO ATM Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ATM DESC NULLS LAST WITHIN PARENT)

SHR_ATM_NELMNT

O INTER BS HO ATM Share of Network Element Parent

SHARE(CSM.ATM OF NELMNT.HNELMNT PARENT)

RANK_ATM_NELMNT

O INTER BS HO ATM Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ATM DESC NULLS LAST WITHIN PARENT)

SHR_AUDB_POPT

Air UL Data Blks Share of POPT Parent

SHARE(CSM.AUDB OF POPT.HPOPT PARENT)

RANK_AUDB_POPT

Air UL Data Blks Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.AUDB DESC NULLS LAST WITHIN PARENT)

SHR_AUDB_TSLT

Air UL Data Blks Share of TSLT Parent

SHARE(CSM.AUDB OF TSLT.HTSLT PARENT)

RANK_AUDB_TSLT

Air UL Data Blks Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.AUDB DESC NULLS LAST WITHIN PARENT)

SHR_AUDB_NELMNT

Air UL Data Blks Share of Network Element Parent

SHARE(CSM.AUDB OF NELMNT.HNELMNT PARENT)

RANK_AUDB_NELMNT

Air UL Data Blks Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.AUDB DESC NULLS LAST WITHIN PARENT)

SHR_BSM_POPT

Busy SDCCH Max Share of POPT Parent

SHARE(CSM.BSM OF POPT.HPOPT PARENT)

RANK_BSM_POPT

Busy SDCCH Max Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.BSM DESC NULLS LAST WITHIN PARENT)

SHR_BSM_TSLT

Busy SDCCH Max Share of TSLT Parent

SHARE(CSM.BSM OF TSLT.HTSLT PARENT)

RANK_BSM_TSLT

Busy SDCCH Max Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.BSM DESC NULLS LAST WITHIN PARENT)

SHR_BSM_NELMNT

Busy SDCCH Max Share of Network Element Parent

SHARE(CSM.BSM OF NELMNT.HNELMNT PARENT)

RANK_BSM_NELMNT

Busy SDCCH Max Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.BSM DESC NULLS LAST WITHIN PARENT)

SHR_BTM_POPT

Busy TCH Max Share of POPT Parent

SHARE(CSM.BTM OF POPT.HPOPT PARENT)

RANK_BTM_POPT

Busy TCH Max Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.BTM DESC NULLS LAST WITHIN PARENT)

SHR_BTM_TSLT

Busy TCH Max Share of TSLT Parent

SHARE(CSM.BTM OF TSLT.HTSLT PARENT)

RANK_BTM_TSLT

Busy TCH Max Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.BTM DESC NULLS LAST WITHIN PARENT)

SHR_BTM_NELMNT

Busy TCH Max Share of Network Element Parent

SHARE(CSM.BTM OF NELMNT.HNELMNT PARENT)

RANK_BTM_NELMNT

Busy TCH Max Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.BTM DESC NULLS LAST WITHIN PARENT)

SHR_CCE_POPT

Cell Carried Erlangs Share of POPT Parent

SHARE(CSM.CCE OF POPT.HPOPT PARENT)

RANK_CCE_POPT

Cell Carried Erlangs Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CCE DESC NULLS LAST WITHIN PARENT)

SHR_CCE_TSLT

Cell Carried Erlangs Share of TSLT Parent

SHARE(CSM.CCE OF TSLT.HTSLT PARENT)

RANK_CCE_TSLT

Cell Carried Erlangs Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CCE DESC NULLS LAST WITHIN PARENT)

SHR_CCE_NELMNT

Cell Carried Erlangs Share of Network Element Parent

SHARE(CSM.CCE OF NELMNT.HNELMNT PARENT)

RANK_CCE_NELMNT

Cell Carried Erlangs Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CCE DESC NULLS LAST WITHIN PARENT)

SHR_CD_POPT

Call Duration Share of POPT Parent

SHARE(CSM.CD OF POPT.HPOPT PARENT)

RANK_CD_POPT

Call Duration Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CD DESC NULLS LAST WITHIN PARENT)

SHR_CD_TSLT

Call Duration Share of TSLT Parent

SHARE(CSM.CD OF TSLT.HTSLT PARENT)

RANK_CD_TSLT

Call Duration Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CD DESC NULLS LAST WITHIN PARENT)

SHR_CD_NELMNT

Call Duration Rank of Network Element Parent

SHARE(CSM.CD OF NELMNT.HNELMNT PARENT)

RANK_CD_NELMNT

Call Duration Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CD DESC NULLS LAST WITHIN PARENT)

SHR_CHRR_POPT

Channel Reqs Rec Share of POPT Parent

SHARE(CSM.CHRR OF POPT.HPOPT PARENT)

RANK_CHRR_POPT

Channel Reqs Rec Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CHRR DESC NULLS LAST WITHIN PARENT)

SHR_CHRR_TSLT

Channel Reqs Rec Share of TSLT Parent

SHARE(CSM.CHRR OF TSLT.HTSLT PARENT)

RANK_CHRR_TSLT

Channel Reqs Rec Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CHRR DESC NULLS LAST WITHIN PARENT)

SHR_CHRR_NELMNT

Channel Reqs Rec Share of Network Element Parent

SHARE(CSM.CHRR OF NELMNT.HNELMNT PARENT)

RANK_CHRR_NELMNT

Channel Reqs Rec Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CHRR DESC NULLS LAST WITHIN PARENT)

SHR_CISC_POPT

Congestion In Source Cell Share of POPT Parent

SHARE(CSM.CISC OF POPT.HPOPT PARENT)

RANK_CISC_POPT

Congestion In Source Cell Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CISC DESC NULLS LAST WITHIN PARENT)

SHR_CISC_TSLT

Congestion In Source Cell Share of TSLT Parent

SHARE(CSM.CISC OF TSLT.HTSLT PARENT)

RANK_CISC_TSLT

Congestion In Source Cell Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CISC DESC NULLS LAST WITHIN PARENT)

SHR_CISC_NELMNT

Congestion In Source Cell Share of Network Element Parent

SHARE(CSM.CISC OF NELMNT.HNELMNT PARENT)

RANK_CISC_NELMNT

Congestion In Source Cell Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CISC DESC NULLS LAST WITHIN PARENT)

SHR_CNNTS_POPT

Connections Share of POPT Parent

SHARE(CSM.CNNTS OF POPT.HPOPT PARENT)

RANK_CNNTS_POPT

Connections Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CNNTS DESC NULLS LAST WITHIN PARENT)

SHR_CNNTS_TSLT

Connections Share of TSLT Parent

SHARE(CSM.CNNTS OF TSLT.HTSLT PARENT)

RANK_CNNTS_TSLT

Connections Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CNNTS DESC NULLS LAST WITHIN PARENT)

SHR_CNNTS_NELMNT

Connections Share of Network Element Parent

SHARE(CSM.CNNTS OF NELMNT.HNELMNT PARENT)

RANK_CNNTS_NELMNT

Connections Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CNNTS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_COE_POPT

EOP Cell Offered Erlangs Share of POPT Parent

SHARE(CSM.EOP_COE OF POPT.HPOPT PARENT)

RANK_EOP_COE_POPT

EOP Cell Offered Erlangs Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.EOP_COE DESC NULLS LAST WITHIN PARENT)

SHR_EOP_COE_TSLT

EOP Cell Offered Erlangs Share of TSLT Parent

SHARE(CSM.EOP_COE OF TSLT.HTSLT PARENT)

RANK_EOP_COE_TSLT

EOP Cell Offered Erlangs Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.EOP_COE DESC NULLS LAST WITHIN PARENT)

SHR_EOP_COE_NELMNT

EOP Cell Offered Erlangs Rank of Network Element Parent

SHARE(CSM.EOP_COE OF NELMNT.HNELMNT PARENT)

RANK_EOP_COE_NELMNT

EOP Cell Offered Erlangs Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.EOP_COE DESC NULLS LAST WITHIN PARENT)

SHR_CONNR_POPT

Connection Refuse Share of POPT Parent

SHARE(CSM.CONNR OF POPT.HPOPT PARENT)

RANK_CONNR_POPT

Connection Refuse Share of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CONNR DESC NULLS LAST WITHIN PARENT)

SHR_CONNR_TSLT

Connection Refuse Share of TSLT Parent

SHARE(CSM.CONNR OF TSLT.HTSLT PARENT)

RANK_CONNR_TSLT

Connection Refuse Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CONNR DESC NULLS LAST WITHIN PARENT)

SHR_CONNR_NELMNT

Connection Refuse Share of Network Element Parent

SHARE(CSM.CONNR OF NELMNT.HNELMNT PARENT)

RANK_CONNR_NELMNT

Connection Refuse Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CONNR DESC NULLS LAST WITHIN PARENT)

SHR_CR_POPT

CM Reestablish Share of POPT Parent

SHARE(CSM.CR OF POPT.HPOPT PARENT)

RANK_CR_POPT

CM Reestablish Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CR DESC NULLS LAST WITHIN PARENT)

SHR_CR_TSLT

CM Reestablish Share of TSLT Parent

SHARE(CSM.CR OF TSLT.HTSLT PARENT)

RANK_CR_TSLT

CM Reestablish Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CR DESC NULLS LAST WITHIN PARENT)

SHR_CR_NELMNT

CM Reestablish Share of Network Element Parent

SHARE(CSM.CR OF NELMNT.HNELMNT PARENT)

RANK_CR_NELMNT

CM Reestablish Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CR DESC NULLS LAST WITHIN PARENT)

SHR_CRFR_POPT

CHAN REQ FAIL ROL Share of POPT Parent

SHARE(CSM.CRFR OF POPT.HPOPT PARENT)

RANK_CRFR_POPT

CHAN REQ FAIL ROL Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CRFR DESC NULLS LAST WITHIN PARENT)

SHR_CRFR_TSLT

CHAN REQ FAIL ROL Share of TSLT Parent

SHARE(CSM.CRFR OF TSLT.HTSLT PARENT)

RANK_CRFR_TSLT

CHAN REQ FAIL ROL Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CRFR DESC NULLS LAST WITHIN PARENT)

SHR_CRFR_NELMNT

CHAN REQ FAIL ROL Share of Network Element Parent

SHARE(CSM.CRFR OF NELMNT.HNELMNT PARENT)

RANK_CRFR_NELMNT

CHAN REQ FAIL ROL Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CRFR DESC NULLS LAST WITHIN PARENT)

SHR_CRMB_POPT

Chan Req MS Blk Share of POPT Parent

SHARE(CSM.CRMB OF POPT.HPOPT PARENT)

RANK_CRMB_POPT

Chan Req MS Blk Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CRMB DESC NULLS LAST WITHIN PARENT)

SHR_CRMB_TSLT

Chan Req MS Blk Share of TSLT Parent

SHARE(CSM.CRMB OF TSLT.HTSLT PARENT)

RANK_CRMB_TSLT

Chan Req MS Blk Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CRMB DESC NULLS LAST WITHIN PARENT)

SHR_CRMB_NELMNT

Chan Req MS Blk Share of NELMNT Parent

SHARE(CSM.CRMB OF NELMNT.HNELMNT PARENT)

RANK_CRMB_NELMNT

Chan Req MS Blk Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CRMB DESC NULLS LAST WITHIN PARENT)

SHR_CRR_POPT

Channel Reqs Reject Share of POPT Parent

SHARE(CSM.CRR OF POPT.HPOPT PARENT)

RANK_CRR_POPT

Channel Reqs Reject Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CRR DESC NULLS LAST WITHIN PARENT)

SHR_CRR_TSLT

Channel Reqs Reject Share of TSLT Parent

SHARE(CSM.CRR OF TSLT.HTSLT PARENT)

RANK_CRR_TSLT

Channel Reqs Reject Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CRR DESC NULLS LAST WITHIN PARENT)

SHR_CRR_NELMNT

Channel Reqs Reject Share of NELMNT Parent

SHARE(CSM.CRR OF NELMNT.HNELMNT PARENT)

RANK_CRR_NELMNT

Channel Reqs Reject Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CRR DESC NULLS LAST WITHIN PARENT)

SHR_CSRC_POPT

CM Serv Req Call Share of POPT Parent

SHARE(CSM.CSRC OF POPT.HPOPT PARENT)

RANK_CSRC_POPT

CM Serv Req Call Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CSRC DESC NULLS LAST WITHIN PARENT)

SHR_CSRC_TSLT

CM Serv Req Call Share of TSLT Parent

SHARE(CSM.CSRC OF TSLT.HTSLT PARENT)

RANK_CSRC_TSLT

CM Serv Req Call rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CSRC DESC NULLS LAST WITHIN PARENT)

SHR_CSRC_NELMNT

CM Serv Req Call Share of NELMNT Parent

SHARE(CSM.CSRC OF NELMNT.HNELMNT PARENT)

RANK_CSRC_NELMNT

CM Serv Req Call Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CSRC DESC NULLS LAST WITHIN PARENT)

SHR_CSRE_POPT

CM Serv Req Emrg Share of POPT Parent

SHARE(CSM.CSRE OF POPT.HPOPT PARENT)

RANK_CSRE_POPT

CM Serv Req Emrg Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CSRE DESC NULLS LAST WITHIN PARENT)

SHR_CSRE_TSLT

CM Serv Req Emrg Share of TSLT Parent

SHARE(CSM.CSRE OF TSLT.HTSLT PARENT)

RANK_CSRE_TSLT

CM Serv Req Emrg Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CSRE DESC NULLS LAST WITHIN PARENT)

SHR_CSRE_NELMNT

CM Serv Req Emrg Share of NELMNT Parent

SHARE(CSM.CSRE OF NELMNT.HNELMNT PARENT)

RANK_CSRE_NELMNT

CM Serv Req Emrg Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CSRE DESC NULLS LAST WITHIN PARENT)

SHR_CSRS_POPT

CM Serv Req SMS Share of POPT Parent

SHARE(CSM.CSRS OF POPT.HPOPT PARENT)

RANK_CSRS_POPT

CM Serv Req SMS Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CSRS DESC NULLS LAST WITHIN PARENT)

SHR_CSRS_TSLT

CM Serv Req SMS Share of TSLT Parent

SHARE(CSM.CSRS OF TSLT.HTSLT PARENT)

RANK_CSRS_TSLT

CM Serv Req SMS Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CSRS DESC NULLS LAST WITHIN PARENT)

SHR_CSRS_NELMNT

CM Serv Req SMS Share of NELMNT Parent

SHARE(CSM.CSRS OF NELMNT.HNELMNT PARENT)

RANK_CSRS_NELMNT

CM Serv Req SMS Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CSRS DESC NULLS LAST WITHIN PARENT)

SHR_CSRSP_POPT

CM Serv Req Supp Share of POPT Parent

SHARE(CSM.CSRSP OF POPT.HPOPT PARENT)

RANK_CSRSP_POPT

CM Serv Req Supp Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.CSRSP DESC NULLS LAST WITHIN PARENT)

SHR_CSRSP_TSLT

CM Serv Req Supp Share of TSLT Parent

SHARE(CSM.CSRSP OF TSLT.HTSLT PARENT)

RANK_CSRSP_TSLT

CM Serv Req Supp Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.CSRSP DESC NULLS LAST WITHIN PARENT)

SHR_CSRSP_NELMNT

CM Serv Req Supp Share of NELMNT Parent

SHARE(CSM.CSRSP OF NELMNT.HNELMNT PARENT)

RANK_CSRSP_NELMNT

CM Serv Req Supp Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.CSRSP DESC NULLS LAST WITHIN PARENT)

SHR_DSL_POPT

Downlink Signal Level Share of POPT Parent

SHARE(CSM.DSL OF POPT.HPOPT PARENT)

RANK_DSL_POPT

Downlink Signal Rank Share of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.DSL DESC NULLS LAST WITHIN PARENT)

SHR_DSL_TSLT

Downlink Signal Level Share of TSLT Parent

SHARE(CSM.DSL OF TSLT.HTSLT PARENT)

RANK_DSL_TSLT

Downlink Signal Level Share of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.DSL DESC NULLS LAST WITHIN PARENT)

SHR_DSL_NELMNT

Downlink Signal Level Share of NELMNT Parent

SHARE(CSM.DSL OF NELMNT.HNELMNT PARENT)

RANK_DSL_NELMNT

Downlink Signal Level Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.DSL DESC NULLS LAST WITHIN PARENT)

SHR_DSQ_POPT

Downlink Signal Quality Share of POPT Parent

SHARE(CSM.DSQ OF POPT.HPOPT PARENT)

RANK_DSQ_POPT

Downlink Signal Quality Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.DSQ DESC NULLS LAST WITHIN PARENT)

SHR_DSQ_TSLT

Downlink Signal Quality Share of TSLT Parent

SHARE(CSM.DSQ OF TSLT.HTSLT PARENT)

RANK_DSQ_TSLT

Downlink Signal Quality Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.DSQ DESC NULLS LAST WITHIN PARENT)

SHR_DSQ_NELMNT

Downlink Signal Quality Share of NELMNT Parent

SHARE(CSM.DSQ OF NELMNT.HNELMNT PARENT)

RANK_DSQ_NELMNT

Downlink Signal Quality Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.DSQ DESC NULLS LAST WITHIN PARENT)

SHR_HU_POPT

Hour Usage Share of POPT Parent

SHARE(CSM.HU OF POPT.HPOPT PARENT)

RANK_HU_POPT

Hour Usage Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.HU DESC NULLS LAST WITHIN PARENT)

SHR_HU_TSLT

Hour Usage Share of TSLT Parent

SHARE(CSM.HU OF TSLT.HTSLT PARENT)

RANK_HU_TSLT

Hour Usage Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.HU DESC NULLS LAST WITHIN PARENT)

SHR_HU_NELMNT

Hour Usage Share of NELMNT Parent

SHARE(CSM.HU OF NELMNT.HNELMNT PARENT)

RANK_HU_NELMNT

Hour Usage Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.HU DESC NULLS LAST WITHIN PARENT)

SHR_ICHA_POPT

Intra Cell HO Atm Share of POPT Parent

SHARE(CSM.ICHA OF POPT.HPOPT PARENT)

RANK_ICHA_POPT

Intra Cell HO Atm Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ICHA DESC NULLS LAST WITHIN PARENT)

SHR_ICHA_TSLT

Intra Cell HO Atm Share of TSLT Parent

SHARE(CSM.ICHA OF TSLT.HTSLT PARENT)

RANK_ICHA_TSLT

Intra Cell HO Atm Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ICHA DESC NULLS LAST WITHIN PARENT)

SHR_ICHA_NELMNT

Intra Cell HO Atm Share of NELMNT Parent

SHARE(CSM.ICHA OF NELMNT.HNELMNT PARENT)

RANK_ICHA_NELMNT

Intra Cell HO Atm Share of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ICHA DESC NULLS LAST WITHIN PARENT)

SHR_ICHL_POPT

Intra Cell HO Los Share of POPT Parent

SHARE(CSM.ICHL OF POPT.HPOPT PARENT)

RANK_ICHL_POPT

Intra Cell HO Los Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ICHL DESC NULLS LAST WITHIN PARENT)

SHR_ICHL_TSLT

Intra Cell HO Los Share of TSLT Parent

SHARE(CSM.ICHL OF TSLT.HTSLT PARENT)

RANK_ICHL_TSLT

Intra Cell HO Los Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ICHL DESC NULLS LAST WITHIN PARENT)

SHR_ICHL_NELMNT

Intra Cell HO Los Share of NELMNT Parent

SHARE(CSM.ICHL OF NELMNT.HNELMNT PARENT)

RANK_ICHL_NELMNT

Intra Cell HO Los Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ICHL DESC NULLS LAST WITHIN PARENT)

SHR_ICHS_POPT

Intra Cell HO Suc Share of POPT Parent

SHARE(CSM.ICHS OF POPT.HPOPT PARENT)

RANK_ICHS_POPT

Intra Cell HO Suc Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ICHS DESC NULLS LAST WITHIN PARENT)

SHR_ICHS_TSLT

Intra Cell HO Suc Share of TSLT Parent

SHARE(CSM.ICHS OF TSLT.HTSLT PARENT)

RANK_ICHS_TSLT

Intra Cell HO Suc Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ICHS DESC NULLS LAST WITHIN PARENT)

SHR_ICHS_NELMNT

Intra Cell HO Suc Share of NEMNT Parent

SHARE(CSM.ICHS OF NELMNT.HNELMNT PARENT)

RANK_ICHS_NELMNT

Intra Cell HO Suc Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ICHS DESC NULLS LAST WITHIN PARENT)

SHR_ID_POPT

IMSI Detach Share of POPT Parent

SHARE(CSM.ID OF POPT.HPOPT PARENT)

RANK_ID_POPT

IMSI Detach Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ID DESC NULLS LAST WITHIN PARENT)

SHR_ID_TSLT

IMSI Detach Share of TSLT Parent

SHARE(CSM.ID OF TSLT.HTSLT PARENT)

RANK_ID_TSLT

IMSI Detach Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ID DESC NULLS LAST WITHIN PARENT)

SHR_ID_NELMNT

IMSI Detach Share of NELMNT Parent

SHARE(CSM.ID OF NELMNT.HNELMNT PARENT)

RANK_ID_NELMNT

IMSI Detach Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ID DESC NULLS LAST WITHIN PARENT)

SHR_IECR_POPT

IMSI Detach Share of POPT Parent

SHARE(CSM.IECR OF POPT.HPOPT PARENT)

RANK_IECR_POPT

IMSI Detach Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.IECR DESC NULLS LAST WITHIN PARENT)

SHR_IECR_TSLT

IMSI Detach Share of TSLT Parent

SHARE(CSM.IECR OF TSLT.HTSLT PARENT)

RANK_IECR_TSLT

IMSI Detach Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.IECR DESC NULLS LAST WITHIN PARENT)

SHR_IECR_NELMNT

IMSI Detach Share of NELMNT Parent

SHARE(CSM.IECR OF NELMNT.HNELMNT PARENT)

RANK_IECR_NELMNT

IMSI Detach Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.IECR DESC NULLS LAST WITHIN PARENT)

SHR_IERHS_POPT

I Inter BS HO Suc Share of POPT Parent

SHARE(CSM.IERHS OF POPT.HPOPT PARENT)

RANK_IERHS_POPT

I Inter BS HO Suc Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.IERHS DESC NULLS LAST WITHIN PARENT)

SHR_IERHS_TSLT

I Inter BS HO Suc Share of TSLT Parent

SHARE(CSM.IERHS OF TSLT.HTSLT PARENT)

RANK_IERHS_TSLT

I Inter BS HO Suc Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.IERHS DESC NULLS LAST WITHIN PARENT)

SHR_IERHS_NELMNT

I Inter BS HO Suc Share of NELMNT Parent

SHARE(CSM.IERHS OF NELMNT.HNELMNT PARENT)

RANK_IERHS_NELMNT

I Inter BS HO Suc Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.IERHS DESC NULLS LAST WITHIN PARENT)

SHR_IRAHC_POPT

I Intra BS HO Suc Share of POPT Parent

SHARE(CSM.IRAHC OF POPT.HPOPT PARENT)

RANK_IRAHC_POPT

I Intra BS HO Suc Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.IRAHC DESC NULLS LAST WITHIN PARENT)

SHR_IRAHC_TSLT

I Intra BS HO Suc Share of TSLT Parent

SHARE(CSM.IRAHC OF TSLT.HTSLT PARENT)

RANK_IRAHC_TSLT

I Intra BS HO Suc Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.IRAHC DESC NULLS LAST WITHIN PARENT)

SHR_IRAHC_NELMNT

I Intra BS HO Suc Share of NELMNT Parent

SHARE(CSM.IRAHC OF NELMNT.HNELMNT PARENT)

RANK_IRAHC_NELMNT

I Intra BS HO Suc Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.IRAHC DESC NULLS LAST WITHIN PARENT)

SHR_LFRRN_POPT

LOC FLW REQ NRM Share of POPT Parent

SHARE(CSM.LFRRN OF POPT.HPOPT PARENT)

RANK_LFRRN_POPT

LOC FLW REQ NRM Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.LFRRN DESC NULLS LAST WITHIN PARENT)

SHR_LFRRN_TSLT

LOC FLW REQ NRM Share of TSLT Parent

SHARE(CSM.LFRRN OF TSLT.HTSLT PARENT)

RANK_LFRRN_TSLT

LOC FLW REQ NRM Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.LFRRN DESC NULLS LAST WITHIN PARENT)

SHR_LFRRN_NELMNT

LOC FLW REQ NRM Share of NELMNT Parent

SHARE(CSM.LFRRN OF NELMNT.HNELMNT PARENT)

RANK_LFRRN_NELMNT

LOC FLW REQ NRM Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.LFRRN DESC NULLS LAST WITHIN PARENT)

SHR_LFRS_POPT

Loc Flw Req SMS Share of POPT Parent

SHARE(CSM.LFRS OF POPT.HPOPT PARENT)

RANK_LFRS_POPT

Loc Flw Req SMS Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.LFRS DESC NULLS LAST WITHIN PARENT)

SHR_LFRS_TSLT

Loc Flw Req SMS Share of TSLT Parent

SHARE(CSM.LFRS OF TSLT.HTSLT PARENT)

RANK_LFRS_TSLT

Loc Flw Req SMS Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.LFRS DESC NULLS LAST WITHIN PARENT)

SHR_LFRS_NELMNT

Loc Flw Req SMS Share of NELMNT Parent

SHARE(CSM.LFRS OF NELMNT.HNELMNT PARENT)

RANK_LFRS_NELMNT

Loc Flw Req SMS Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.LFRS DESC NULLS LAST WITHIN PARENT)

SHR_LS_POPT

Location Services Share of POPT Parent

SHARE(CSM.LS OF POPT.HPOPT PARENT)

RANK_LS_POPT

Location Services Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.LS DESC NULLS LAST WITHIN PARENT)

SHR_LS_TSLT

Location Services Share of TSLT Parent

SHARE(CSM.LS OF TSLT.HTSLT PARENT)

RANK_LS_TSLT

Location Services Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.LS DESC NULLS LAST WITHIN PARENT)

SHR_LS_NELMNT

Location Services Share of NELMNT Parent

SHARE(CSM.LS OF NELMNT.HNELMNT PARENT)

RANK_LS_NELMNT

Location Services Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.LS DESC NULLS LAST WITHIN PARENT)

SHR_LU_POPT

Location Update Share of POPT Parent

SHARE(CSM.LU OF POPT.HPOPT PARENT)

RANK_LU_POPT

Location Update Share of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.LU DESC NULLS LAST WITHIN PARENT)

SHR_LU_TSLT

Location Update Share of TSLT Parent

SHARE(CSM.LU OF TSLT.HTSLT PARENT)

RANK_LU_TSLT

Location Update Share of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.LU DESC NULLS LAST WITHIN PARENT)

SHR_LU_NELMNT

Location Update Share of NELMNT Parent

SHARE(CSM.LU OF NELMNT.HNELMNT PARENT)

RANK_LU_NELMNT

Location Update Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.LU DESC NULLS LAST WITHIN PARENT)

SHR_MTLOS_POPT

MT LCS ON SDDCH Share of POPT Parent

SHARE(CSM.MTLOS OF POPT.HPOPT PARENT)

RANK_MTLOS_POPT

MT LCS ON SDDCH Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.MTLOS DESC NULLS LAST WITHIN PARENT)

SHR_MTLOS_TSLT

MT LCS ON SDDCH Share of TSLT Parent

SHARE(CSM.MTLOS OF TSLT.HTSLT PARENT)

RANK_MTLOS_TSLT

MT LCS ON SDDCH Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.MTLOS DESC NULLS LAST WITHIN PARENT)

SHR_MTLOS_NELMNT

MT LCS ON SDDCH Share of NELMNT Parent

SHARE(CSM.MTLOS OF NELMNT.HNELMNT PARENT)

RANK_MTLOS_NELMNT

MT LCS ON SDDCH Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.MTLOS DESC NULLS LAST WITHIN PARENT)

SHR_NCA_POPT

Number Of Call Attempts Share of POPT Parent

SHARE(CSM.NCA OF POPT.HPOPT PARENT)

RANK_NCA_POPT

Number Of Call Attempts Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.NCA DESC NULLS LAST WITHIN PARENT)

SHR_NCA_TSLT

Number Of Call Attempts Share of TSLT Parent

SHARE(CSM.NCA OF TSLT.HTSLT PARENT)

RANK_NCA_TSLT

Number Of Call Attempts Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.NCA DESC NULLS LAST WITHIN PARENT)

SHR_NCA_NELMNT

Number Of Call Attempts Share of NELMNT Parent

SHARE(CSM.NCA OF NELMNT.HNELMNT PARENT)

RANK_NCA_NELMNT

Number Of Call Attempts Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.NCA DESC NULLS LAST WITHIN PARENT)

SHR_NCAWT_POPT

Num Call Attempts WO Transit Share of POPT Parent

SHARE(CSM.NCAWT OF POPT.HPOPT PARENT)

RANK_NCAWT_POPT

Num Call Attempts WO Transit Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.NCAWT DESC NULLS LAST WITHIN PARENT)

SHR_NCAWT_TSLT

Num Call Attempts WO Transit Share of TSLT Parent

SHARE(CSM.NCAWT OF TSLT.HTSLT PARENT)

RANK_NCAWT_TSLT

Num Call Attempts WO Transit Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.NCAWT DESC NULLS LAST WITHIN PARENT)

SHR_NCAWT_NELMNT

Num Call Attempts WO Transit Share of NELMNT Parent

SHARE(CSM.NCAWT OF NELMNT.HNELMNT PARENT)

RANK_NCAWT_NELMNT

Num Call Attempts WO Transit Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.NCAWT DESC NULLS LAST WITHIN PARENT)

SHR_NOC_POPT

Number Of Calls Share of POPT Parent

SHARE(CSM.NOC OF POPT.HPOPT PARENT)

RANK_NOC_POPT

Number Of Calls Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.NOC DESC NULLS LAST WITHIN PARENT)

SHR_NOC_TSLT

Number Of Calls Share of TSLT Parent

SHARE(CSM.NOC OF TSLT.HTSLT PARENT)

RANK_NOC_TSLT

Number Of Calls Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.NOC DESC NULLS LAST WITHIN PARENT)

SHR_NOC_NELMNT

Number Of Calls Share of NELMNT Parent

SHARE(CSM.NOC OF NELMNT.HNELMNT PARENT)

RANK_NOC_NELMNT

Number Of Calls Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.NOC DESC NULLS LAST WITHIN PARENT)

SHR_NOCE_POPT

Number Of Cells Share of POPT Parent

SHARE(CSM.NOCE OF POPT.HPOPT PARENT)

RANK_NOCE_POPT

Number Of Cells Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.NOCE DESC NULLS LAST WITHIN PARENT)

SHR_NOCE_TSLT

Number Of Cells Share of TSLT Parent

SHARE(CSM.NOCE OF TSLT.HTSLT PARENT)

RANK_NOCE_TSLT

Number Of Cells Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.NOCE DESC NULLS LAST WITHIN PARENT)

SHR_NOCE_NELMNT

Number Of Cells Share of NELMNT Parent

SHARE(CSM.NOCE OF NELMNT.HNELMNT PARENT)

RANK_NOCE_NELMNT

Number Of Cells Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.NOCE DESC NULLS LAST WITHIN PARENT)

SHR_OAPSR_POPT

OK ACC PROC SUC R Share of POPT Parent

SHARE(CSM.OAPSR OF POPT.HPOPT PARENT)

RANK_OAPSR_POPT

OK ACC PROC SUC R Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.OAPSR DESC NULLS LAST WITHIN PARENT)

SHR_OAPSR_TSLT

OK ACC PROC SUC R Share of TSLT Parent

SHARE(CSM.OAPSR OF TSLT.HTSLT PARENT)

RANK_OAPSR_TSLT

OK ACC PROC SUC R Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.OAPSR DESC NULLS LAST WITHIN PARENT)

SHR_OAPSR_NELMNT

OK ACC PROC SUC R Share of NELMNT Parent

SHARE(CSM.OAPSR OF NELMNT.HNELMNT PARENT)

RANK_OAPSR_NELMNT

OK ACC PROC SUC R Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.OAPSR DESC NULLS LAST WITHIN PARENT)

SHR_OEREF_POPT

OK ACC PROC SUC R Share of POPT Parent

SHARE(CSM.OEREF OF POPT.HPOPT PARENT)

RANK_OEREF_POPT

OK ACC PROC SUC R Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.OEREF DESC NULLS LAST WITHIN PARENT)

SHR_OEREF_TSLT

OK ACC PROC SUC R Share of TSLT Parent

SHARE(CSM.OEREF OF TSLT.HTSLT PARENT)

RANK_OEREF_TSLT

OK ACC PROC SUC R Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.OEREF DESC NULLS LAST WITHIN PARENT)

SHR_OEREF_NELMNT

OK ACC PROC SUC R Share of NELMNT Parent

SHARE(CSM.OEREF OF NELMNT.HNELMNT PARENT)

RANK_OEREF_NELMNT

OK ACC PROC SUC R Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.OEREF DESC NULLS LAST WITHIN PARENT)

SHR_OERHA_POPT

O Inter BS HO ATM Share of POPT Parent

SHARE(CSM.OERHA OF POPT.HPOPT PARENT)

RANK_OERHA_POPT

O Inter BS HO ATM Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.OERHA DESC NULLS LAST WITHIN PARENT)

SHR_OERHA_TSLT

O Inter BS HO ATM Share of TSLT Parent

SHARE(CSM.OERHA OF TSLT.HTSLT PARENT)

RANK_OERHA_TSLT

O Inter BS HO ATM Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.OERHA DESC NULLS LAST WITHIN PARENT)

SHR_OERHA_NELMNT

O Inter BS HO ATM Share of NELMNT Parent

SHARE(CSM.OERHA OF NELMNT.HNELMNT PARENT)

RANK_OERHA_NELMNT

O Inter BS HO ATM Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.OERHA DESC NULLS LAST WITHIN PARENT)

SHR_OERHR_POPT

O INTER BS HO RET ATM Share of POPT Parent

SHARE(CSM.OERHR OF POPT.HPOPT PARENT)

RANK_OERHR_POPT

O INTER BS HO RET ATM Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.OERHR DESC NULLS LAST WITHIN PARENT)

SHR_OERHR_TSLT

O INTER BS HO RET ATM Share of TSLT Parent

SHARE(CSM.OERHR OF TSLT.HTSLT PARENT)

RANK_OERHR_TSLT

O INTER BS HO RET ATM Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.OERHR DESC NULLS LAST WITHIN PARENT)

SHR_OERHR_NELMNT

O INTER BS HO RET ATM Share of NELMNT Parent

SHARE(CSM.OERHR OF NELMNT.HNELMNT PARENT)

RANK_OERHR_NELMNT

O INTER BS HO RET ATM Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.OERHR DESC NULLS LAST WITHIN PARENT)

SHR_OERHS_POPT

O INTER BS HO SUC Share of POPT Parent

SHARE(CSM.OERHS OF POPT.HPOPT PARENT)

RANK_OERHS_POPT

O INTER BS HO SUC Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.OERHS DESC NULLS LAST WITHIN PARENT)

SHR_OERHS_TSLT

O INTER BS HO SUC Share of TSLT Parent

SHARE(CSM.OERHS OF TSLT.HTSLT PARENT)

RANK_OERHS_TSLT

O INTER BS HO SUC Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.OERHS DESC NULLS LAST WITHIN PARENT)

SHR_OERHS_NELMNT

O INTER BS HO SUC Share of NELMNT Parent

SHARE(CSM.OERHS OF NELMNT.HNELMNT PARENT)

RANK_OERHS_NELMNT

O INTER BS HO SUC Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.OERHS DESC NULLS LAST WITHIN PARENT)

SHR_OERRM_POPT

O INTER BS RQ MSC Share of POPT Parent

SHARE(CSM.OERRM OF POPT.HPOPT PARENT)

RANK_OERRM_POPT

O INTER BS RQ MSC Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.OERRM DESC NULLS LAST WITHIN PARENT)

SHR_OERRM_TSLT

O INTER BS RQ MSC Share of TSLT Parent

SHARE(CSM.OERRM OF TSLT.HTSLT PARENT)

RANK_OERRM_TSLT

O INTER BS RQ MSC Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.OERRM DESC NULLS LAST WITHIN PARENT)

SHR_OERRM_NELMNT

O INTER BS RQ MSC Share of NELMNT Parent

SHARE(CSM.OERRM OF NELMNT.HNELMNT PARENT)

RANK_OERRM_NELMNT

O INTER BS RQ MSC Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.OERRM DESC NULLS LAST WITHIN PARENT)

SHR_OHCA_POPT

Out HO Cause Attempts Share of POPT Parent

SHARE(CSM.OHCA OF POPT.HPOPT PARENT)

RANK_OHCA_POPT

Out HO Cause Attempts Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.OHCA DESC NULLS LAST WITHIN PARENT)

SHR_OHCA_TSLT

Out HO Cause Attempts Share of TSLT Parent

SHARE(CSM.OHCA OF TSLT.HTSLT PARENT)

RANK_OHCA_TSLT

Out HO Cause Attempts Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.OHCA DESC NULLS LAST WITHIN PARENT)

SHR_OHCA_NELMNT

Out HO Cause Attempts Share of NELMNT Parent

SHARE(CSM.OHCA OF NELMNT.HNELMNT PARENT)

RANK_OHCA_NELMNT

Out HO Cause Attempts Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.OHCA DESC NULLS LAST WITHIN PARENT)

SHR_ORAHA_POPT

O INTRA BS HO ATM Share of POPT Parent

SHARE(CSM.ORAHA OF POPT.HPOPT PARENT)

RANK_ORAHA_POPT

O INTRA BS HO ATM Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ORAHA DESC NULLS LAST WITHIN PARENT)

SHR_ORAHA_TSLT

O INTRA BS HO ATM Share of TSLT Parent

SHARE(CSM.ORAHA OF TSLT.HTSLT PARENT)

RANK_ORAHA_TSLT

O INTRA BS HO ATM Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ORAHA DESC NULLS LAST WITHIN PARENT)

SHR_ORAHA_NELMNT

O INTRA BS HO ATM Share of NELMNT Parent

SHARE(CSM.ORAHA OF NELMNT.HNELMNT PARENT)

RANK_ORAHA_NELMNT

O INTRA BS HO ATM Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ORAHA DESC NULLS LAST WITHIN PARENT)

SHR_ORAHC_POPT

O INTRA BS HO CLR Share of POPT Parent

SHARE(CSM.ORAHC OF POPT.HPOPT PARENT)

RANK_ORAHC_POPT

O INTRA BS HO CLR Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ORAHC DESC NULLS LAST WITHIN PARENT)

SHR_ORAHC_TSLT

O INTRA BS HO CLR Share of TSLT Parent

SHARE(CSM.ORAHC OF TSLT.HTSLT PARENT)

RANK_ORAHC_TSLT

O INTRA BS HO CLR Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ORAHC DESC NULLS LAST WITHIN PARENT)

SHR_ORAHC_NELMNT

O INTRA BS HO CLR Share of NELMNT Parent

SHARE(CSM.ORAHC OF NELMNT.HNELMNT PARENT)

RANK_ORAHC_NELMNT

O INTRA BS HO CLR Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ORAHC DESC NULLS LAST WITHIN PARENT)

SHR_ORAHL_POPT

O INTRA BS HO LOS Share of POPT Parent

SHARE(CSM.ORAHL OF POPT.HPOPT PARENT)

RANK_ORAHL_POPT

O INTRA BS HO LOS Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ORAHL DESC NULLS LAST WITHIN PARENT)

SHR_ORAHL_TSLT

O INTRA BS HO LOS Share of TSLT Parent

SHARE(CSM.ORAHL OF TSLT.HTSLT PARENT)

RANK_ORAHL_TSLT

O INTRA BS HO LOS Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ORAHL DESC NULLS LAST WITHIN PARENT)

SHR_ORAHL_NELMNT

O INTRA BS HO LOS Share of NELMNT Parent

SHARE(CSM.ORAHL OF NELMNT.HNELMNT PARENT)

RANK_ORAHL_NELMNT

O INTRA BS HO LOS Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ORAHL DESC NULLS LAST WITHIN PARENT)

SHR_ORAHS_POPT

O INTRA BS HO SUC Share of POPT Parent

SHARE(CSM.ORAHS OF POPT.HPOPT PARENT)

RANK_ORAHS_POPT

O INTRA BS HO SUC Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.ORAHS DESC NULLS LAST WITHIN PARENT)

SHR_ORAHS_TSLT

O INTRA BS HO SUC Share of TSLT Parent

SHARE(CSM.ORAHS OF TSLT.HTSLT PARENT)

RANK_ORAHS_TSLT

O INTRA BS HO SUC Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.ORAHS DESC NULLS LAST WITHIN PARENT)

SHR_ORAHS_NELMNT

O INTRA BS HO SUC Share of NELMNT Parent

SHARE(CSM.ORAHS OF NELMNT.HNELMNT PARENT)

RANK_ORAHS_NELMNT

O INTRA BS HO SUC Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.ORAHS DESC NULLS LAST WITHIN PARENT)

SHR_PBSS_POPT

Power Budget Signal Strength Share of POPT Parent

SHARE(CSM.PBSS OF POPT.HPOPT PARENT)

RANK_PBSS_POPT

Power Budget Signal Strength Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.PBSS DESC NULLS LAST WITHIN PARENT)

SHR_PBSS_TSLT

Power Budget Signal Strength Share of TSLT Parent

SHARE(CSM.PBSS OF TSLT.HTSLT PARENT)

RANK_PBSS_TSLT

Power Budget Signal Strength Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.PBSS DESC NULLS LAST WITHIN PARENT)

SHR_PBSS_NELMNT

Power Budget Signal Strength Share of NELMNT Parent

SHARE(CSM.PBSS OF NELMNT.HNELMNT PARENT)

RANK_PBSS_NELMNT

Power Budget Signal Strength Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.PBSS DESC NULLS LAST WITHIN PARENT)

SHR_PR_POPT

Power Budget Signal Strength Share of POPT Parent

SHARE(CSM.PR OF POPT.HPOPT PARENT)

RANK_PR_POPT

Power Budget Signal Strength Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.PR DESC NULLS LAST WITHIN PARENT)

SHR_PR_TSLT

Power Budget Signal Strength Share of TSLT Parent

SHARE(CSM.PR OF TSLT.HTSLT PARENT)

RANK_PR_TSLT

Power Budget Signal Strength Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.PR DESC NULLS LAST WITHIN PARENT)

SHR_PR_NELMNT

Power Budget Signal Strength Share of NELMNT Parent

SHARE(CSM.PR OF NELMNT.HNELMNT PARENT)

RANK_PR_NELMNT

Power Budget Signal Strength Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.PR DESC NULLS LAST WITHIN PARENT)

SHR_PRFM_POPT

Page Req From MSC Share of POPT Parent

SHARE(CSM.PRFM OF POPT.HPOPT PARENT)

RANK_PRFM_POPT

Page Req From MSC Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.PRFM DESC NULLS LAST WITHIN PARENT)

SHR_PRFM_TSLT

Page Req From MSC Share of TSLT Parent

SHARE(CSM.PRFM OF TSLT.HTSLT PARENT)

RANK_PRFM_TSLT

Page Req From MSC Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.PRFM DESC NULLS LAST WITHIN PARENT)

SHR_PRFM_NELMNT

Page Req From MSC Share of NELMNT Parent

SHARE(CSM.PRFM OF NELMNT.HNELMNT PARENT)

RANK_PRFM_NELMNT

Page Req From MSC Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.PRFM DESC NULLS LAST WITHIN PARENT)

SHR_RLTR_POPT

RF Loss TCH Roll Share of POPT Parent

SHARE(CSM.RLTR OF POPT.HPOPT PARENT)

RANK_RLTR_POPT

RF Loss TCH Roll Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.RLTR DESC NULLS LAST WITHIN PARENT)

SHR_RLTR_TSLT

RF Loss TCH Roll Share of TSLT Parent

SHARE(CSM.RLTR OF TSLT.HTSLT PARENT)

RANK_RLTR_TSLT

RF Loss TCH Roll Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.RLTR DESC NULLS LAST WITHIN PARENT)

SHR_RLTR_NELMNT

RF Loss TCH Roll Share of NELMNT Parent

SHARE(CSM.RLTR OF NELMNT.HNELMNT PARENT)

RANK_RLTR_NELMNT

RF Loss TCH Roll Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.RLTR DESC NULLS LAST WITHIN PARENT)

SHR_SH_POPT

ALLOC SDCCH Share of POPT Parent

SHARE(CSM.SH OF POPT.HPOPT PARENT)

RANK_SH_POPT

ALLOC SDCCH Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.SH DESC NULLS LAST WITHIN PARENT)

SHR_SH_TSLT

ALLOC SDCCH Share of TSLT Parent

SHARE(CSM.SH OF TSLT.HTSLT PARENT)

RANK_SH_TSLT

ALLOC SDCCH Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.SH DESC NULLS LAST WITHIN PARENT)

SHR_SH_NELMNT

ALLOC SDCCH Share of NELMNT Parent

SHARE(CSM.SH OF NELMNT.HNELMNT PARENT)

RANK_SH_NELMNT

ALLOC SDCCH Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.SH DESC NULLS LAST WITHIN PARENT)

SHR_SIOS_POPT

SMS INIT on SDCCH Share of POPT Parent

SHARE(CSM.SIOS OF POPT.HPOPT PARENT)

RANK_SIOS_POPT

SMS INIT on SDCCH Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.SIOS DESC NULLS LAST WITHIN PARENT)

SHR_SIOS_TSLT

SMS INIT on SDCCH Share of TSLT Parent

SHARE(CSM.SIOS OF TSLT.HTSLT PARENT)

RANK_SIOS_TSLT

SMS INIT on SDCCH Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.SIOS DESC NULLS LAST WITHIN PARENT)

SHR_SIOS_NELMNT

SMS INIT on SDCCH Share of NELMNT Parent

SHARE(CSM.SIOS OF NELMNT.HNELMNT PARENT)

RANK_SIOS_NELMNT

SMS INIT on SDCCH Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.SIOS DESC NULLS LAST WITHIN PARENT)

SHR_SIOT_POPT

SMS INIT on TCH Share of POPT Parent

SHARE(CSM.SIOT OF POPT.HPOPT PARENT)

RANK_SIOT_POPT

SMS INIT on TCH Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.SIOT DESC NULLS LAST WITHIN PARENT)

SHR_SIOT_TSLT

SMS INIT on TCH Share of TSLT Parent

SHARE(CSM.SIOT OF TSLT.HTSLT PARENT)

RANK_SIOT_TSLT

SMS INIT on TCH Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.SIOT DESC NULLS LAST WITHIN PARENT)

SHR_SIOT_NELMNT

SMS INIT on TCH Share of NELMNT Parent

SHARE(CSM.SIOT OF NELMNT.HNELMNT PARENT)

RANK_SIOT_NELMNT

SMS INIT on TCH Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.SIOT DESC NULLS LAST WITHIN PARENT)

SHR_SPM_POPT

Spare TCH Max Share of POPT Parent

SHARE(CSM.SPM OF POPT.HPOPT PARENT)

RANK_SPM_POPT

Spare TCH Max Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.SPM DESC NULLS LAST WITHIN PARENT)

SHR_SPM_TSLT

Spare TCH Max Share of TSLT Parent

SHARE(CSM.SPM OF TSLT.HTSLT PARENT)

RANK_SPM_TSLT

Spare TCH Max Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.SPM DESC NULLS LAST WITHIN PARENT)

SHR_SPM_NELMNT

Spare TCH Max Share of NELMNT Parent

SHARE(CSM.SPM OF NELMNT.HNELMNT PARENT)

RANK_SPM_NELMNT

Spare TCH Max Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.SPM DESC NULLS LAST WITHIN PARENT)

SHR_SSD_POPT

Signal Source Distance Share of POPT Parent

SHARE(CSM.SSD OF POPT.HPOPT PARENT)

RANK_SSD_POPT

Signal Source Distance Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.SSD DESC NULLS LAST WITHIN PARENT)

SHR_SSD_TSLT

Signal Source Distance Share of TSLT Parent

SHARE(CSM.SSD OF TSLT.HTSLT PARENT)

RANK_SSD_TSLT

Signal Source Distance Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.SSD DESC NULLS LAST WITHIN PARENT)

SHR_SSD_NELMNT

Signal Source Distance Share of NELMNT Parent

SHARE(CSM.SSD OF NELMNT.HNELMNT PARENT)

RANK_SSD_NELMNT

Signal Source Distance Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.SSD DESC NULLS LAST WITHIN PARENT)

SHR_SSM_POPT

Spare SDCCH Max Share of POPT Parent

SHARE(CSM.SSM OF POPT.HPOPT PARENT)

RANK_SSM_POPT

Spare SDCCH Max Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.SSM DESC NULLS LAST WITHIN PARENT)

SHR_SSM_TSLT

Spare SDCCH Max Share of TSLT Parent

SHARE(CSM.SSM OF TSLT.HTSLT PARENT)

RANK_SSM_TSLT

Spare SDCCH Max Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.SSM DESC NULLS LAST WITHIN PARENT)

SHR_SSM_NELMNT

Spare SDCCH Max Share of NELMNT Parent

SHARE(CSM.SSM OF NELMNT.HNELMNT PARENT)

RANK_SSM_NELMNT

Spare SDCCH Max Share of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.SSM DESC NULLS LAST WITHIN PARENT)

SHR_TCM_POPT

Total Call Minutes Share of POPT Parent

SHARE(CSM.TCM OF POPT.HPOPT PARENT)

RANK_TCM_POPT

Total Call Minutes Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.TCM DESC NULLS LAST WITHIN PARENT)

SHR_TCM_TSLT

Total Call Minutes Share of TSLT Parent

SHARE(CSM.TCM OF TSLT.HTSLT PARENT)

RANK_TCM_TSLT

Total Call Minutes Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.TCM DESC NULLS LAST WITHIN PARENT)

SHR_TCM_NELMNT

Total Call Minutes Share of NELMNT Parent

SHARE(CSM.TCM OF NELMNT.HNELMNT PARENT)

RANK_TCM_NELMNT

Total Call Minutes Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.TCM DESC NULLS LAST WITHIN PARENT)

SHR_TQR_POPT

TCH Q Removed Share of POPT Parent

SHARE(CSM.TQR OF POPT.HPOPT PARENT)

RANK_TQR_POPT

TCH Q Removed Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.TQR DESC NULLS LAST WITHIN PARENT)

SHR_TQR_TSLT

TCH Q Removed Share of TSLT Parent

SHARE(CSM.TQR OF TSLT.HTSLT PARENT)

RANK_TQR_TSLT

TCH Q Removed Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.TQR DESC NULLS LAST WITHIN PARENT)

SHR_TQR_NELMNT

TCH Q Removed Share of NELMNT Parent

SHARE(CSM.TQR OF NELMNT.HNELMNT PARENT)

RANK_TQR_NELMNT

TCH Q Removed Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.TQR DESC NULLS LAST WITHIN PARENT)

SHR_TT_POPT

Total Traffic Share of POPT Parent

SHARE(CSM.TT OF POPT.HPOPT PARENT)

RANK_TT_POPT

Total Traffic Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.TT DESC NULLS LAST WITHIN PARENT)

SHR_TT_TSLT

Total Traffic Share of TSLT Parent

SHARE(CSM.TT OF TSLT.HTSLT PARENT)

RANK_TT_TSLT

Total Traffic Share of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.TT DESC NULLS LAST WITHIN PARENT)

SHR_TT_NELMNT

Total Traffic Share of NELMNT Parent

SHARE(CSM.TT OF NELMNT.HNELMNT PARENT)

RANK_TT_NELMNT

Total Traffic Rank of NELMNT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.TT DESC NULLS LAST WITHIN PARENT)

SHR_USL_POPT

Uplink Signal Level Share of POPT Parent

SHARE(CSM.USL OF POPT.HPOPT PARENT)

RANK_USL_POPT

Uplink Signal Level Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.USL DESC NULLS LAST WITHIN PARENT)

SHR_USL_TSLT

Uplink Signal Level Share of TSLT Parent

SHARE(CSM.USL OF TSLT.HTSLT PARENT)

RANK_USL_TSLT

Uplink Signal Level Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.USL DESC NULLS LAST WITHIN PARENT)

SHR_USL_NELMNT

Uplink Signal Level Share of NELMENT Parent

SHARE(CSM.USL OF NELMNT.HNELMNT PARENT)

RANK_USL_NELMNT

Uplink Signal Level Rank of NELMENT Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.USL DESC NULLS LAST WITHIN PARENT)

SHR_USQ_POPT

Uplink Signal Quality Share of POPT Parent

SHARE(CSM.USQ OF POPT.HPOPT PARENT)

RANK_USQ_POPT

Uplink Signal Quality Rank of POPT Parent

RANK() OVER HIERARCHY (POPT.HPOPT ORDER BY CSM.USQ DESC NULLS LAST WITHIN PARENT)

SHR_USQ_TSLT

Uplink Signal Quality Share of TSLT Parent

SHARE(CSM.USQ OF TSLT.HTSLT PARENT)

RANK_USQ_TSLT

Uplink Signal Quality Rank of TSLT Parent

RANK() OVER HIERARCHY (TSLT.HTSLT ORDER BY CSM.USQ DESC NULLS LAST WITHIN PARENT)

SHR_USQ_NELMNT

Uplink Signal Quality Share of Network Element Parent

SHARE(CSM.USQ OF NELMNT.HNELMNT PARENT)

RANK_USQ_NELMNT

Uplink Signal Quality Rank of Network Element Parent

RANK() OVER HIERARCHY (NELMNT.HNELMNT ORDER BY CSM.USQ DESC NULLS LAST WITHIN PARENT)

TT_FCST

Total Traffic Forecast

CSM_FCST.TT_FCST

Commission Cube

This cube is to store the received commissions for sales representatives and dealers for the sales of products and services in the given period. There are various ways and criteria to calculate and give commissions. Information about these ways and criteria are maintained in the commission fact. Individual commission break up is not important from the analytical view point. Hence the commission fact maintains the total commission values by time.

Physical Name: CMSN

Dimensions and Load Level

The fact data of Commission Cube will be loaded from the relational schema at these dimension levels(leaf level).

Table 9-18 Commission Cube Dimensions and Load Level

Dimension Name
Load level

Time

Business Month

Product

Product

Commission Type

Commission Type

Aggregation Order/Operator

The Commission Cube will be aggregated by the following order and operators on dimensions

Table 9-19 Commission Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Product

Sum

2

Commission Type

Sum

3

Base Measures

The base measure of this data cube are.

Table 9-20 Commission Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

CC1

Customers Count

DWA_CMISN_MO.CUSTS_CNT

TR

Total Revenue

DWA_CMISN_MO.TOT_RVN

CMA

Commission Amount

DWA_CMISN_MO.CMISN_AMT

Derived Measures

The possible derived measure of this data cube are:

Table 9-21 Commission Cube Derived Measures

Physical Name
Logical Name
Definition

CMA_YTD

Commission Amount YTD

SUM(CMSN.CMA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CMA_LP

Commission Amount Last Period

LAG(CMSN.CMA, 1) OVER HIERARCHY ("TIME".HTBSNS)

CMA_LY

Commission Amount Last Year

LAG(CMSN.CMA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CMA_LY_PCT_CHG

Commission Amount % Change Last Year

LAG_VARIANCE_PERCENT(CMSN.CMA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CMA_YTD_LY

Commission Amount YTD Last Year

LAG(CMSN.CMA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CMA_YTD_LY_PCT_CHG

Commission Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(CMSN.CMA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_CMA_PROD

Commission Amount Share Product

SHARE(CMSN.CMA OF PROD.HPROD PARENT)

RANK_CMA_PROD

Commission Amount Rank Product

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CMSN.CMA DESC NULLS LAST WITHIN PARENT)

TR_YTD

Total Revenue YTD

SUM(CMSN.TR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

TR_LP

Total Revenue Last Period

LAG(CMSN.TR, 1) OVER HIERARCHY ("TIME".HTBSNS)

TR_LY

Total Revenue Last Year

LAG(CMSN.TR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TR_LY_PCT_CHG

Total Revenue % Change Last Year

LAG_VARIANCE_PERCENT(CMSN.TR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TR_YTD_LY

Total Revenue YTD Last Year

LAG(CMSN.TR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TR_YTD_LY_PCT_CHG

Total Revenue YTD % Change Last Year

LAG_VARIANCE_PERCENT(CMSN.TR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_TR_PROD

Total Revenue Share of Product Parent

SHARE(CMSN.TR OF PROD.HPROD PARENT)

RANK_TR_PROD

Total Revenue Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CMSN.TR DESC NULLS LAST WITHIN PARENT)

EOP_CC

EOP Customers Count

OLAP_DML_EXPRESSION('CMSN_CC1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

ARPU

ARPU

CMSN.TR / CMSN.EOP_CC

EOP_CC_LY

EOP Customers Count Last Year

LAG(CMSN.EOP_CC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_CC_LY_PCT_CHG

EOP Customers Count % Chg Last Year

LAG_VARIANCE_PERCENT(CMSN.EOP_CC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ARPU_LY

ARPU Last Year

CMSN.TR_LY / CMSN.EOP_CC_LY

ARPU_LY_PCT_CHG

ARPU % Chg Last Year

(CMSN.ARPU - CMSN.ARPU_LY) / CMSN.ARPU_LY

Contract Cube

This Cube is to store derived information about customer's current/future contract for analytical purpose. The entity only contains changed contract(current or future).

Physical Name: CM

Dimensions and Load Level

The fact data of Contract Cube will be loaded from the relational schema at these dimension levels(leaf level).

Table 9-22 Contract Cube Dimensions and Load Level

Dimension Name
Load level

Time

Business Month

Customer Type

Customer Type

Product Market Plan

Product Market Plan

Organization

Organization Business Unit

Geography

Product Market Plan

Aggregation Order/Operator

The Contract Cube will be aggregated by the following order and operators on dimensions

Table 9-23 Contract Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Customer Type

Sum

2

Product Market Plan

Sum

3

Organization

Sum

4

Geography

Sum

5

Base Measures

The base measure of this data cube are:

Table 9-24 Contract Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

AMSC

Amortized Standard Cost

DWA_CNRT_MO.AMRTZD_STNDRD_COST

NRCA

New Retention Contract Amount

DWA_CNRT_MO.NEW_RTNTN_CNRT_AMT

NACA

New Acquisition Contract Amount

DWA_CNRT_MO.NEW_ACQSTN_CNRT_AMT

CLA

Contract Loss Amount

DWA_CNRT_MO.CNRT_LOSS_AMT

BRA

Billed Revenue Amount

DWA_CNRT_MO.BLLD_RVN_AMT

NCA

Net Retention Contract Amount

DWA_CNRT_MO.NET_RTNTN_CNRT_AMT

RCA1

Remaining Contract Amount

DWA_CNRT_MO.RMNG_CNRT_AMT

Remaining contract sum value for current customer.

LDC

Liquidated Damage Charge

DWA_CNRT_MO.LQDTD_DMG_CHRG

When customer terminate the contract, to recover some contract loss, telco operate charge customer penalty for the termination.

AMP

Acquisition Marketing Premium

DWA_CNRT_MO.ACQSTN_MKTG_PRMM

RMP

Retention Marketing Premium

DWA_CNRT_MO.RTNTN_MKTG_PRMM

CCS1

Customer Contract Sum

DWA_CNRT_MO.CUST_CNRT_SUM

AC

Actual Cost

DWA_CNRT_MO.ACT_COST

SC

Standard Cost

DWA_CNRT_MO.STNDRD_COST

AAC

Amortized Actual Cost

DWA_CNRT_MO.AMRTZD_ACT_COST

CFCA

Cancelled Future Contract Amount

DWA_CNRT_MO.CNCL_FUTRE_CNRT_AMT

FBR

FTG Billed Revenue

DWA_CNRT_MO.FTG_BLLD_RVN

Free-to-go billing revenue

NAA

Net Acquisition Contract Amount

DWA_CNRT_MO.NET_ACQSTN_CNRT_AMT

Derived Measures

The possible derived measure of this data cube are:

Table 9-25 Contract Cube Derived Measures

Physical Name
Logical Name
Definition

AAC_YTD

Amortized Actual Cost YTD

SUM(CM.AAC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

AAC_LP

Amortized Actual Cost Last Period

LAG(CM.AAC, 1) OVER HIERARCHY ("TIME".HTBSNS)

AAC_LY

Amortized Actual Cost Last Year

LAG(CM.AAC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AAC_LY_PCT_CHG

Amortized Actual Cost % Change Last Year

LAG_VARIANCE_PERCENT(CM.AAC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AAC_YTD_LY

Amortized Actual Cost YTD Last Year

LAG(CM.AAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AAC_YTD_LY_PCT_CHG

Amortized Actual Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(CM.AAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AC_YTD

Actual Cost YTD

SUM(CM.AC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

AC_LP

Actual Cost Last Period

LAG(CM.AC, 1) OVER HIERARCHY ("TIME".HTBSNS)

AC_LY

Actual Cost Last Year

LAG(CM.AC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AC_LY_PCT_CHG

Actual Cost % Change Last Year

LAG_VARIANCE_PERCENT(CM.AC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AC_YTD_LY

Actual Cost YTD Last Year

LAG(CM.AC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AC_YTD_LY_PCT_CHG

Actual Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(CM.AC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AMP_YTD

Acquisition Marketing Premium YTD

SUM(CM.AMP) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

AMP_LP

Acquisition Marketing Premium Last Period

LAG(CM.AMP, 1) OVER HIERARCHY ("TIME".HTBSNS)

AMP_LY

Acquisition Marketing Premium Last Year

LAG(CM.AMP, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AMP_LY_PCT_CHG

Acquisition Marketing Premium % Change Last Year

LAG_VARIANCE_PERCENT(CM.AMP, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AMP_YTD_LY

Acquisition Marketing Premium YTD Last Year

LAG(CM.AMP_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AMP_YTD_LY_PCT_CHG

Acquisition Marketing Premium YTD % Change Last Year

LAG_VARIANCE_PERCENT(CM.AMP_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AMSC_YTD

Amortized Standard Cost YTD

SUM(CM.AMSC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

AMSC_LP

Amortized Standard Cost Last Period

LAG(CM.AMSC, 1) OVER HIERARCHY ("TIME".HTBSNS)

AMSC_LY

Amortized Standard Cost Last Year

LAG(CM.AMSC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AMSC_LY_PCT_CHG

Amortized Standard Cost % Changed Last Year

LAG_VARIANCE_PERCENT(CM.AMSC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AMSC_YTD_LY

Amortized Standard Cost YTD Last Year

LAG(CM.AMSC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AMSC_YTD_LY_PCT_CHG

Amortized Standard Cost YTD % Changed Last Year

LAG_VARIANCE_PERCENT(CM.AMSC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BRA_YTD

Billed Revenue Amount YTD

SUM(CM.BRA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

BRA_LP

Billed Revenue Amount Last Period

LAG(CM.BRA, 1) OVER HIERARCHY ("TIME".HTBSNS)

BRA_LY

Billed Revenue Amount Last Year

LAG(CM.BRA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BRA_LY_PCT_CHG

Billed Revenue Amount % Change Last Year

LAG_VARIANCE_PERCENT(CM.BRA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BRA_YTD_LY

Billed Revenue Amount YTD Last Year

LAG(CM.BRA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BRA_YTD_LY_PCT_CHG

Billed Revenue Amount YTD Last Year

LAG_VARIANCE_PERCENT(CM.BRA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CFCA_YTD

Cancelled Future Contract Amount YTD

SUM(CM.CFCA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CFCA_LP

Cancelled Future Contract Amount Last Period

LAG(CM.CFCA, 1) OVER HIERARCHY ("TIME".HTBSNS)

CFCA_LY

Cancelled Future Contract Amount Last Year

LAG(CM.CFCA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CFCA_LY_PCT_CHG

Cancelled Future Contract Amount % Change LY

LAG_VARIANCE_PERCENT(CM.CFCA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CFCA_YTD_LY

Cancelled Future Contract Amount YTD LY

LAG(CM.CFCA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CFCA_YTD_LY_PCT_CHG

Cancelled Future Contract Amount YTD % Change LY

LAG_VARIANCE_PERCENT(CM.CFCA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CLA_YTD

Contract Loss Amount YTD

SUM(CM.CLA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CLA_LP

Contract Loss Amount LP

LAG(CM.CLA, 1) OVER HIERARCHY ("TIME".HTBSNS)

CLA_LY

Contract Loss Amount Last Year

LAG(CM.CLA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CLA_LY_PCT_CHG

Contract Loss Amount % change Last Year

LAG_VARIANCE_PERCENT(CM.CLA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CLA_YTD_LY

Contract Loss Amount YTD Last Year

LAG(CM.CLA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CLA_YTD_LY_PCT_CHG

Contract Loss Amount YTD % change Last Year

LAG_VARIANCE_PERCENT(CM.CLA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

FBR_YTD

FTG Billed Revenue YTD

SUM(CM.FBR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

FBR_LP

FTG Billed Revenue Last Period

LAG(CM.FBR, 1) OVER HIERARCHY ("TIME".HTBSNS)

FBR_LY

FTG Billed Revenue Last Year

LAG(CM.FBR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

FBR_LY_PCT_CHG

FTG Billed Revenue % Change Last Year

LAG_VARIANCE_PERCENT(CM.FBR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

FBR_YTD_LY

FTG Billed Revenue YTD Last Year

LAG(CM.FBR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

FBR_YTD_LY_PCT_CHG

FTG Billed Revenue % Change Last Year

LAG_VARIANCE_PERCENT(CM.FBR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LDC_YTD

Liquidated Damage Charge YTD

SUM(CM.LDC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

LDC_LP

Liquidated Damage Charge Last Period

LAG(CM.LDC, 1) OVER HIERARCHY ("TIME".HTBSNS)

LDC_LY

Liquidated Damage Charge Last Year

LAG(CM.LDC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LDC_LY_PCT_CHG

Liquidated Damage Charge % Change Last Year

LAG_VARIANCE_PERCENT(CM.LDC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LDC_YTD_LY

Liquidated Damage Charge YTD Last Year

LAG(CM.LDC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

LDC_YTD_LY_PCT_CHG

Liquidated Damage Charge YTD % Change Last Year

LAG_VARIANCE_PERCENT(CM.LDC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NAA_YTD

Net Acquisition Contract Amount YTD

SUM(CM.NAA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

NAA_LP

Net Acquisition Contract Amount Last Period

LAG(CM.NAA, 1) OVER HIERARCHY ("TIME".HTBSNS)

NAA_LY

Net Acquisition Contract Amount Last Year

LAG(CM.NAA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NAA_LY_PCT_CHG

Net Acquisition Contract Amount % Change Last Year

LAG_VARIANCE_PERCENT(CM.NAA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NAA_YTD_LY

Net Acquisition Contract Amount YTD Last Year

LAG(CM.NAA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NAA_YTD_LY_PCT_CHG

Net Acquisition Contract Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(CM.NAA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NACA_YTD

New Acquisition Contract Amount YTD

SUM(CM.NACA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

NACA_LP

New Acquisition Contract Amount Last Period

LAG(CM.NACA, 1) OVER HIERARCHY ("TIME".HTBSNS)

NACA_LY

New Acquisition Contract Amount Last Year

LAG(CM.NACA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NACA_LY_PCT_CHG

New Acquisition Contract Amount % Change Last Year

LAG_VARIANCE_PERCENT(CM.NACA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NACA_YTD_LY

New Acquisition Contract Amount YTD Last Year

LAG(CM.NACA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NACA_YTD_LY_PCT_CHG

New Acquisition Contract Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(CM.NACA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCA_YTD

Net Retention Contract Amount YTD

SUM(CM.NCA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

NCA_LP

Net Retention Contract Amount Last Period

LAG(CM.NCA, 1) OVER HIERARCHY ("TIME".HTBSNS)

NCA_LY

Net Retention Contract Amount Last Year

LAG(CM.NCA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCA_LY_PCT_CHG

Net Retention Contract Amount % Change Last Year

LAG_VARIANCE_PERCENT(CM.NCA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCA_YTD_LY

Net Retention Contract Amount YTD Last Year

LAG(CM.NCA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCA_YTD_LY_PCT_CHG

Net Retention Contract Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(CM.NCA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NRCA_YTD

New Retention Contract Amount YTD

SUM(CM.NRCA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

NRCA_LP

New Retention Contract Amount Last Period

LAG(CM.NRCA, 1) OVER HIERARCHY ("TIME".HTBSNS)

NRCA_LY

New Retention Contract Amount Last Year

LAG(CM.NRCA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NRCA_LY_PCT_CHG

New Retention Contract Amount % Change Last Year

LAG_VARIANCE_PERCENT(CM.NRCA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NRCA_YTD_LY

New Retention Contract Amount YTD Last Year

LAG(CM.NRCA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NRCA_YTD_LY_PCT_CHG

New Retention Contract Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(CM.NRCA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RMP_YTD

Retention Marketing Premium YTD

SUM(CM.RMP) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

RMP_LP

Retention Marketing Premium Last Period

LAG(CM.RMP, 1) OVER HIERARCHY ("TIME".HTBSNS)

RMP_LY

Retention Marketing Premium Last Year

LAG(CM.RMP, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RMP_LY_PCT_CHG

Retention Marketing Premium % Change Last Year

LAG_VARIANCE_PERCENT(CM.RMP, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RMP_YTD_LY

Retention Marketing Premium YTD Last Year

LAG(CM.RMP_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RMP_YTD_LY_PCT_CHG

Retention Marketing Premium YTD % Change Last Year

LAG_VARIANCE_PERCENT(CM.RMP_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SC_YTD

Standard Cost YTD

SUM(CM.SC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SC_LP

Standard Cost Last Period

LAG(CM.SC, 1) OVER HIERARCHY ("TIME".HTBSNS)

SC_LY

Standard Cost Last Year

LAG(CM.SC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SC_LY_PCT_CHG

Standard Cost % Change Last Year

LAG_VARIANCE_PERCENT(CM.SC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SC_YTD_LY

Standard Cost YTD Last Year

LAG(CM.SC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SC_YTD_LY_PCT_CHG

Standard Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(CM.SC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RANK_AAC_ORG

Amortized Actual Cost Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CM.AAC DESC NULLS LAST WITHIN PARENT)

SHR_AAC_PMP

Amortized Actual Cost Share of PMP Parent

SHARE(CM.AAC OF PMP.HPMP PARENT)

RANK_AAC_PMP

Amortized Actual Cost Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CM.AAC DESC NULLS LAST WITHIN PARENT)

SHR_AAC_CUSTYP

Amortized Actual Cost Share of CUSTYP Parent

SHARE(CM.AAC OF CUSTYP.HCUSTYP PARENT)

RANK_AAC_CUSTYP

Amortized Actual Cost Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CM.AAC DESC NULLS LAST WITHIN PARENT)

SHR_AAC_GEO

Amortized Actual Cost Rank of Geography Parent

SHARE(CM.AAC OF GEO.HGEO PARENT)

RANK_AAC_GEO

Amortized Actual Cost Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CM.AAC DESC NULLS LAST WITHIN PARENT)

SHR_AC_ORG

Amortized Actual Cost Share of Organization Parent

SHARE(CM.AC OF ORG.HCHAIN PARENT)

RANK_AC_ORG

Actual Cost Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CM.AC DESC NULLS LAST WITHIN PARENT)

SHR_AC_PMP

Actual Cost Share of PMP Parent

SHARE(CM.AC OF PMP.HPMP PARENT)

RANK_AC_PMP

Actual Cost Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CM.AC DESC NULLS LAST WITHIN PARENT)

Cost Organizational Cube

This cube is to store aggregated expense information on each business unit inside the carrier. You can use this cube for auditing and budgeting.

Physical Name: COM

Dimensions and Load Level

The fact data of Cost Organizational Cube will be loaded from the relational schema at these dimension levels(leaf level).

Table 9-26 Cost Organizational Cube Dimensions and Load Level

Dimension Name
Load level

Time

Business Month

Organization

Organization Business Unit

Aggregation Order/Operator

The Cost Organizational Cube will be aggregated by the following order and operators on dimensions.

Table 9-27 Cost Organizational Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Organization

Sum

2

Base Measures

The base measure of this data cube are.

Table 9-28 Cost Organizational Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

CAC

Controlling Attrition Cost

DWD_COST_ORG.CONTRLNG_ATTRTN_COST

CB

Cost Budget

DWD_COST_ORG.COST_BDGT

IC

Investment Cost

DWD_COST_ORG.INVSTMNT_COST

AC

Advertising Cost

DWD_COST_ORG.ADVR_COST

OC

Operating Cost

DWD_COST_ORG.OPERTNG_COST

TC

Total Cost

DWD_COST_ORG.TOT_COST

OTRC

Other Cost

DWD_COST_ORG.OTHR_COST

RVN

Revenue

DWD_COST_ORG.RVN

Derived Measures

The possible derived measure of this data cube are:

Table 9-29 Cost Organizational Cube Derived Measures

Physical Name
Logical Name
Definition

AC_YTD

Advertising Cost YTD

SUM(COM.AC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

AC_LP

Advertising Cost Last Period

LAG(COM.AC, 1) OVER HIERARCHY ("TIME".HTBSNS)

AC_LY

Advertising Cost Last Year

LAG(COM.AC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AC_LY_PCT_CHG

Advertising Cost % Change Last Year

LAG_VARIANCE_PERCENT(COM.AC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AC_YTD_LY

Advertising Cost YTD Last Year

LAG(COM.AC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AC_YTD_LY_PCT_CHG

Advertising Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(COM.AC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CAC_YTD

Controlling Attrition Cost YTD

SUM(COM.CAC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CAC_LP

Controlling Attrition Cost Last Period

LAG(COM.CAC, 1) OVER HIERARCHY ("TIME".HTBSNS)

CAC_LY

Controlling Attrition Cost Last Year

LAG(COM.CAC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CAC_LY_PCT_CHG

Controlling Attrition Cost % Change Last Year

LAG_VARIANCE_PERCENT(COM.CAC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CAC_YTD_LY

Controlling Attrition Cost YTD Last Year

LAG(COM.CAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CAC_YTD_LY_PCT_CHG

Controlling Attrition Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(COM.CAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CB_YTD

Cost Budget YTD

SUM(COM.CB) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CB_LP

Cost Budget Last Period

LAG(COM.CB, 1) OVER HIERARCHY ("TIME".HTBSNS)

CB_LY

Cost Budget Last Year

LAG(COM.CB, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CB_LY_PCT_CHG

Cost Budget % Change Last Year

LAG_VARIANCE_PERCENT(COM.CB, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CB_YTD_LY

Cost Budget YTD Last Year

LAG(COM.CB_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CB_YTD_LY_PCT_CHG

Cost Budget YTD % Change Last Year

LAG_VARIANCE_PERCENT(COM.CB_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IC_YTD

Investment Cost YTD

SUM(COM.IC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

IC_LP

Investment Cost Last Period

LAG(COM.IC, 1) OVER HIERARCHY ("TIME".HTBSNS)

IC_LY

Investment Cost Last Year

LAG(COM.IC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IC_LY_PCT_CHG

Investment Cost % Change Last Year

LAG_VARIANCE_PERCENT(COM.IC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IC_YTD_LY

Investment Cost YTD Last Year

LAG(COM.IC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IC_YTD_LY_PCT_CHG

Investment Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(COM.IC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OC_YTD

Operating Cost YTD

SUM(COM.OC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

OC_LP

Operating Cost Last Period

LAG(COM.OC, 1) OVER HIERARCHY ("TIME".HTBSNS)

OC_LY

Operating Cost Last Year

LAG(COM.OC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OC_LY_PCT_CHG

Operating Cost % Change Last Year

LAG_VARIANCE_PERCENT(COM.OC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OC_YTD_LY

Operating Cost YTD Last Year

LAG(COM.OC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OC_YTD_LY_PCT_CHG

Operating Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(COM.OC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OTRC_YTD

Other Cost YTD

SUM(COM.OTRC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

OTRC_LP

Other Cost Last Period

LAG(COM.OTRC, 1) OVER HIERARCHY ("TIME".HTBSNS)

OTRC_LY

Other Cost Last Year

LAG(COM.OTRC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OTRC_LY_PCT_CHG

Other Cost % Change Last Year

LAG_VARIANCE_PERCENT(COM.OTRC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OTRC_YTD_LY

Other Cost YTD Last Year

LAG(COM.OTRC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OTRC_YTD_LY_PCT_CHG

Other Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(COM.OTRC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RVN_YTD

Revenue YTD

SUM(COM.RVN) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

RVN_LP

Revenue Last Period

LAG(COM.RVN, 1) OVER HIERARCHY ("TIME".HTBSNS)

RVN_LY

Revenue Last Year

LAG(COM.RVN, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RVN_LY_PCT_CHG

Revenue % Change Last Year

LAG_VARIANCE_PERCENT(COM.RVN, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RVN_YTD_LY

Revenue YTD Last Year

LAG(COM.RVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RVN_YTD_LY_PCT_CHG

Revenue YTD % Change Last Year

LAG_VARIANCE_PERCENT(COM.RVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TC_YTD

Total Cost YTD

SUM(COM.TC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

TC_LP

Total Cost Last Period

LAG(COM.TC, 1) OVER HIERARCHY ("TIME".HTBSNS)

TC_LY

Total Cost Last Year

LAG(COM.TC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TC_LY_PCT_CHG

Total Cost % Change Last Year

LAG_VARIANCE_PERCENT(COM.TC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TC_YTD_LY

Total Cost YTD Last Year

LAG(COM.TC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TC_YTD_LY_PCT_CHG

Total Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(COM.TC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_AC_ORG

Advertising Cost Share of Organization Parent

SHARE(COM.AC OF ORG.HCHAIN PARENT)

RANK_AC_ORG

Advertising Cost Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY COM.AC DESC NULLS LAST WITHIN PARENT)

SHR_CAC_ORG

Controlling Attrition Cost Share of Organization Parent

SHARE(COM.CAC OF ORG.HCHAIN PARENT)

RANK_CAC_ORG

Controlling Attrition Cost Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY COM.CAC DESC NULLS LAST WITHIN PARENT)

SHR_CB_ORG

Cost Budget Share of Organization Parent

SHARE(COM.CB OF ORG.HCHAIN PARENT)

RANK_CB_ORG

Cost Budget Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY COM.CB DESC NULLS LAST WITHIN PARENT)

SHR_IC_ORG

Investment Cost Share of Organization Parent

SHARE(COM.IC OF ORG.HCHAIN PARENT)

RANK_IC_ORG

Investment Cost Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY COM.IC DESC NULLS LAST WITHIN PARENT)

SHR_OC_ORG

Operating Cost Share of Organization Parent

SHARE(COM.OC OF ORG.HCHAIN PARENT)

RANK_OC_ORG

Operating Cost Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY COM.OC DESC NULLS LAST WITHIN PARENT)

SHR_OTRC_ORG

Other Cost Share of Organization Parent

SHARE(COM.OTRC OF ORG.HCHAIN PARENT)

RANK_OTRC_ORG

Other Cost Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY COM.OTRC DESC NULLS LAST WITHIN PARENT)

SHR_RVN_ORG

Revenue Share of Organization Parent

SHARE(COM.RVN OF ORG.HCHAIN PARENT)

RANK_RVN_ORG

Revenue Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY COM.RVN DESC NULLS LAST WITHIN PARENT)

SHR_TC_ORG

Total Cost Share of Organization Parent

SHARE(COM.TC OF ORG.HCHAIN PARENT)

RANK_TC_ORG

Total Cost Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY COM.TC DESC NULLS LAST WITHIN PARENT)

Cost Product Market Plan Cube

This Cube is used to store various cost values incurred by the carrier and are important from the analysis point of view such as subscriber acquisition cost, Subscriber retention cost, and so on.

Physical Name: CCM

Dimensions and Load Level

The fact data of Cost Product Market Plan Cube will be loaded from the relational schema at these dimension levels(leaf level).

Table 9-30 Cost Product Market Plan Cube Dimensions and Load Level

Dimension Name
Load level

Time

Business Month

Customer Type

Customer Type

Product Market Plan

Product Market Plan

Aggregation Order/Operator

The Cost Product Market Plan Cube will be aggregated by the following order and operators on dimensions

Table 9-31 Cost Product Market Plan Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Customer Type

Sum

2

Product Market Plan

Sum

3

Base Measures

The base measure of this data cube are.

Table 9-32 Cost Product Market Plan Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

CA

Commission Amount

DWA_COST_CUST_MO.CMISN_AMT

Total commission paid to all channels

TC

Total Cost

DWA_COST_CUST_MO.TOT_COST

Total costs

SAC

Subscriber Acquisition Cost

DWA_COST_CUST_MO.SBCRBR_AQSTN_COST

Cost to acquire a new subscriber

SRC

Subscriber Retention Cost

DWA_COST_CUST_MO.SBCRBR_RTNTN_COST

Cost to retain customer

CCC

Call Center Cost

DWA_COST_CUST_MO.CALL_CNTR_COST

Call Center Cost

SC

Selling Costs

DWA_COST_CUST_MO.SLNG_COSTS

Selling Costs

OC

Operating Cost

DWA_COST_CUST_MO.OPERTNG_COST

Operating Cost

OTRC

Other Cost

DWA_COST_CUST_MO.OTHR_COST

Other Cost

NC

Network Cost

DWA_COST_CUST_MO.NTWK_COST

Network Cost

SCCC

Sim Card Cost Contract

DWA_COST_CUST_MO.SIM_CARD_COST_CNRT

Cost of SIM Cards due to Acquisition Contract.

SCCP

Sim Card Cost Prepay

DWA_COST_CUST_MO.SIM_CARD_COST_PREPY

Cost of SIM Cards due to Acquisition Prepay.

DMC

Dealer Marketing Contract

DWA_COST_CUST_MO.DLR_MKTG_CNRT

Cost of Contribution to Dealer' Marketing Cost Contract

DMP

Dealer Marketing Prepay

DWA_COST_CUST_MO.DLR_MKTG_PREPY

Cost of Contribution to Dealer's Marketing Costs Prepay

RHC

Retention Handset Cogs

DWA_COST_CUST_MO.RTNTN_HNDST_COGS

Cost of good sold (CoGS) of the Handsets given to Customer in Retention Contract

AHC

Acquisition Handset Cogs

DWA_COST_CUST_MO.ACQSTN_HNDST_COGS

COGS Handset Customer Acquisition Subscriber

ACC

Acquisition Commission Contract

DWA_COST_CUST_MO.ACQSTN_CMISN_CNRT

Cost of Acquisition Commission Contract

ACP

Acquisition Commission Prepay

DWA_COST_CUST_MO.ACQSTN_CMISN_PREPY

Cost of Acquisition Commission Prepay.

Derived Measures

The possible derived measure of this data cube are:

Table 9-33 Cost Product Market Plan Derived Measures

Physical Name
Logical Name
Definition

ACC_YTD

Acquisition Commission Contract YTD

SUM(CCM.ACC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ACC_LP

Acquisition Commission Contract LP

LAG(CCM.ACC, 1) OVER HIERARCHY ("TIME".HTBSNS)

ACC_LY

Acquisition Commission Contract Last Year

LAG(CCM.ACC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACC_LY_PCT_CHG

Acquisition Commission Contract % Change Last Year

LAG_VARIANCE_PERCENT(CCM.ACC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACC_YTD_LY

Acquisition Commission Contract YTD Last Year

LAG(CCM.ACC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACC_YTD_LY_PCT_CHG

Acquisition Commission Contract YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.ACC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACP_YTD

Acquisition Commission Prepay YTD

SUM(CCM.ACP) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ACP_LP

Acquisition Commission Prepay LP

LAG(CCM.ACP, 1) OVER HIERARCHY ("TIME".HTBSNS)

ACP_LY

Acquisition Commission Prepay Last Year

LAG(CCM.ACP, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACP_LY_PCT_CHG

Acquisition Commission Prepay Change Last Year

LAG_VARIANCE_PERCENT(CCM.ACP, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACP_YTD_LY

Acquisition Commission Prepay YTD Last Year

LAG(CCM.ACP_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ACP_YTD_LY_PCT_CHG

Acquisition Commission Prepay YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.ACP_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AHC_YTD

Acquisition Handset Cost YTD

SUM(CCM.AHC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

AHC_LP

Acquisition Handset Cost LP

LAG(CCM.AHC, 1) OVER HIERARCHY ("TIME".HTBSNS)

AHC_LY

Acquisition Handset Cost Last Year

LAG(CCM.AHC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AHC_LY_PCT_CHG

Acquisition Handset Cost % Change Last Year

LAG_VARIANCE_PERCENT(CCM.AHC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AHC_YTD_LY

Acquisition Handset Cost YTD Last Year

LAG(CCM.AHC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AHC_YTD_LY_PCT_CHG

Acquisition Handset Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.AHC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CA_YTD

Commission Amount YTD

SUM(CCM.CA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CA_LP

Commission Amount LP

LAG(CCM.CA, 1) OVER HIERARCHY ("TIME".HTBSNS)

CA_LY

Commission Amount Last Year

LAG(CCM.CA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CA_LY_PCT_CHG

Commission Amount % Change Last Year

LAG_VARIANCE_PERCENT(CCM.CA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CA_YTD_LY

Commission Amount YTD Last Year

LAG(CCM.CA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CA_YTD_LY_PCT_CHG

Commission Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.CA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CCC_YTD

Call Center Cost YTD

SUM(CCM.CCC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CCC_LP

Call Center Cost LP

LAG(CCM.CCC, 1) OVER HIERARCHY ("TIME".HTBSNS)

CCC_LY

Call Center Cost Last Year

LAG(CCM.CCC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CCC_LY_PCT_CHG

Call Center Cost % Change Last Year

LAG_VARIANCE_PERCENT(CCM.CCC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CCC_YTD_LY

Call Center Cost YTD Last Year

LAG(CCM.CCC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CCC_YTD_LY_PCT_CHG

Call Center Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.CCC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DMC_YTD

Dealer Marketing Contract YTD

SUM(CCM.DMC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

DMC_LP

Dealer Marketing Contract LP

LAG(CCM.DMC, 1) OVER HIERARCHY ("TIME".HTBSNS)

DMC_LY

Dealer Marketing Contract Last Year

LAG(CCM.DMC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DMC_LY_PCT_CHG

Dealer Marketing Contract % Change Last Year

LAG_VARIANCE_PERCENT(CCM.DMC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DMC_YTD_LY

Dealer Marketing Contract % Change Last Year

LAG(CCM.DMC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DMC_YTD_LY_PCT_CHG

Dealer Marketing Contract YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.DMC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DMP_YTD

Dealer Marketing Prepay YTD

SUM(CCM.DMP) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

DMP_LP

LAG(CCM.DMP, 1) OVER HIERARCHY ("TIME".HTBSNS)

DMP_LY

Dealer Marketing Prepay Last Year

LAG(CCM.DMP, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DMP_LY_PCT_CHG

Dealer Marketing Prepay % Change Last Year

LAG_VARIANCE_PERCENT(CCM.DMP, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DMP_YTD_LY

Dealer Marketing Prepay YTD Last Year

LAG(CCM.DMP_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DMP_YTD_LY_PCT_CHG

Dealer Marketing Prepay YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.DMP_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NC_YTD

Network Cost YTD

SUM(CCM.NC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

NC_LP

Network Cost LP

LAG(CCM.NC, 1) OVER HIERARCHY ("TIME".HTBSNS)

NC_LY

Network Cost Last Year

LAG(CCM.NC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NC_LY_PCT_CHG

Network Cost % Change Last Year

LAG_VARIANCE_PERCENT(CCM.NC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NC_YTD_LY

Network Cost YTD Last Year

LAG(CCM.NC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NC_YTD_LY_PCT_CHG

Network Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.NC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OC_YTD

Operating Cost YTD

SUM(CCM.OC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

OC_LP

Operating Cost LP

LAG(CCM.OC, 1) OVER HIERARCHY ("TIME".HTBSNS)

OC_LY

Operating Cost Last Year

LAG(CCM.OC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OC_LY_PCT_CHG

Operating Cost % Change Last Year

LAG_VARIANCE_PERCENT(CCM.OC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OC_YTD_LY

Operating Cost YTD Last Year

LAG(CCM.OC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OC_YTD_LY_PCT_CHG

Operating Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.OC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OTRC_YTD

Other Cost YTD

SUM(CCM.OTRC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

OTRC_LP

Other Cost LP

LAG(CCM.OTRC, 1) OVER HIERARCHY ("TIME".HTBSNS)

OTRC_LY

Other Cost Last Year

LAG(CCM.OTRC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OTRC_LY_PCT_CHG

Other Cost % Change Last Year

LAG_VARIANCE_PERCENT(CCM.OTRC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OTRC_YTD_LY

Other Cost YTD Last Year

LAG(CCM.OTRC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OTRC_YTD_LY_PCT_CHG

Other Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.OTRC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RHC_YTD

Retention Handset Cost YTD

SUM(CCM.RHC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

RHC_LP

Retention Handset Cost LP

LAG(CCM.RHC, 1) OVER HIERARCHY ("TIME".HTBSNS)

RHC_LY

Retention Handset Cost Last Year

LAG(CCM.RHC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RHC_LY_PCT_CHG

Retention Handset Cost % Change Last Year

LAG_VARIANCE_PERCENT(CCM.RHC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RHC_YTD_LY

Retention Handset Cost YTD Last Year

LAG(CCM.RHC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

RHC_YTD_LY_PCT_CHG

Retention Handset Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.RHC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SAC_YTD

Subscriber Acquisition Cost YTD

SUM(CCM.SAC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SAC_LP

Subscriber Acquisition Cost LP

LAG(CCM.SAC, 1) OVER HIERARCHY ("TIME".HTBSNS)

SAC_LY

Subscriber Acquisition Cost Last Year

LAG(CCM.SAC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SAC_LY_PCT_CHG

Subscriber Acquisition Cost % Change Cost Last Year

LAG_VARIANCE_PERCENT(CCM.SAC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SAC_YTD_LY

Subscriber Acquisition Cost YTD Last Year

LAG(CCM.SAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SAC_YTD_LY_PCT_CHG

Subscriber Acquisition Cost YTD % Change Cost Last Year

LAG_VARIANCE_PERCENT(CCM.SAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SC_YTD

Selling Cost YTD

SUM(CCM.SC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SC_LP

Selling Cost LP

LAG(CCM.SC, 1) OVER HIERARCHY ("TIME".HTBSNS)

SC_LY

Selling Cost Last Year

LAG(CCM.SC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SC_LY_PCT_CHG

Selling Cost % Change Last Year

LAG_VARIANCE_PERCENT(CCM.SC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SC_YTD_LY

Selling Cost YTD Last Year

LAG(CCM.SC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SC_YTD_LY_PCT_CHG

Selling Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.SC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SCCC_YTD

Sim Card Cost Contract YTD

SUM(CCM.SCCC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SCCC_LP

Sim Card Cost Contract LP

LAG(CCM.SCCC, 1) OVER HIERARCHY ("TIME".HTBSNS)

SCCC_LY

Sim Card Cost Contract Last Year

LAG(CCM.SCCC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SCCC_LY_PCT_CHG

Sim Card Cost Contract % Change Last Year

LAG_VARIANCE_PERCENT(CCM.SCCC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SCCC_YTD_LY

LAG(CCM.SCCC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SCCC_YTD_LY_PCT_CHG

Sim Card Cost Contract YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.SCCC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SCCP_YTD

Sim Card Cost Prepay YTD

SUM(CCM.SCCP) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SCCP_LP

Sim Card Cost Prepay LP

LAG(CCM.SCCP, 1) OVER HIERARCHY ("TIME".HTBSNS)

SCCP_LY

Sim Card Cost Prepay Last Year

LAG(CCM.SCCP, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SCCP_LY_PCT_CHG

Sim Card Cost Prepay % Change Last Year

LAG_VARIANCE_PERCENT(CCM.SCCP, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SCCP_YTD_LY

Sim Card Cost Prepay YTD Last Year

LAG(CCM.SCCP_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SCCP_YTD_LY_PCT_CHG

Sim Card Cost Prepay YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.SCCP_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SRC_YTD

Subscriber Retention Cost YTD

SUM(CCM.SRC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SRC_LP

Subscriber Retention Cost LP

LAG(CCM.SRC, 1) OVER HIERARCHY ("TIME".HTBSNS)

SRC_LY

Subscriber Retention Cost Last Year

LAG(CCM.SRC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SRC_LY_PCT_CHG

Subscriber Retention Cost % Change Last Year

LAG_VARIANCE_PERCENT(CCM.SRC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SRC_YTD_LY

Subscriber Retention Cost YTD Last Year

LAG(CCM.SRC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SRC_YTD_LY_PCT_CHG

Subscriber Retention Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.SRC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TC_YTD

Total Cost YTD

SUM(CCM.TC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

TC_LP

Total Cost LP

LAG(CCM.TC, 1) OVER HIERARCHY ("TIME".HTBSNS)

TC_LY

Total Cost Last Year

LAG(CCM.TC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TC_LY_PCT_CHG

Total Cost % Change Last Year

LAG_VARIANCE_PERCENT(CCM.TC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TC_YTD_LY

LAG(CCM.TC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TC_YTD_LY_PCT_CHG

Total Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(CCM.TC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_ACC_PMP

Acquisition Commission Contract Share of PMP Parent

SHARE(CCM.ACC OF PMP.HPMP PARENT)

RANK_ACC_PMP

Acquisition Commission Contract Share of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.ACC DESC NULLS LAST WITHIN PARENT)

SHR_ACC_CUSTYP

Acquisition Commission Contract Share of CUSTYP Parent

SHARE(CCM.ACC OF CUSTYP.HCUSTYP PARENT)

RANK_ACC_CUSTYP

Acquisition Commission Contract Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.ACC DESC NULLS LAST WITHIN PARENT)

SHR_ACP_PMP

Acquisition Commission Prepay Share of PMP Parent

SHARE(CCM.ACP OF PMP.HPMP PARENT)

RANK_ACP_PMP

Acquisition Commission Prepay Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.ACP DESC NULLS LAST WITHIN PARENT)

SHR_ACP_CUSTYP

Acquisition Commission Prepay Share of PMP Parent

SHARE(CCM.ACP OF CUSTYP.HCUSTYP PARENT)

RANK_ACP_CUSTYP

Acquisition Commission Prepay Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.ACP DESC NULLS LAST WITHIN PARENT)

SHR_AHC_PMP

Acquisition Handset Cost Share of PMP Parent

SHARE(CCM.AHC OF PMP.HPMP PARENT)

RANK_AHC_PMP

Acquisition Handset Cost Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.AHC DESC NULLS LAST WITHIN PARENT)

SHR_AHC_CUSTYP

Acquisition Handset Cost Share of CUSTYP Parent

SHARE(CCM.AHC OF CUSTYP.HCUSTYP PARENT)

RANK_AHC_CUSTYP

Acquisition Handset Cost Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.AHC DESC NULLS LAST WITHIN PARENT)

SHR_CA_PMP

Commission Amount Share of PMP Parent

SHARE(CCM.CA OF PMP.HPMP PARENT)

RANK_CA_PMP

Commission Amount Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.CA DESC NULLS LAST WITHIN PARENT)

SHR_CA_CUSTYP

Commission Amount Share of CUSTYP Parent

SHARE(CCM.CA OF CUSTYP.HCUSTYP PARENT)

RANK_CA_CUSTYP

Commission Amount Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.CA DESC NULLS LAST WITHIN PARENT)

SHR_CCC_PMP

Call Center Cost Share of PMP Parent

SHARE(CCM.CCC OF PMP.HPMP PARENT)

RANK_CCC_PMP

Call Center Cost Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.CCC DESC NULLS LAST WITHIN PARENT)

SHR_CCC_CUSTYP

Call Center Cost Share of CUSTYP Parent

SHARE(CCM.CCC OF CUSTYP.HCUSTYP PARENT)

RANK_CCC_CUSTYP

Call Center Cost Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.CCC DESC NULLS LAST WITHIN PARENT)

SHR_DMC_PMP

Dealer Marketing Contract Share of PMP Parent

SHARE(CCM.DMC OF PMP.HPMP PARENT)

RANK_DMC_PMP

Dealer Marketing Contract Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.DMC DESC NULLS LAST WITHIN PARENT)

SHR_DMC_CUSTYP

Dealer Marketing Contract Share of CUSTYP Parent

SHARE(CCM.DMC OF CUSTYP.HCUSTYP PARENT)

RANK_DMC_CUSTYP

Dealer Marketing Contract Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.DMC DESC NULLS LAST WITHIN PARENT)

SHR_DMP_PMP

Dealer Marketing Prepay Share of PMP Parent

SHARE(CCM.DMP OF PMP.HPMP PARENT)

RANK_DMP_PMP

Dealer Marketing Prepay Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.DMP DESC NULLS LAST WITHIN PARENT)

SHR_DMP_CUSTYP

Dealer Marketing Prepay Share of CUSTYP Parent

SHARE(CCM.DMP OF CUSTYP.HCUSTYP PARENT)

RANK_DMP_CUSTYP

Dealer Marketing Prepay Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.DMP DESC NULLS LAST WITHIN PARENT)

SHR_NC_PMP

Network Cost Share of PMP Parent

SHARE(CCM.NC OF PMP.HPMP PARENT)

RANK_NC_PMP

Network Cost Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.NC DESC NULLS LAST WITHIN PARENT)

SHR_NC_CUSTYP

Network Cost Share of CUSTYP Parent

SHARE(CCM.NC OF CUSTYP.HCUSTYP PARENT)

RANK_NC_CUSTYP

Network Cost Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.NC DESC NULLS LAST WITHIN PARENT)

SHR_OC_PMP

Operating Cost Share of PMP Parent

SHARE(CCM.OC OF PMP.HPMP PARENT)

RANK_OC_PMP

Operating Cost Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.OC DESC NULLS LAST WITHIN PARENT)

SHR_OC_CUSTYP

Operating Cost Share of CUSTYP Parent

SHARE(CCM.OC OF CUSTYP.HCUSTYP PARENT)

RANK_OC_CUSTYP

Operating Cost Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.OC DESC NULLS LAST WITHIN PARENT)

SHR_OTRC_PMP

Other Cost Share of PMP Parent

SHARE(CCM.OTRC OF PMP.HPMP PARENT)

RANK_OTRC_PMP

Other Cost Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.OTRC DESC NULLS LAST WITHIN PARENT)

SHR_OTRC_CUSTYP

Other Cost Share of CUSTYP Parent

SHARE(CCM.OTRC OF CUSTYP.HCUSTYP PARENT)

RANK_OTRC_CUSTYP

Other Cost Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.OTRC DESC NULLS LAST WITHIN PARENT)

SHR_RHC_PMP

Retention Handset Cost Share of PMP Parent

SHARE(CCM.RHC OF PMP.HPMP PARENT)

RANK_RHC_PMP

Retention Handset Cost Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.RHC DESC NULLS LAST WITHIN PARENT)

SHR_RHC_CUSTYP

Retention Handset Cost Share of CUSTYP Parent

SHARE(CCM.RHC OF CUSTYP.HCUSTYP PARENT)

RANK_RHC_CUSTYP

Retention Handset Cost Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.RHC DESC NULLS LAST WITHIN PARENT)

SHR_SAC_PMP

Subscriber Acquisition Cost Share of PMP Parent

SHARE(CCM.SAC OF PMP.HPMP PARENT)

RANK_SAC_PMP

Subscriber Acquisition Cost Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.SAC DESC NULLS LAST WITHIN PARENT)

SHR_SAC_CUSTYP

Subscriber Acquisition Cost Share of CUSTYP Parent

SHARE(CCM.SAC OF CUSTYP.HCUSTYP PARENT)

RANK_SAC_CUSTYP

Subscriber Acquisition Cost Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.SAC DESC NULLS LAST WITHIN PARENT)

SHR_SC_PMP

Selling Costs Share of PMP Parent

SHARE(CCM.SC OF PMP.HPMP PARENT)

RANK_SC_PMP

Selling Costs Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.SC DESC NULLS LAST WITHIN PARENT)

SHR_SC_CUSTYP

Selling Costs Share of CUSTYP Parent

SHARE(CCM.SC OF CUSTYP.HCUSTYP PARENT)

RANK_SC_CUSTYP

Selling Costs Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.SC DESC NULLS LAST WITHIN PARENT)

SHR_SCCC_PMP

Sim Card Cost Contract Share of PMP Parent

SHARE(CCM.SCCC OF PMP.HPMP PARENT)

RANK_SCCC_PMP

Sim Card Cost Contract Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.SCCC DESC NULLS LAST WITHIN PARENT)

SHR_SCCC_CUSTYP

Sim Card Cost Contract Share of CUSTYP Parent

SHARE(CCM.SCCC OF CUSTYP.HCUSTYP PARENT)

RANK_SCCC_CUSTYP

Sim Card Cost Contract Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.SCCC DESC NULLS LAST WITHIN PARENT)

SHR_SCCP_PMP

Sim Card Cost Prepay Share of PMP Parent

SHARE(CCM.SCCP OF PMP.HPMP PARENT)

RANK_SCCP_PMP

Sim Card Cost Prepay Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.SCCP DESC NULLS LAST WITHIN PARENT)

SHR_SCCP_CUSTYP

Sim Card Cost Prepay Share of CUSTYP Parent

SHARE(CCM.SCCP OF CUSTYP.HCUSTYP PARENT)

RANK_SCCP_CUSTYP

Sim Card Cost Prepay Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.SCCP DESC NULLS LAST WITHIN PARENT)

SHR_SRC_PMP

Subscriber Retention Cost Share of PMP Parent

SHARE(CCM.SRC OF PMP.HPMP PARENT)

RANK_SRC_PMP

Subscriber Retention Cost Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.SRC DESC NULLS LAST WITHIN PARENT)

SHR_SRC_CUSTYP

Subscriber Retention Cost Share of CUSTYP Parent

SHARE(CCM.SRC OF CUSTYP.HCUSTYP PARENT)

RANK_SRC_CUSTYP

Subscriber Retention Cost Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.SRC DESC NULLS LAST WITHIN PARENT)

SHR_TC_PMP

Total Cost Share of PMP Parent

SHARE(CCM.TC OF PMP.HPMP PARENT)

RANK_TC_PMP

Total Cost Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CCM.TC DESC NULLS LAST WITHIN PARENT)

SHR_TC_CUSTYP

Total Cost Share of CUSTYP Parent

SHARE(CCM.TC OF CUSTYP.HCUSTYP PARENT)

RANK_TC_CUSTYP

Total Cost Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CCM.TC DESC NULLS LAST WITHIN PARENT)

Customer Acquisition Cube

Customer count summary for each month and product.

Physical Name: ACM

Dimensions and Load Level

The fact data of Customer Acquisition Cube will be loaded from the relational schema at these dimension levels(leaf level).

Table 9-34 Customer Acquisition Cube Dimensions and Load Level

Dimension Name
Load level
Description

Time

Business Month

Customer Type

Customer Type

Product

Product

Product Market Plan

Product Market Plan

Geography

County

Aggregation Order/Operator

The Customer Acquisition Cube will be aggregated by the following order and operators on dimensions.

Table 9-35 Customer Acquisition Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Customer Type

Sum

2

Product

Sum

3

Product Market Plan

Sum

4

Geography

Sum

5

Base Measures

The base measure of this data cube are.

Table 9-36 Customer Acquisition Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

PRVN

Planned Revenue

DWA_CUST_ACQSTN_SUMM_MO.PLND_RVN

Planned Revenue

AAC

Actual Acquisition Count

DWA_CUST_ACQSTN_SUMM_MO.ACT_ACQSTN_CNT

Actual Number of Acquisition

ARC

Actual Reactivations Count

DWA_CUST_ACQSTN_SUMM_MO.ACT_REACTVTNS_CNT

Actual Number of Reactivations

ADC

Actual Deactivations Count

DWA_CUST_ACQSTN_SUMM_MO.ACT_DEACTVTNS_CNT

Actual Number of Deactivations

ARVN

Actual Revenue

DWA_CUST_ACQSTN_SUMM_MO.ACT_RVN

Actual Revenue

PAC

Planned Acquisition Count

DWA_CUST_ACQSTN_SUMM_MO.PLND_ACQSTN_CNT

Planned Number of Acquisition

PRC

Planned Reactivations Count

DWA_CUST_ACQSTN_SUMM_MO.PLND_REACTVTNS_CNT

Planned Number of Reactivations

PDC

Planned Deactivations Count

DWA_CUST_ACQSTN_SUMM_MO.PLND_DEACTVTNS_CNT

Planned Number of Deactivations

ARLDC

Actual Reload Count

DWA_CUST_ACQSTN_SUMM_MO.ACT_RELOAD_CNT

Actual Number of Reload

PRLDC

Planned Reload Count

DWA_CUST_ACQSTN_SUMM_MO.PLND_RELOAD_CNT

Planned Number of Reload

Derived Measures

The possible derived measure of this data cube are:

Table 9-37 Customer Acquisition Cube Derived Measures

Physical Name
Logical Name
Definition

AAC_YTD

Actual Acquisition Count YTD

SUM(ACM.AAC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_AAC_PMP

Actual Acquisition Count Share of PMP Parent

SHARE(ACM.AAC OF PMP.HPMP PARENT)

SHR_AAC_GEO

Actual Acquisition Count Share of Geography Parent

SHARE(ACM.AAC OF GEO.HGEO PARENT)

SHR_AAC_PROD

Actual Acquisition Count Share of Product Parent

SHARE(ACM.AAC OF PROD.HPROD PARENT)

SHR_AAC_CUSTYP

Actual Acquisition Count Share of Customer Type Parent

SHARE(ACM.AAC OF CUSTYP.HCUSTYP PARENT)

RANK_AAC_PMP

Actual Acquisition Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ACM.AAC DESC NULLS LAST WITHIN PARENT)

RANK_AAC_GEO

Actual Acquisition Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ACM.AAC DESC NULLS LAST WITHIN PARENT)

RANK_AAC_PROD

Actual Acquisition Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ACM.AAC DESC NULLS LAST WITHIN PARENT)

RANK_AAC_CUSTYP

Actual Acquisition Count Rank of Customer Type Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ACM.AAC DESC NULLS LAST WITHIN PARENT)

AAC_LP

Actual Acquisition Count Last Period

LAG(ACM.AAC, 1) OVER HIERARCHY ("TIME".HTBSNS)

AAC_LY

Actual Acquisition Count Last Year

LAG(ACM.AAC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AAC_YTD_LY

Actual Acquisition Count YTD Last Year

LAG(ACM.AAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AAC_YTD_LY_PCT_CHG

Actual Acquisition Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(ACM.AAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ADC_YTD

Actual Deactivation Count YTD

SUM(ACM.ADC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_ADC_PMP

Actual Deactivation Count Share of PMP Parent

SHARE(ACM.ADC OF PMP.HPMP PARENT)

SHR_ADC_GEO

Actual Deactivation Count Share of Geography Parent

SHARE(ACM.ADC OF GEO.HGEO PARENT)

SHR_ADC_PROD

Actual Deactivation Count Share of Product Parent

SHARE(ACM.ADC OF PROD.HPROD PARENT)

SHR_ADC_CUSTYP

Actual Deactivation Count Share of CUSTYP Parent

SHARE(ACM.ADC OF CUSTYP.HCUSTYP PARENT)

RANK_ADC_PMP

Actual Deactivation Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ACM.ADC DESC NULLS LAST WITHIN PARENT)

RANK_ADC_GEO

Actual Deactivation Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ACM.ADC DESC NULLS LAST WITHIN PARENT)

RANK_ADC_PROD

Actual Deactivation Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ACM.ADC DESC NULLS LAST WITHIN PARENT)

RANK_ADC_CUSTYP

Actual Deactivation Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ACM.ADC DESC NULLS LAST WITHIN PARENT)

ADC_LP

Actual Deactivation Count Last Period

LAG(ACM.ADC, 1) OVER HIERARCHY ("TIME".HTBSNS)

ADC_LY

Actual Deactivation Count Last Year

LAG(ACM.ADC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ADC_YTD_LY

Actual Deactivation Count YTD Last Year

LAG(ACM.ADC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ADC_YTD_LY_PCT_CHG

Actual Deactivation Count YTD % change Last Year

LAG_VARIANCE_PERCENT(ACM.ADC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ARC_YTD

Actual Reactivation Count YTD

SUM(ACM.ARC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_ARC_PMP

Actual Reactivation Count Share of PMP Parent

SHARE(ACM.ARC OF PMP.HPMP PARENT)

SHR_ARC_GEO

Actual Reactivation Count Share of Geography Parent

SHARE(ACM.ARC OF GEO.HGEO PARENT)

SHR_ARC_PROD

Actual Reactivation Count Share of Product Parent

SHARE(ACM.ARC OF PROD.HPROD PARENT)

SHR_ARC_CUSTYP

Actual Reactivation Count Share of CUSTYP Parent

SHARE(ACM.ARC OF CUSTYP.HCUSTYP PARENT)

RANK_ARC_PMP

Actual Reactivation Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ACM.ARC DESC NULLS LAST WITHIN PARENT)

RANK_ARC_GEO

Actual Reactivation Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ACM.ARC DESC NULLS LAST WITHIN PARENT)

RANK_ARC_PROD

Actual Reactivation Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ACM.ARC DESC NULLS LAST WITHIN PARENT)

RANK_ARC_CUSTYP

Actual Reactivation Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ACM.ARC DESC NULLS LAST WITHIN PARENT)

ARC_LP

Actual Reactivation Count Last Period

LAG(ACM.ARC, 1) OVER HIERARCHY ("TIME".HTBSNS)

ARC_LY

Actual Reactivation Count Last Year

LAG(ACM.ARC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ARC_YTD_LY

Actual Reactivation Count YTD Last Year

LAG(ACM.ARC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ARC_YTD_LY_PCT_CHG

Actual Reactivation Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(ACM.ARC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ARLDC_YTD

Actual Reload Count YTD

SUM(ACM.ARLDC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_ARLDC_PMP

Actual Reload Count Share of PMP Parent

SHARE(ACM.ARLDC OF PMP.HPMP PARENT)

SHR_ARLDC_GEO

Actual Reload Count Share of Geography Parent

SHARE(ACM.ARLDC OF GEO.HGEO PARENT)

SHR_ARLDC_PROD

Actual Reload Count Share of Product Parent

SHARE(ACM.ARLDC OF PROD.HPROD PARENT)

SHR_ARLDC_CUSTYP

Actual Reload Count Share of CUSTYP Parent

SHARE(ACM.ARLDC OF CUSTYP.HCUSTYP PARENT)

RANK_ARLDC_PMP

Actual Reload Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ACM.ARLDC DESC NULLS LAST WITHIN PARENT)

RANK_ARLDC_GEO

Actual Reload Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ACM.ARLDC DESC NULLS LAST WITHIN PARENT)

RANK_ARLDC_PROD

Actual Reload Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ACM.ARLDC DESC NULLS LAST WITHIN PARENT)

RANK_ARLDC_CUSTYP

Actual Reload Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ACM.ARLDC DESC NULLS LAST WITHIN PARENT)

ARLDC_LP

Actual Reload Count Last Period

LAG(ACM.ARLDC, 1) OVER HIERARCHY ("TIME".HTBSNS)

ARLDC_LY

Actual Reload Count Last Year

LAG(ACM.ARLDC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ARLDC_YTD_LY

Actual Reload Count YTD Last Year

LAG(ACM.ARLDC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ARLDC_YTD_LY_PCT_CHG

Actual Reload Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(ACM.ARLDC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ARVN_YTD

Actual Revenue YTD

SUM(ACM.ARVN) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_ARVN_PMP

Actual Reload Count Share of PMP Parent

SHARE(ACM.ARVN OF PMP.HPMP PARENT)

SHR_ARVN_GEO

Actual Reload Count Share of Geography Parent

SHARE(ACM.ARVN OF GEO.HGEO PARENT)

SHR_ARVN_PROD

Actual Reload Count Share of Product Parent

SHARE(ACM.ARVN OF PROD.HPROD PARENT)

SHR_ARVN_CUSTYP

Actual Reload Count Share of CUSTYP Parent

SHARE(ACM.ARVN OF CUSTYP.HCUSTYP PARENT)

RANK_ARVN_PMP

Actual Reload Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ACM.ARVN DESC NULLS LAST WITHIN PARENT)

RANK_ARVN_GEO

Actual Reload Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ACM.ARVN DESC NULLS LAST WITHIN PARENT)

RANK_ARVN_PROD

Actual Reload Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ACM.ARVN DESC NULLS LAST WITHIN PARENT)

RANK_ARVN_CUSTYP

Actual Reload Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ACM.ARVN DESC NULLS LAST WITHIN PARENT)

ARVN_LP

Actual Reload Count Last Period

LAG(ACM.ARVN, 1) OVER HIERARCHY ("TIME".HTBSNS)

ARVN_LY

Actual Reload Count Last Year

LAG(ACM.ARVN, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ARVN_YTD_LY

Actual Reload Count YTD Last Year

LAG(ACM.ARVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ARVN_YTD_LY_PCT_CHG

Actual Reload Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(ACM.ARVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PAC_YTD

Planned Acquisition Count YTD

SUM(ACM.PAC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_PAC_PMP

Planned Acquisition Count Share of PMP Parent

SHARE(ACM.PAC OF PMP.HPMP PARENT)

SHR_PAC_GEO

Planned Acquisition Count Share of Geography Parent

SHARE(ACM.PAC OF GEO.HGEO PARENT)

SHR_PAC_PROD

Planned Acquisition Count Share of Product Parent

SHARE(ACM.PAC OF PROD.HPROD PARENT)

SHR_PAC_CUSTYP

Planned Acquisition Count Share of CUSTYP Parent

SHARE(ACM.PAC OF CUSTYP.HCUSTYP PARENT)

RANK_PAC_PMP

Planned Acquisition Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ACM.PAC DESC NULLS LAST WITHIN PARENT)

RANK_PAC_GEO

Planned Acquisition Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ACM.PAC DESC NULLS LAST WITHIN PARENT)

RANK_PAC_PROD

Planned Acquisition Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ACM.PAC DESC NULLS LAST WITHIN PARENT)

RANK_PAC_CUSTYP

Planned Acquisition Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ACM.PAC DESC NULLS LAST WITHIN PARENT)

PAC_LP

Planned Acquisition Count Last Period

LAG(ACM.PAC, 1) OVER HIERARCHY ("TIME".HTBSNS)

PAC_LY

Planned Acquisition Count Last Year

LAG(ACM.PAC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PAC_YTD_LY

Planned Acquisition Count YTD Last Year

LAG(ACM.PAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PAC_YTD_LY_PCT_CHG

Planned Acquisition Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(ACM.PAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PDC_YTD

Planned Deactivations Count YTD

SUM(ACM.PDC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_PDC_PMP

Planned Deactivations Count Share of PMP Parent

SHARE(ACM.PDC OF PMP.HPMP PARENT)

SHR_PDC_GEO

Planned Deactivations Count Share of Geography Parent

SHARE(ACM.PDC OF GEO.HGEO PARENT)

SHR_PDC_PROD

Planned Deactivations Count Share of Product Parent

SHARE(ACM.PDC OF PROD.HPROD PARENT)

SHR_PDC_CUSTYP

Planned Deactivations Count Share of CUSTYP Parent

SHARE(ACM.PDC OF CUSTYP.HCUSTYP PARENT)

RANK_PDC_PMP

Planned Deactivations Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ACM.PDC DESC NULLS LAST WITHIN PARENT)

RANK_PDC_GEO

Planned Deactivations Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ACM.PDC DESC NULLS LAST WITHIN PARENT)

RANK_PDC_PROD

Planned Deactivations Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ACM.PDC DESC NULLS LAST WITHIN PARENT)

RANK_PDC_CUSTYP

Planned Deactivations Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ACM.PDC DESC NULLS LAST WITHIN PARENT)

PDC_LP

Planned Deactivations Count Last Period

LAG(ACM.PDC, 1) OVER HIERARCHY ("TIME".HTBSNS)

PDC_LY

Planned Deactivations Count Last Year

LAG(ACM.PDC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PDC_YTD_LY

Planned Deactivations Count YTD Last Year

LAG(ACM.PDC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PDC_YTD_LY_PCT_CHG

Planned Deactivations Count YTD % change Last Year

LAG_VARIANCE_PERCENT(ACM.PDC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PRC_YTD

Planned Reactivations Count YTD

SUM(ACM.PRC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_PRC_PMP

Planned Reactivations Count Share of PMP Parent

SHARE(ACM.PRC OF PMP.HPMP PARENT)

SHR_PRC_GEO

Planned Reactivations Count Share of Geography Parent

SHARE(ACM.PRC OF GEO.HGEO PARENT)

SHR_PRC_PROD

Planned Reactivations Count Share of Product Parent

SHARE(ACM.PRC OF PROD.HPROD PARENT)

SHR_PRC_CUSTYP

Planned Reactivations Count Share of CUSTYP Parent

SHARE(ACM.PRC OF CUSTYP.HCUSTYP PARENT)

RANK_PRC_PMP

Planned Reactivations Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ACM.PRC DESC NULLS LAST WITHIN PARENT)

RANK_PRC_GEO

Planned Reactivations Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ACM.PRC DESC NULLS LAST WITHIN PARENT)

RANK_PRC_PROD

Planned Reactivations Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ACM.PRC DESC NULLS LAST WITHIN PARENT)

RANK_PRC_CUSTYP

Planned Reactivations Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ACM.PRC DESC NULLS LAST WITHIN PARENT)

PRC_LP

Planned Reactivations Count Last Period

LAG(ACM.PRC, 1) OVER HIERARCHY ("TIME".HTBSNS)

PRC_LY

Planned Reactivations Count Last Year

LAG(ACM.PRC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PRC_YTD_LY

Planned Reactivations Count YTD Last Year

LAG(ACM.PRC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PRC_YTD_LY_PCT_CHG

Planned Reactivations Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(ACM.PRC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PRLDC_YTD

Planned Reload Count YTD

SUM(ACM.PRLDC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_PRLDC_PMP

Planned Reload Count Share of PMP Parent

SHARE(ACM.PRLDC OF PMP.HPMP PARENT)

SHR_PRLDC_GEO

Planned Reload Count Share of Geography Parent

SHARE(ACM.PRLDC OF GEO.HGEO PARENT)

SHR_PRLDC_PROD

Planned Reload Count Share of Product Parent

SHARE(ACM.PRLDC OF PROD.HPROD PARENT)

SHR_PRLDC_CUSTYP

Planned Reload Count Share of CUSTYP Parent

SHARE(ACM.PRLDC OF CUSTYP.HCUSTYP PARENT)

RANK_PRLDC_PMP

Planned Reload Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ACM.PRLDC DESC NULLS LAST WITHIN PARENT)

RANK_PRLDC_GEO

Planned Reload Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ACM.PRLDC DESC NULLS LAST WITHIN PARENT)

RANK_PRLDC_PROD

Planned Reload Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ACM.PRLDC DESC NULLS LAST WITHIN PARENT)

RANK_PRLDC_CUSTYP

Planned Reload Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ACM.PRLDC DESC NULLS LAST WITHIN PARENT)

PRLDC_LP

Planned Reload Count Last Period

LAG(ACM.PRLDC, 1) OVER HIERARCHY ("TIME".HTBSNS)

PRLDC_LY

Planned Reload Count Last Year

LAG(ACM.PRLDC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PRLDC_YTD_LY

Planned Reload Count YTD Last Year

LAG(ACM.PRLDC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PRLDC_YTD_LY_PCT_CHG

Planned Reload Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(ACM.PRLDC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PRVN_YTD

Planned Revenue YTD

SUM(ACM.PRVN) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_PRVN_PMP

Planned Revenue Share of PMP Parent

SHARE(ACM.PRVN OF PMP.HPMP PARENT)

SHR_PRVN_GEO

Planned Revenue Share of Geography Parent

SHARE(ACM.PRVN OF GEO.HGEO PARENT)

SHR_PRVN_PROD

Planned Revenue Share of Product Parent

SHARE(ACM.PRVN OF PROD.HPROD PARENT)

SHR_PRVN_CUSTYP

Planned Revenue Share of CUSTYP Parent

SHARE(ACM.PRVN OF CUSTYP.HCUSTYP PARENT)

RANK_PRVN_PMP

Planned Revenue Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ACM.PRVN DESC NULLS LAST WITHIN PARENT)

RANK_PRVN_GEO

Planned Revenue Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ACM.PRVN DESC NULLS LAST WITHIN PARENT)

RANK_PRVN_PROD

Planned Revenue Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ACM.PRVN DESC NULLS LAST WITHIN PARENT)

RANK_PRVN_CUSTYP

Planned Revenue Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ACM.PRVN DESC NULLS LAST WITHIN PARENT)

PRVN_LP

Planned Revenue Last Period

LAG(ACM.PRVN, 1) OVER HIERARCHY ("TIME".HTBSNS)

PRVN_LY

Planned Revenue Last Year

LAG(ACM.PRVN, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PRVN_YTD_LY

Planned Revenue YTD Last Year

LAG(ACM.PRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PRVN_YTD_LY_PCT_CHG

Planned Revenue YTD % Change Last Year

LAG_VARIANCE_PERCENT(ACM.PRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

External Debt Collection Cube

This cube stores the summery of payment and collection by external collector.

Physical Name: EDCM

Dimensions and Load Level

The fact data of External Debt Collection Cube will be loaded from the relational schema at these dimension levels(leaf level).

Table 9-38 External Debt Collection Cube Dimensions and Load Level

Dimension Name
Load level
Description

Time

Business Month

Collection Agency

Payment Channel

Organization

Organization Business Unit

Aggregation Order/Operator

The External Debt Collection Cube will be aggregated by the following order and operators on dimensions.

Table 9-39 External Debt CollectionCube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Collection Agency

Sum

2

Organization

Sum

3

Base Measures

The base measure of this data cube are:

Table 9-40 External Debt Collection Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

PPC

Promised Payment Count

DWA_EXTRNL_DEBT_COLLCTN_MO.PRMS_PYMT_CNT

PCC

Payment Collected Count

DWA_EXTRNL_DEBT_COLLCTN_MO.PYMT_COLCTD_CNT

TAC

Total Assignment Count

DWA_EXTRNL_DEBT_COLLCTN_MO.TOT_ASGN_CNT

WC

Waiving Count

DWA_EXTRNL_DEBT_COLLCTN_MO.WVNG_CNT

PNCC1

Pending Collection Count

DWA_EXTRNL_DEBT_COLLCTN_MO.PNDNG_COLLCTN_CNT

Count of pending collection.

WA

Waiving Amount

DWA_EXTRNL_DEBT_COLLCTN_MO.WVNG_AMT

PCA

Payment Collected Amount

DWA_EXTRNL_DEBT_COLLCTN_MO.PYMT_COLCTD_AMT

PA

Penalty Amount

DWA_EXTRNL_DEBT_COLLCTN_MO.PNLTY_AMT

Derived Measures

The possible derived measure of this data cube are

Table 9-41 External Debt Collection Cube Derived Measures

Physical Name
Logical Name
Definition

PA_YTD

Penalty Amount YTD

SUM(EDCM.PA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

PA_LP

Penalty Amount Last Period

LAG(EDCM.PA, 1) OVER HIERARCHY ("TIME".HTBSNS)

PA_LY

Penalty Amount Last Year

LAG(EDCM.PA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PA_LY_PCT_CHG

Penalty Amount Last Year

LAG_VARIANCE_PERCENT(EDCM.PA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PA_YTD_LY

Penalty Amount YTD Last Year

LAG(EDCM.PA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PA_YTD_LY_PCT_CHG

Penalty Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(EDCM.PA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PCA_YTD

Payment Collected Amount YTD

SUM(EDCM.PCA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

PCA_LP

Payment Collected Amount Last Period

LAG(EDCM.PCA, 1) OVER HIERARCHY ("TIME".HTBSNS)

PCA_LY

Payment Collected Amount Last Year

LAG(EDCM.PCA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PCA_LY_PCT_CHG

Payment Collected Amount % Change Last Year

LAG_VARIANCE_PERCENT(EDCM.PCA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PCA_YTD_LY

Payment Collected Amount YTD Last Year

LAG(EDCM.PCA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PCA_YTD_LY_PCT_CHG

Payment Collected Amount YTD % Changes Last Year

LAG_VARIANCE_PERCENT(EDCM.PCA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PCC_YTD

Payment Collected Count YTD

SUM(EDCM.PCC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

PCC_LP

Payment Collected Count Last Period

LAG(EDCM.PCC, 1) OVER HIERARCHY ("TIME".HTBSNS)

PCC_LY

Payment Collected Count Last Year

LAG(EDCM.PCC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PCC_LY_PCT_CHG

Payment Collected Count % Change Last Year

LAG_VARIANCE_PERCENT(EDCM.PCC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PCC_YTD_LY

Payment Collected Count YTD Last Year

LAG(EDCM.PCC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PCC_YTD_LY_PCT_CHG

Payment Collected Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(EDCM.PCC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PPC_YTD

Promised Payment Count YTD

SUM(EDCM.PPC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

PPC_LP

Promised Payment Count Last Period

LAG(EDCM.PPC, 1) OVER HIERARCHY ("TIME".HTBSNS)

PPC_LY

Promised Payment Count Last Year

LAG(EDCM.PPC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PPC_LY_PCT_CHG

Promised Payment Count % Change Last Year

LAG_VARIANCE_PERCENT(EDCM.PPC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PPC_YTD_LY

Promised Payment Count YTD Last Year

LAG(EDCM.PPC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

PPC_YTD_LY_PCT_CHG

Promised Payment Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(EDCM.PPC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TAC_YTD

Total Assignment Count YTD

SUM(EDCM.TAC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

TAC_LP

Total Assignment Count Last Period

LAG(EDCM.TAC, 1) OVER HIERARCHY ("TIME".HTBSNS)

TAC_LY

Total Assignment Count Last Year

LAG(EDCM.TAC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TAC_LY_PCT_CHG

Total Assignment Count % Change Last Year

LAG_VARIANCE_PERCENT(EDCM.TAC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TAC_YTD_LY

Total Assignment Count YTD Last Year

LAG(EDCM.TAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TAC_YTD_LY_PCT_CHG

Total Assignment Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(EDCM.TAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

WA_YTD

Waiving Amount YTD

SUM(EDCM.WA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

WA_LP

Waiving Amount Last Period

LAG(EDCM.WA, 1) OVER HIERARCHY ("TIME".HTBSNS)

WA_LY

Waiving Amount Last Year

LAG(EDCM.WA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

WA_LY_PCT_CHG

Waiving Amount % Change Last Year

LAG_VARIANCE_PERCENT(EDCM.WA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

WA_YTD_LY

Waiving Amount YTD Last Year

LAG(EDCM.WA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

WA_YTD_LY_PCT_CHG

Waiving Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(EDCM.WA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_PA_ORG

Penalty Amount Share Of Organization Parent

SHARE(EDCM.PA OF ORG.HCHAIN PARENT)

RANK_PA_ORG

Penalty Amount Rank Of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY EDCM.PA DESC NULLS LAST WITHIN PARENT)

SHR_PCA_ORG

Payment Collected Amount Share Of Organization Parent

SHARE(EDCM.PCA OF ORG.HCHAIN PARENT)

RANK_PCA_ORG

Payment Collected Amount Rank Of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY EDCM.PCA DESC NULLS LAST WITHIN PARENT)

SHR_PCC_ORG

Payment Collected Count Share Of Organization Parent

SHARE(EDCM.PCC OF ORG.HCHAIN PARENT)

RANK_PCC_ORG

Payment Collected Count Rank Of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY EDCM.PCC DESC NULLS LAST WITHIN PARENT)

SHR_PPC_ORG

Promised Payment Count Share Of Organization Parent

SHARE(EDCM.PPC OF ORG.HCHAIN PARENT)

RANK_PPC_ORG

Promised Payment Count Rank Of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY EDCM.PPC DESC NULLS LAST WITHIN PARENT)

SHR_TAC_ORG

Total Assignment Count Share Of Organization Parent

SHARE(EDCM.TAC OF ORG.HCHAIN PARENT)

RANK_TAC_ORG

Total Assignment Count Rank Of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY EDCM.TAC DESC NULLS LAST WITHIN PARENT)

SHR_WA_ORG

Waiving Count Share Of Organization Parent

SHARE(EDCM.WA OF ORG.HCHAIN PARENT)

RANK_WA_ORG

Waiving Amount Rank Of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY EDCM.WA DESC NULLS LAST WITHIN PARENT)

SHR_WC_ORG

Waiving Count Share Of Organization Parent

SHARE(EDCM.WC OF ORG.HCHAIN PARENT)

RANK_WC_ORG

Waiving Count Rank Of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY EDCM.WC DESC NULLS LAST WITHIN PARENT)

SHR_PA_CAGNCY

Penalty Amount Share Of CAGNCY Parent

SHARE(EDCM.PA OF CAGNCY.HCAGNCY PARENT)

RANK_PA_CAGNCY

Penalty Amount Rank Of CAGNCY Parent

RANK() OVER HIERARCHY (CAGNCY.HCAGNCY ORDER BY EDCM.PA DESC NULLS LAST WITHIN PARENT)

SHR_PCA_CAGNCY

Payment Collected Amount Share Of CAGNCY Parent

SHARE(EDCM.PCA OF CAGNCY.HCAGNCY PARENT)

RANK_PCA_CAGNCY

Payment Collected Amount Rank Of CAGNCY Parent

RANK() OVER HIERARCHY (CAGNCY.HCAGNCY ORDER BY EDCM.PCA DESC NULLS LAST WITHIN PARENT)

SHR_PCC_CAGNCY

Payment Collected Count Share Of CAGNCY Parent

SHARE(EDCM.PCC OF CAGNCY.HCAGNCY PARENT)

RANK_PCC_CAGNCY

Payment Collected Count Rank Of CAGNCY Parent

RANK() OVER HIERARCHY (CAGNCY.HCAGNCY ORDER BY EDCM.PCC DESC NULLS LAST WITHIN PARENT)

SHR_PPC_CAGNCY

Promised Payment Count Share Of CAGNCY Parent

SHARE(EDCM.PPC OF CAGNCY.HCAGNCY PARENT)

RANK_PPC_CAGNCY

Promised Payment Count Rank Of CAGNCY Parent

RANK() OVER HIERARCHY (CAGNCY.HCAGNCY ORDER BY EDCM.PPC DESC NULLS LAST WITHIN PARENT)

SHR_TAC_CAGNCY

Total Assignment Count Share Of CAGNCY Parent

SHARE(EDCM.TAC OF CAGNCY.HCAGNCY PARENT)

RANK_TAC_CAGNCY

Total Assignment Count Rank Of CAGNCY Parent

RANK() OVER HIERARCHY (CAGNCY.HCAGNCY ORDER BY EDCM.TAC DESC NULLS LAST WITHIN PARENT)

SHR_WA_CAGNCY

Waiving Amount Share Of CAGNCY Parent

SHARE(EDCM.WA OF CAGNCY.HCAGNCY PARENT)

RANK_WA_CAGNCY

Waiving Amount Rank Of CAGNCY Parent

RANK() OVER HIERARCHY (CAGNCY.HCAGNCY ORDER BY EDCM.WA DESC NULLS LAST WITHIN PARENT)

SHR_WC_CAGNCY

Waiving Count Share Of CAGNCY Parent

SHARE(EDCM.WC OF CAGNCY.HCAGNCY PARENT)

RANK_WC_CAGNCY

Waiving Count Rank Of CAGNCY Parent

RANK() OVER HIERARCHY (CAGNCY.HCAGNCY ORDER BY EDCM.WC DESC NULLS LAST WITHIN PARENT)

EOP_PNCC

EOP Pending Collection Count

OLAP_DML_EXPRESSION('EDCM_PNCC1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_PNCC_LY

EOP Pending Collection Count Last Year

LAG(EDCM.EOP_PNCC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_PNCC_LY_PCT_CHG

EOP Pending Collection Count % Chg Last Year

LAG_VARIANCE_PERCENT(EDCM.EOP_PNCC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

Handset Stock Cube

Representatives handle the sales to the VIP, or direct customers, that is, they personally visit the customers and sell the products and services to them.

For this kind of customer, a VIP with possibly a specific loyalty program, a certain number of handsets may be reserved, considering the possible customer order. This is the "actual stock". Additionally, when a number of handsets are reserved for demos or displays to customers, these are the "display stock". The information about this stock is maintained in the Stock Fact. More generally, this cube could handle the global handset stock or any terminal of choice (with some adaptation of the Intra-ETL feeding this cube)."

Physical Name: HSKM

Dimensions and Load Level

The fact data of Handset Stock Cube will be loaded from the relational schema at these dimension levels(leaf level).

Table 9-42 Handset Stock Cube Dimensions and Load Level

Dimension Name
Load level
Description

Time

Business Month

Sales Channel

Sales Channel

Handset Model

Handset Model

Aggregation Order/Operator

The Handset Stock Cube will be aggregated by the following order and operators on dimensions

Table 9-43 Handset Stock Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Sales Channel

Sum

2

Handset Model

Sum

3

Base Measures

The base measure of this data cube are.

Table 9-44 Handset Stock Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

DSTK1

Display Stock

DWA_HNDST_STCK_MO.DSPLY_STCK

Number of handsets for display.

ASTK1

Actual Stock

DWA_HNDST_STCK_MO.ACT_STCK

Number of handsets in stock.

HCNT

Handset Sale Count

DWA_HNDST_STCK_MO.HNDST_SL_CNT

HSA

Handset Sale Amount

DWA_HNDST_STCK_MO.HNDST_SL_AMT

Derived Measures

The possible derived measure of this data cube are.

Table 9-45 Handset Stock Cube Derived Measures

Physical Name
Logical Name
Definition

EOP_ASTK

EOP Actual Stock

OLAP_DML_EXPRESSION('HSKM_ASTK1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_DSTK

EOP Display Stock

OLAP_DML_EXPRESSION('HSKM_DSTK1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

HCNT_YTD

Handset Sale Count YTD

SUM(HSKM.HCNT) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

HCNT_LP

Handset Sale Count Last Period

LAG(HSKM.HCNT, 1) OVER HIERARCHY ("TIME".HTBSNS)

HCNT_LY

Handset Sale Count Last Year

LAG(HSKM.HCNT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

HCNT_LY_PCT_CHG

Handset Sale Count % Change Last Year

LAG_VARIANCE_PERCENT(HSKM.HCNT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

HCNT_YTD_LY

Handset Sale Count YTD Last Year

LAG(HSKM.HCNT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

HCNT_YTD_LY_PCT_CHG

Handset Sale Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(HSKM.HCNT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

HSA_YTD

Handset Sale Amount YTD

SUM(HSKM.HSA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

HSA_LP

Handset Sale Amount Last Period

LAG(HSKM.HSA, 1) OVER HIERARCHY ("TIME".HTBSNS)

HSA_LY

Handset Sale Amount Last Year

LAG(HSKM.HSA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

HSA_LY_PCT_CHG

Handset Sale Amount % Change Last Year

LAG_VARIANCE_PERCENT(HSKM.HSA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

HSA_YTD_LY

Handset Sale Amount YTD Last Year

LAG(HSKM.HSA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

HSA_YTD_LY_PCT_CHG

Handset Sale Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(HSKM.HSA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_ASTK_LY

EOP Actual Stock Last Year

LAG(HSKM.EOP_ASTK, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_ASTK_LY_PCT_CHG

EOP Actual Stock % Chg Last Year

LAG_VARIANCE_PERCENT(HSKM.EOP_ASTK, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_DSTK_LY

EOP Display Stock Last Year

LAG(HSKM.EOP_DSTK, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_DSTK_LY_PCT_CHG

EOP Display Stock % Chg Last Year

LAG_VARIANCE_PERCENT(HSKM.EOP_DSTK, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_EOP_ASTK_SLCHNL

EOP Actual Stock Share Of SLCHNL Parent

SHARE(HSKM.EOP_ASTK OF SLCHNL.HSLCHNL PARENT)

RANK_EOP_ASTK_SLCHNL

EOP Actual Stock Rank Of SLCHNL Parent

RANK() OVER HIERARCHY (SLCHNL.HSLCHNL ORDER BY HSKM.EOP_ASTK DESC NULLS LAST WITHIN PARENT)

SHR_EOP_ASTK_HSMDL

EOP Actual Stock Share Of HSMDL Parent

SHARE(HSKM.EOP_ASTK OF HSMDL.HHSMDL PARENT)

RANK_EOP_ASTK_HSMDL

EOP Actual Stock Rank Of HSMDL Parent

RANK() OVER HIERARCHY (HSMDL.HHSMDL ORDER BY HSKM.EOP_ASTK DESC NULLS LAST WITHIN PARENT)

SHR_EOP_DSTK_SLCHNL

EOP Display Stock Share Of SLCHNL Parent

SHARE(HSKM.EOP_DSTK OF SLCHNL.HSLCHNL PARENT)

RANK_EOP_DSTK_SLCHNL

EOP Display Stock Rank Of SLCHNL Parent

RANK() OVER HIERARCHY (SLCHNL.HSLCHNL ORDER BY HSKM.EOP_DSTK DESC NULLS LAST WITHIN PARENT)

SHR_EOP_DSTK_HSMDL

EOP Display Stock Share Of HSMDL Parent

SHARE(HSKM.EOP_DSTK OF HSMDL.HHSMDL PARENT)

RANK_EOP_DSTK_HSMDL

EOP Display Stock Rank Of HSMDL Parent

RANK() OVER HIERARCHY (HSMDL.HHSMDL ORDER BY HSKM.EOP_DSTK DESC NULLS LAST WITHIN PARENT)

SHR_HCNT_SLCHNL

Handset Sale Count Share Of SLCHNL Parent

SHARE(HSKM.HCNT OF SLCHNL.HSLCHNL PARENT)

RANK_HCNT_SLCHNL

Handset Sale Count Rank Of SLCHNL Parent

RANK() OVER HIERARCHY (SLCHNL.HSLCHNL ORDER BY HSKM.HCNT DESC NULLS LAST WITHIN PARENT)

SHR_HCNT_HSMDL

Handset Sale Count Share Of HSMDL Parent

SHARE(HSKM.HCNT OF HSMDL.HHSMDL PARENT)

RANK_HCNT_HSMDL

Handset Sale Count Rank Of HSMDL Parent

RANK() OVER HIERARCHY (HSMDL.HHSMDL ORDER BY HSKM.HCNT DESC NULLS LAST WITHIN PARENT)

SHR_HSA_SLCHNL

Handset Sale Amount Share Of SLCHNL Parent

SHARE(HSKM.HSA OF SLCHNL.HSLCHNL PARENT)

RANK_HSA_SLCHNL

Handset Sale Amount Rank Of SLCHNL Parent

RANK() OVER HIERARCHY (SLCHNL.HSLCHNL ORDER BY HSKM.HSA DESC NULLS LAST WITHIN PARENT)

SHR_HSA_HSMDL

Handset Sale Amount Share Of HSMDL Parent

SHARE(HSKM.HSA OF HSMDL.HHSMDL PARENT)

RANK_HSA_HSMDL

Handset Sale Amount Rank Of HSMDL Parent

RANK() OVER HIERARCHY (HSMDL.HHSMDL ORDER BY HSKM.HSA DESC NULLS LAST WITHIN PARENT)

EOP_ASTK_FCST

EOP Actual Stock Forecast

HSKM_FCST.EOP_ASTK_FCST

HCNT_FCST

Handset Sales Count Forecast

HSKM_FCST.HCNT_FCST

Invoice Adjustment Cube

This cube is to store all adjustment made on the invoices. In current design, Adjustment ID & Invoices code serve the primary, therefore, 1 adjustment could make change to multiple invoices.

Physical Name: IAM

Dimensions and Load Level

The fact data of Invoice Adjustment Cube will be loaded from the relational schema at these dimension levels(leaf level).

Table 9-46 Invoice Adjustment Cube Dimensions and Load Level

Dimension Name
Load level
Description

Time

Business Month

Customer Type

Customer Type

Invoice Adjustment Reason

Invoice Adjustment Reason

Invoice Adjustment Type

Invoice Adjustment Type

Promotion

Promotion

Product

Product

Organization

Organization Business Unit

Geography

County

Aggregation Order/Operator

The Invoice Adjustment Cube will be aggregated by the following order and operators on dimensions.

Table 9-47 Invoice Adjustment Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Customer Type

Sum

2

Invoice Adjustment Reason

Sum

3

Invoice Adjustment Type

Sum

4

Promotion

Sum

5

Product

Sum

6

Organization

Sum

7

Geography

Sum

8

Base Measures

The base measure of this data cube are.

Table 9-48 Invoice Adjustment Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

AA

Adjustment Amount

DWA_INVC_ADJ_MO.ADJ_AMT

ADJCNT

Adjustment Count

DWA_INVC_ADJ_MO.ADJ_CNT

The amount adjusted to the invoice.

Derived Measures

The possible derived measure of this data cube are:

Table 9-49 Invoice Adjustment Cube Derived Measures

Physical Name
Logical Name
Definition

AA_YTD

Adjustment Amount YTD

SUM(IAM.AA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

AA_LP

Adjustment Amount Last Period

LAG(IAM.AA, 1) OVER HIERARCHY ("TIME".HTBSNS)

AA_LY

Adjustment Amount Last Year

LAG(IAM.AA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AA_LY_PCT_CHG

Adjustment Amount % Change Last Year

LAG_VARIANCE_PERCENT(IAM.AA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AA_YTD_LY

Adjustment Amount YTD Last Year

LAG(IAM.AA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

AA_YTD_LY_PCT_CHG

Adjustment Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(IAM.AA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ADJCNT_YTD

Adjustment Count YTD

SUM(IAM.ADJCNT) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ADJCNT_LP

Adjustment Count Last Period

LAG(IAM.ADJCNT, 1) OVER HIERARCHY ("TIME".HTBSNS)

ADJCNT_LY

Adjustment Count Last Year

LAG(IAM.ADJCNT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ADJCNT_LY_PCT_CHG

Adjustment Count % Change Last Year

LAG_VARIANCE_PERCENT(IAM.ADJCNT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ADJCNT_YTD_LY

Adjustment Count YTD Last Year

LAG(IAM.ADJCNT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ADJCNT_YTD_LY_PCT_CHG

Adjustment Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(IAM.ADJCNT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_AA_CUSTYP

Adjustment Amount Share Of CUSTYP Parent

SHARE(IAM.AA OF CUSTYP.HCUSTYP PARENT)

RANK_AA_CUSTYP

Adjustment Amount Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY IAM.AA DESC NULLS LAST WITHIN PARENT)

SHR_ADJCNT_CUSTYP

Adjustment Count Share Of CUSTYP Parent

SHARE(IAM.ADJCNT OF CUSTYP.HCUSTYP PARENT)

RANK_ADJCNT_CUSTYP

Adjustment Count Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY IAM.ADJCNT DESC NULLS LAST WITHIN PARENT)

SHR_ADJCNT_PRMTN

Adjustment Count Share Of PRMTN Parent

SHARE(IAM.ADJCNT OF PRMTN.HPRMTN PARENT)

RANK_ADJCNT_PRMTN

Adjustment Count Rank Of PRMTN Parent

RANK() OVER HIERARCHY (PRMTN.HPRMTN ORDER BY IAM.ADJCNT DESC NULLS LAST WITHIN PARENT)

SHR_AA_PRMTN

Adjustment Amount Share Of PRMTN Parent

SHARE(IAM.AA OF PRMTN.HPRMTN PARENT)

RANK_AA_PRMTN

Adjustment Amount Rank Of PRMTN Parent

RANK() OVER HIERARCHY (PRMTN.HPRMTN ORDER BY IAM.AA DESC NULLS LAST WITHIN PARENT)

SHR_AA_PROD

Adjustment Amount Shared Of PROD Parent

SHARE(IAM.AA OF PROD.HPROD PARENT)

RANK_AA_PROD

Adjustment Amount Rank Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY IAM.AA DESC NULLS LAST WITHIN PARENT)

SHR_ADJCNT_PROD

Adjustment Count Share Of PROD Parent

SHARE(IAM.ADJCNT OF PROD.HPROD PARENT)

RANK_ADJCNT_PROD

Adjustment Count Rank Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY IAM.ADJCNT DESC NULLS LAST WITHIN PARENT)

SHR_ADJCNT_GEO

Adjustment Count Share Of Geo Parent

SHARE(IAM.ADJCNT OF GEO.HGEO PARENT)

RANK_ADJCNT_GEO

Adjustment Count Rank Of Geo Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY IAM.ADJCNT DESC NULLS LAST WITHIN PARENT)

SHR_AA_GEO

Adjustment Amount Share Of Geo Parent

SHARE(IAM.AA OF GEO.HGEO PARENT)

RANK_AA_GEO

Adjustment Amount Rank Of Geo Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY IAM.AA DESC NULLS LAST WITHIN PARENT)

SHR_AA_IATYP

Adjustment Amount Share Of IATYP Parent

SHARE(IAM.AA OF IATYP.HIATYP PARENT)

RANK_AA_IATYP

Adjustment Amount Rank Of IATYP Parent

RANK() OVER HIERARCHY (IATYP.HIATYP ORDER BY IAM.AA DESC NULLS LAST WITHIN PARENT)

SHR_ADJCNT_IATYP

Adjustment Count Share Of IATYP Parent

SHARE(IAM.ADJCNT OF IATYP.HIATYP PARENT)

RANK_ADJCNT_IATYP

Adjustment Count Rank Of IATYP Parent

RANK() OVER HIERARCHY (IATYP.HIATYP ORDER BY IAM.ADJCNT DESC NULLS LAST WITHIN PARENT)

SHR_ADJCNT_IARSN

Adjustment Count Share Of IARSN Parent

SHARE(IAM.ADJCNT OF IARSN.HIARSN PARENT)

RANK_ADJCNT_IARSN

Adjustment Count Rank Of IARSN Parent

RANK() OVER HIERARCHY (IARSN.HIARSN ORDER BY IAM.ADJCNT DESC NULLS LAST WITHIN PARENT)

SHR_AA_IARSN

Adjustment Amount Share Of IARSN Parent

SHARE(IAM.AA OF IARSN.HIARSN PARENT)

RANK_AA_IARSN

Adjustment Amount Rank Of IARSN Parent

RANK() OVER HIERARCHY (IARSN.HIARSN ORDER BY IAM.AA DESC NULLS LAST WITHIN PARENT)

SHR_AA_ORG

Adjustment Amount Share Of Org Parent

SHARE(IAM.AA OF ORG.HCHAIN PARENT)

RANK_AA_ORG

Adjustment Amount Rank Of Org Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY IAM.AA DESC NULLS LAST WITHIN PARENT)

SHR_ADJCNT_ORG

Adjustment Count Share Of Org Parent

SHARE(IAM.ADJCNT OF ORG.HCHAIN PARENT)

RANK_ADJCNT_ORG

Adjustment Count Rank Of Org Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY IAM.ADJCNT DESC NULLS LAST WITHIN PARENT)

Invoice Customer Type Cube

Post paid customers are billed/invoiced for the usage of services on monthly basis. That is, bill for every subscriber based on his package, category, and usage is calculated, printed and sent to the customer account address for payment.

Physical Name: ICT

Dimensions and Load Level

The fact data of Invoice Customer Type Cube will be loaded from the relational schema at these dimension levels(leaf level).

Table 9-50 Invoice Customer Type Cube Dimensions and Load Level

Dimension Name
Load level
Description

Time

Business Month

Customer Type

Customer Type

Product

Product

Product Market Plan

Product Market Plan

Organization

Organization Business Unit

Geography

County

Aggregation Order/Operator

The Invoice Customer Type will be aggregated by the following order and operators on dimensions.

Table 9-51 Invoice Customer Type Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Customer Type

Sum

2

Product

Sum

3

Product Market Plan

Sum

4

Organization

Sum

5

Geography

Sum

6

Base Measures

The base measure of this data cube are:

Table 9-52 Invoice Customer Type Base Measures

Physical Name
Logical Name
Physical Column
Description

IAAT

Invoice Amount After Tax

DWA_INVC_CUST_TYP.INVC_AMT_AFTR_TAX

Total invoice amount after tax.

TBA

Total Billable Amount

DWA_INVC_CUST_TYP.TOT_BILLBL_AMT

IABT

Invoice Amount Before Tax

DWA_INVC_CUST_TYP.INVC_AMT_BFR_TAX

GA

GST Amount

DWA_INVC_CUST_TYP.GST_AMT

DA

Discount Amount

DWA_INVC_CUST_TYP.DISC_AMT

The amount of discount for the call.

CQ

Charge Quantity

DWA_INVC_CUST_TYP.CHRG_QTY

How much network usage has this item been charged on. The type of usage are defined by the invoice item type entity.A number that describes a numeric fact of a charge of a billing statement (for example, talk time used for a product or service).

CA

Charge Amount

DWA_INVC_CUST_TYP.CHRG_AMT

Single invoice item 's charge amount.

ITA

Invoice Tax Amount

DWA_INVC_CUST_TYP.INVC_TAX_AMT

Tax amount

BA

Bill Amount

DWA_INVC_CUST_TYP.BILL_AMT

Actual billing amount. It's from "Charge amount-discount amount"

IC

Invoice Count

DWA_INVC_CUST_TYP.INVC_CNT

Number of Invoices

Derived Measures

The possible derived measure of this data cube are:

Table 9-53 Invoice Customer Type Derived Measures

Physical Name
Logical Name
Definition

IC

Invoice Count

BA_YTD

Bill Amount YTD

SUM(ICT.BA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

BA_LP

Bill Amount Last period

LAG(ICT.BA, 1) OVER HIERARCHY ("TIME".HTBSNS)

BA_LY

Bill Amount Last Year

LAG(ICT.BA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BA_LY_PCT_CHG

Bill Amount % Change Last Year

LAG_VARIANCE_PERCENT(ICT.BA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BA_YTD_LY

Bill Amount YTD Last Year

LAG(ICT.BA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BA_YTD_LY_PCT_CHG

Bill Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(ICT.BA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CA_YTD

Charge Amount YTD

SUM(ICT.CA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CA_LP

Charge Amount Last Period

LAG(ICT.CA, 1) OVER HIERARCHY ("TIME".HTBSNS)

CA_LY

Charge Amount Last Year

LAG(ICT.CA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CA_LY_PCT_CHG

Charge Amount % Change Last Year

LAG_VARIANCE_PERCENT(ICT.CA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CA_YTD_LY

Charge Amount YTD Last Year

LAG(ICT.CA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CA_YTD_LY_PCT_CHG

Charge Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(ICT.CA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CQ_YTD

Charge Quantity YTD

SUM(ICT.CQ) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CQ_LP

Charge Quantity Last Period

LAG(ICT.CQ, 1) OVER HIERARCHY ("TIME".HTBSNS)

CQ_LY

Charge Quantity Last Year

LAG(ICT.CQ, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CQ_LY_PCT_CHG

Charge Quantity % Change Last Year

LAG_VARIANCE_PERCENT(ICT.CQ, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CQ_YTD_LY

Charge Quantity YTD Last Year

LAG(ICT.CQ_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CQ_YTD_LY_PCT_CHG

Charge Quantity YTD % Change Last Year

LAG_VARIANCE_PERCENT(ICT.CQ_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DA_YTD

Discount Amount YTD

SUM(ICT.DA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

DA_LP

Discount Amount Last Period

LAG(ICT.DA, 1) OVER HIERARCHY ("TIME".HTBSNS)

DA_LY

Discount Amount Last Year

LAG(ICT.DA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DA_LY_PCT_CHG

Discount Amount % Change Last Year

LAG_VARIANCE_PERCENT(ICT.DA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DA_YTD_LY

Discount Amount YTD Last Year

LAG(ICT.DA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DA_YTD_LY_PCT_CHG

Discount Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(ICT.DA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

GA_YTD

GST Amount YTD

SUM(ICT.GA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

GA_LP

GST Amount Last Period

LAG(ICT.GA, 1) OVER HIERARCHY ("TIME".HTBSNS)

GA_LY

GST Amount Last Year

LAG(ICT.GA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

GA_LY_PCT_CHG

GST Amount % Change Last Year

LAG_VARIANCE_PERCENT(ICT.GA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

GA_YTD_LY

GST Amount YTD Last Year

LAG(ICT.GA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

GA_YTD_LY_PCT_CHG

GST Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(ICT.GA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IAAT_YTD

Invoice Amount After Tax YTD

SUM(ICT.IAAT) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

IAAT_LP

Invoice Amount After Tax Last Period

LAG(ICT.IAAT, 1) OVER HIERARCHY ("TIME".HTBSNS)

IAAT_LY

Invoice Amount After Tax Last Year

LAG(ICT.IAAT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IAAT_LY_PCT_CHG

Invoice Amount After Tax % Change Last Year

LAG_VARIANCE_PERCENT(ICT.IAAT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IAAT_YTD_LY

Invoice Amount After Tax YTD Last Year

LAG(ICT.IAAT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IAAT_YTD_LY_PCT_CHG

Invoice Amount After Tax YTD % Change Last Year

LAG_VARIANCE_PERCENT(ICT.IAAT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IABT_YTD

Invoice Amount Before Tax YTD

SUM(ICT.IABT) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

IABT_LP

Invoice Amount Before Tax Last Period

LAG(ICT.IABT, 1) OVER HIERARCHY ("TIME".HTBSNS)

IABT_LY

Invoice Amount Before Tax Last Year

LAG(ICT.IABT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IABT_LY_PCT_CHG

Invoice Amount Before Tax % Change Last Year

LAG_VARIANCE_PERCENT(ICT.IABT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IABT_YTD_LY

Invoice Amount Before Tax YTD Last Year

LAG(ICT.IABT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IABT_YTD_LY_PCT_CHG

Invoice Amount Before Tax YTD % Change Last Year

LAG_VARIANCE_PERCENT(ICT.IABT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IC_YTD

Invoice Count YTD

SUM(ICT.IC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

IC_LP

Invoice Count Last Period

LAG(ICT.IC, 1) OVER HIERARCHY ("TIME".HTBSNS)

IC_LY

Invoice Count Last Year

LAG(ICT.IC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IC_LY_PCT_CHG

Invoice Count % Change Last Year

LAG_VARIANCE_PERCENT(ICT.IC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IC_YTD_LY

Invoice Count YTD Last Year

LAG(ICT.IC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

IC_YTD_LY_PCT_CHG

Invoice Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(ICT.IC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ITA_YTD

Invoice Tax Amount YTD

SUM(ICT.ITA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ITA_LP

Invoice Tax Amount Last Period

LAG(ICT.ITA, 1) OVER HIERARCHY ("TIME".HTBSNS)

ITA_LY

Invoice Tax Amount Last Year

LAG(ICT.ITA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ITA_LY_PCT_CHG

Invoice Tax Amount % Change Last Year

LAG_VARIANCE_PERCENT(ICT.ITA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ITA_YTD_LY

Invoice Tax Amount YTD Last Year

LAG(ICT.ITA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ITA_YTD_LY_PCT_CHG

Invoice Tax Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(ICT.ITA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TBA_YTD

Total Billable Amount YTD

SUM(ICT.TBA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

TBA_LP

Total Billable Amount Last Period

LAG(ICT.TBA, 1) OVER HIERARCHY ("TIME".HTBSNS)

TBA_LY

Total Billable Amount Last Year

LAG(ICT.TBA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TBA_LY_PCT_CHG

Total Billable Amount % Change Last Year

LAG_VARIANCE_PERCENT(ICT.TBA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TBA_YTD_LY

Total Billable Amount YTD Last Year

LAG(ICT.TBA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TBA_YTD_LY_PCT_CHG

Total Billable Amount YTD % Change Last Year

LAG_VARIANCE_PERCENT(ICT.TBA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_BA_ORG

Bill Amount Share Of Org Parent

SHARE(ICT.BA OF ORG.HCHAIN PARENT)

RANK_BA_ORG

Bill Amount Rank Of Org Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY ICT.BA DESC NULLS LAST WITHIN PARENT)

SHR_CA_ORG

Charge Amount Share Of Org Parent

SHARE(ICT.CA OF ORG.HCHAIN PARENT)

RANK_CA_ORG

Charge Amount Rank Of Org Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY ICT.CA DESC NULLS LAST WITHIN PARENT)

SHR_CQ_ORG

Charge Quantity Share Of Org Parent

SHARE(ICT.CQ OF ORG.HCHAIN PARENT)

RANK_CQ_ORG

Charge Quantity Rank Of Org Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY ICT.CQ DESC NULLS LAST WITHIN PARENT)

SHR_DA_ORG

Discount Amount Share Of Org Parent

SHARE(ICT.DA OF ORG.HCHAIN PARENT)

RANK_DA_ORG

Discount Amount Rank Of Org Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY ICT.DA DESC NULLS LAST WITHIN PARENT)

SHR_GA_ORG

GST Amount Share Of Org Parent

SHARE(ICT.GA OF ORG.HCHAIN PARENT)

RANK_GA_ORG

GST Amount Rank Of Org Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY ICT.GA DESC NULLS LAST WITHIN PARENT)

SHR_IAAT_ORG

Invoice Amount After Tax Share Of Org Parent

SHARE(ICT.IAAT OF ORG.HCHAIN PARENT)

RANK_IAAT_ORG

Invoice Amount After Tax Rank Of Org Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY ICT.IAAT DESC NULLS LAST WITHIN PARENT)

SHR_IABT_ORG

Invoice Amount Before Tax Share Of Org Parent

SHARE(ICT.IABT OF ORG.HCHAIN PARENT)

RANK_IABT_ORG

Invoice Amount Before Tax Rank Of Org Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY ICT.IABT DESC NULLS LAST WITHIN PARENT)

SHR_IC_ORG

Invoice Count Share Of Org Parent

SHARE(ICT.IC OF ORG.HCHAIN PARENT)

RANK_IC_ORG

Invoice Count Rank Of Org Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY ICT.IC DESC NULLS LAST WITHIN PARENT)

SHR_ITA_ORG

Invoice Tax Amount Share Of Org Parent

SHARE(ICT.ITA OF ORG.HCHAIN PARENT)

RANK_ITA_ORG

Invoice Tax Amount Rank Of Org Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY ICT.ITA DESC NULLS LAST WITHIN PARENT)

SHR_TBA_ORG

Total Billable Amount Share Of Org Parent

SHARE(ICT.TBA OF ORG.HCHAIN PARENT)

RANK_TBA_ORG

Total Billable Amount Rank Of Org Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY ICT.TBA DESC NULLS LAST WITHIN PARENT)

SHR_TBA_PMP

Total Billable Amount Share Of PMP Parent

SHARE(ICT.TBA OF PMP.HPMP PARENT)

RANK_TBA_PMP

Total Billable Amount Rank Of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ICT.TBA DESC NULLS LAST WITHIN PARENT)

SHR_ITA_PMP

Invoice Tax Amount Share Of PMP Parent

SHARE(ICT.ITA OF PMP.HPMP PARENT)

RANK_ITA_PMP

Invoice Tax Amount Rank Of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ICT.ITA DESC NULLS LAST WITHIN PARENT)

SHR_IC_PMP

Invoice Count Share Of PMP Parent

SHARE(ICT.IC OF PMP.HPMP PARENT)

RANK_IC_PMP

Invoice Count Rank Of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ICT.IC DESC NULLS LAST WITHIN PARENT)

SHR_IABT_PMP

Invoice Amount Before Tax Share Of PMP Parent

SHARE(ICT.IABT OF PMP.HPMP PARENT)

RANK_IABT_PMP

Invoice Amount Before Tax Rank Of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ICT.IABT DESC NULLS LAST WITHIN PARENT)

SHR_IAAT_PMP

Invoice Amount After Tax Share Of PMP Parent

SHARE(ICT.IAAT OF PMP.HPMP PARENT)

RANK_IAAT_PMP

Invoice Amount After Tax Rank Of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ICT.IAAT DESC NULLS LAST WITHIN PARENT)

SHR_GA_PMP

GST Amount Share Of PMP Parent

SHARE(ICT.GA OF PMP.HPMP PARENT)

RANK_GA_PMP

GST Amount Rank Of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ICT.GA DESC NULLS LAST WITHIN PARENT)

SHR_DA_PMP

Discount Amount Share Of PMP Parent

SHARE(ICT.DA OF PMP.HPMP PARENT)

RANK_DA_PMP

Discount Amount Rank Of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ICT.DA DESC NULLS LAST WITHIN PARENT)

SHR_CQ_PMP

Charge Quantity Share Of PMP Parent

SHARE(ICT.CQ OF PMP.HPMP PARENT)

RANK_CQ_PMP

Charge Quantity Rank Of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ICT.CQ DESC NULLS LAST WITHIN PARENT)

SHR_CA_PMP

Charge Amount Share Of PMP Parent

SHARE(ICT.CA OF PMP.HPMP PARENT)

RANK_CA_PMP

Charge Amount Rank Of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ICT.CA DESC NULLS LAST WITHIN PARENT)

SHR_BA_PMP

Bill Amount Share Of PMP Parent

SHARE(ICT.BA OF PMP.HPMP PARENT)

RANK_BA_PMP

Bill Amount Rank Of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY ICT.BA DESC NULLS LAST WITHIN PARENT)

SHR_BA_CUSTYP

Bill Amount Share Of CUSTYP Parent

SHARE(ICT.BA OF CUSTYP.HCUSTYP PARENT)

RANK_BA_CUSTYP

Bill Amount Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ICT.BA DESC NULLS LAST WITHIN PARENT)

SHR_CA_CUSTYP

Charge Amount Share Of CUSTYP Parent

SHARE(ICT.CA OF CUSTYP.HCUSTYP PARENT)

RANK_CA_CUSTYP

Charge Amount Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ICT.CA DESC NULLS LAST WITHIN PARENT)

SHR_CQ_CUSTYP

Charge Quantity Share Of CUSTYP Parent

SHARE(ICT.CQ OF CUSTYP.HCUSTYP PARENT)

RANK_CQ_CUSTYP

Charge Quantity Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ICT.CQ DESC NULLS LAST WITHIN PARENT)

SHR_DA_CUSTYP

Discount Amount Share Of CUSTYP Parent

SHARE(ICT.DA OF CUSTYP.HCUSTYP PARENT)

RANK_DA_CUSTYP

Discount Amount Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ICT.DA DESC NULLS LAST WITHIN PARENT)

SHR_GA_CUSTYP

GST Amount Share Of CUSTYP Parent

SHARE(ICT.GA OF CUSTYP.HCUSTYP PARENT)

RANK_GA_CUSTYP

GST Amount Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ICT.GA DESC NULLS LAST WITHIN PARENT)

SHR_IAAT_CUSTYP

Invoice Amount After Tax Share Of CUSTYP Parent

SHARE(ICT.IAAT OF CUSTYP.HCUSTYP PARENT)

RANK_IAAT_CUSTYP

Invoice Amount After Tax Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ICT.IAAT DESC NULLS LAST WITHIN PARENT)

SHR_IABT_CUSTYP

Invoice Amount Before Tax Share Of CUSTYP Parent

SHARE(ICT.IABT OF CUSTYP.HCUSTYP PARENT)

RANK_IABT_CUSTYP

Invoice Amount Before Tax Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ICT.IABT DESC NULLS LAST WITHIN PARENT)

SHR_IC_CUSTYP

Invoice Count Share Of CUSTYP Parent

SHARE(ICT.IC OF CUSTYP.HCUSTYP PARENT)

RANK_IC_CUSTYP

Invoice Count Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ICT.IC DESC NULLS LAST WITHIN PARENT)

SHR_ITA_CUSTYP

Invoice Tax Amount Share Of CUSTYP Parent

SHARE(ICT.ITA OF CUSTYP.HCUSTYP PARENT)

RANK_ITA_CUSTYP

Invoice Tax Amount Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ICT.ITA DESC NULLS LAST WITHIN PARENT)

SHR_TBA_CUSTYP

Total Billable Amount Share Of CUSTYP Parent

SHARE(ICT.TBA OF CUSTYP.HCUSTYP PARENT)

RANK_TBA_CUSTYP

Total Billable Amount Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY ICT.TBA DESC NULLS LAST WITHIN PARENT)

SHR_TBA_PROD

Total Billable Amount Share Of Prod Parent

SHARE(ICT.TBA OF PROD.HPROD PARENT)

RANK_TBA_PROD

Total Billable Amount Rank Of Prod Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ICT.TBA DESC NULLS LAST WITHIN PARENT)

SHR_ITA_PROD

Invoice Tax Amount Share Of Prod Parent

SHARE(ICT.ITA OF PROD.HPROD PARENT)

RANK_ITA_PROD

Invoice Tax Amount Rank Of Prod Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ICT.ITA DESC NULLS LAST WITHIN PARENT)

SHR_IC_PROD

Invoice Count Share Of Prod Parent

SHARE(ICT.IC OF PROD.HPROD PARENT)

RANK_IC_PROD

Invoice Count Rank Of Prod Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ICT.IC DESC NULLS LAST WITHIN PARENT)

SHR_IABT_PROD

Invoice Amount Before Tax Share Of Prod Parent

SHARE(ICT.IABT OF PROD.HPROD PARENT)

RANK_IABT_PROD

Invoice Amount Before Tax Rank Of Prod Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ICT.IABT DESC NULLS LAST WITHIN PARENT)

SHR_IAAT_PROD

Invoice Amount After Tax Share Of Prod Parent

SHARE(ICT.IAAT OF PROD.HPROD PARENT)

RANK_IAAT_PROD

Invoice Amount After Tax Rank Of Prod Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ICT.IAAT DESC NULLS LAST WITHIN PARENT)

SHR_GA_PROD

GST Amount Share Of Prod Parent

SHARE(ICT.GA OF PROD.HPROD PARENT)

RANK_GA_PROD

GST Amount Rank Of Prod Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ICT.GA DESC NULLS LAST WITHIN PARENT)

SHR_DA_PROD

Discount Amount Share Of Prod Parent

SHARE(ICT.DA OF PROD.HPROD PARENT)

RANK_DA_PROD

Discount Amount Rank Of Prod Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ICT.DA DESC NULLS LAST WITHIN PARENT)

SHR_CQ_PROD

Charge Quantity Share Of Prod Parent

SHARE(ICT.CQ OF PROD.HPROD PARENT)

RANK_CQ_PROD

Charge Quantity Rank Of Prod Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ICT.CQ DESC NULLS LAST WITHIN PARENT)

SHR_CA_PROD

Charge Amount Share Of Prod Parent

SHARE(ICT.CA OF PROD.HPROD PARENT)

RANK_CA_PROD

Charge Amount Rank Of Prod Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ICT.CA DESC NULLS LAST WITHIN PARENT)

SHR_BA_PROD

Bill Amount Share Of Prod Parent

SHARE(ICT.BA OF PROD.HPROD PARENT)

RANK_BA_PROD

Bill Amount Rank Of Prod Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY ICT.BA DESC NULLS LAST WITHIN PARENT)

SHR_BA_GEO

Bill Amount Share Of Geo Parent

SHARE(ICT.BA OF GEO.HGEO PARENT)

RANK_BA_GEO

Bill Amount Rank Of Geo Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ICT.BA DESC NULLS LAST WITHIN PARENT)

SHR_CA_GEO

Charge Amount Share Of Geo Parent

SHARE(ICT.CA OF GEO.HGEO PARENT)

RANK_CA_GEO

Charge Amount Rank Of Geo Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ICT.CA DESC NULLS LAST WITHIN PARENT)

SHR_CQ_GEO

Charge Quantity Share Of Geo Parent

SHARE(ICT.CQ OF GEO.HGEO PARENT)

RANK_CQ_GEO

Charge Quantity Rank Of Geo Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ICT.CQ DESC NULLS LAST WITHIN PARENT)

SHR_DA_GEO

Discount Amount Share Of Geo Parent

SHARE(ICT.DA OF GEO.HGEO PARENT)

RANK_DA_GEO

Discount Amount Rank Of Geo Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ICT.DA DESC NULLS LAST WITHIN PARENT)

SHR_GA_GEO

GST Amount Share Of Geo Parent

SHARE(ICT.GA OF GEO.HGEO PARENT)

RANK_GA_GEO

GST Amount Rank Of Geo Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ICT.GA DESC NULLS LAST WITHIN PARENT)

SHR_IAAT_GEO

Invoice Amount After Tax Share Of Geo Parent

SHARE(ICT.IAAT OF GEO.HGEO PARENT)

RANK_IAAT_GEO

Invoice Amount After Tax Rank Of Geo Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ICT.IAAT DESC NULLS LAST WITHIN PARENT)

SHR_IABT_GEO

Invoice Amount Before Tax Share Of Geo Parent

SHARE(ICT.IABT OF GEO.HGEO PARENT)

RANK_IABT_GEO

Invoice Amount Before Tax Rank Of Geo Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ICT.IABT DESC NULLS LAST WITHIN PARENT)

SHR_IC_GEO

Invoice Count Share Of Geo Parent

SHARE(ICT.IC OF GEO.HGEO PARENT)

RANK_IC_GEO

Invoice Count Rank Of Geo Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ICT.IC DESC NULLS LAST WITHIN PARENT)

SHR_ITA_GEO

Invoice Tax Amount Share Of Geo Parent

SHARE(ICT.ITA OF GEO.HGEO PARENT)

RANK_ITA_GEO

Invoice Tax Amount Rank Of Geo Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ICT.ITA DESC NULLS LAST WITHIN PARENT)

SHR_TBA_GEO

Total Billable Amount Share Of Geo Parent

SHARE(ICT.TBA OF GEO.HGEO PARENT)

RANK_TBA_GEO

Total Billable Amount Rank Of Geo Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY ICT.TBA DESC NULLS LAST WITHIN PARENT)

IAAT_LM

Invoice Amount After Tax Last Month

LAG(ICT.IAAT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_MO POSITION FROM BEGINNING)

IAAT_LM_PCT_CHG

Invoice Amount After Tax % Chg Last Month

LAG_VARIANCE_PERCENT(ICT.IAAT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_MO POSITION FROM BEGINNING)

IABT_LM

Invoice Amount Before Tax Last Month

LAG(ICT.IABT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_MO POSITION FROM BEGINNING)

Revenue Cube

This datacube is used to store the monthly summary of the revenue values and its components along with the subscriber base count, which will be used to calculate the ARPU values.

Physical Name: RVN

Dimensions and Load Level

The fact data of Revenue Cube will be loaded from the relational schema at these dimension levels(leaf level).

Table 9-54 Revenue Cube Dimensions and Load Level

Dimension Name
Load level
Description

Time

Business Month

Customer Type

Customer Type

Product

Product

Organization

Organization Business Unit

Geography

County

Aggregation Order/Operator

The Revenue Cube will be aggregated by the following order and operators on dimensions.

Table 9-55 Revenue Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Customer Type

Sum

2

Product

Sum

3

Organization

Sum

4

Geography

Sum

5

Base Measures

The base measure of this data cube are:

Table 9-56 Revenue Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

URVN

Usage Revenue

DWA_ARPU_BASE_CUST_TYP.USG_RVN

TRVN

Total Revenue

DWA_ARPU_BASE_CUST_TYP.TOT_RVN

Total revenue = (sales + bill)

BRVN

Billed Revenue

DWA_ARPU_BASE_CUST_TYP.BLLD_RVN

Usage Revenue including Subscription Fees.

SLRVN

Sales Revenue

DWA_ARPU_BASE_CUST_TYP.SL_RVN

Revenue for sales.For example revenue from other Provider.

ATRVN

AirTime Revenue

DWA_ARPU_BASE_CUST_TYP.AIRTM_RVN

CAMT

Commission Amount

DWA_ARPU_BASE_CUST_TYP.CMISN_AMT

ARVN

Amortized Revenue

DWA_ARPU_BASE_CUST_TYP.AMRTZD_RVN

ICRVN

Revenue by Incoming Call

DWA_ARPU_BASE_CUST_TYP.RVN_BY_INCMNG_CALL

Revenue generated by incoming calls to the customer.

SACOST

Subscriber Acquisition Cost

DWA_ARPU_BASE_CUST_TYP.SBCRBR_ACQSTN_COST

SRCOST

Subscriber Retention Cost

DWA_ARPU_BASE_CUST_TYP.SBCRBR_RTNTN_COST

OPTCOST

Operation Cost

DWA_ARPU_BASE_CUST_TYP.OPRN_COST

CALVAL

Call value

DWA_ARPU_BASE_CUST_TYP.CALL_VAL

SBRPFEE

Subscription Fee

DWA_ARPU_BASE_CUST_TYP.SBRP_FEE

EBITDA

Earnings Before Interest, Taxes, Depreciation, and Amortization

DWA_ARPU_BASE_CUST_TYP.EBITDA

Earnings Before Interest, Taxes, Depreciation, and Amortization. EBITDA for the customer.

CUSTCNT1

Customer Count

DWA_ARPU_BASE_CUST_TYP.CUST_CNT

How many customers there is at this billing month.

Derived Measures

The possible derived measure of this data cube are:

Table 9-57 Revenue Cube Derived Measures

Physical Name
Logical Name
Definition

TRVN_YTD

Total Revenue YTD

SUM(RVN.TRVN) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_TRVN_ORG

Total Revenue Share Of ORG Parent

SHARE(RVN.TRVN OF ORG.HBANNER PARENT)

SHR_TRVN_GEO

Total Revenue Share Of Geo Parent

SHARE(RVN.TRVN OF GEO.HGEO PARENT)

SHR_TRVN_PROD

Total Revenue Share Of Prod Parent

SHARE(RVN.TRVN OF PROD.HPROD PARENT)

SHR_TRVN_CUSTYP

Total Revenue Share Of CUSTYP Parent

SHARE(RVN.TRVN OF CUSTYP.HCUSTYP PARENT)

RANK_TRVN_ORG

Total Revenue Rank Of ORG Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.TRVN DESC NULLS LAST WITHIN PARENT)

RANK_TRVN_GEO

Total Revenue Rank Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.TRVN DESC NULLS LAST WITHIN PARENT)

RANK_TRVN_PROD

Total Revenue Rank Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.TRVN DESC NULLS LAST WITHIN PARENT)

RANK_TRVN_CUSTYP

Total Revenue Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.TRVN DESC NULLS LAST WITHIN PARENT)

TRVN_LP

Total Revenue Last Period

LAG(RVN.TRVN, 1) OVER HIERARCHY ("TIME".HTBSNS)

TRVN_LY

Total Revenue Last Year

LAG(RVN.TRVN, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TRVN_YTD_LY

Total Revenue YTD Last Year

LAG(RVN.TRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TRVN_YTD_LY_PCT_CHG

Total Revenue YTD % Change Last Year

LAG_VARIANCE_PERCENT(RVN.TRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_URVN_ORG

Usage Revenue Share Of ORG Parent

SHARE(RVN.URVN OF ORG.HBANNER PARENT)

SHR_URVN_GEO

Usage Revenue Share Of GEO Parent

SHARE(RVN.URVN OF GEO.HGEO PARENT)

SHR_URVN_PROD

Usage Revenue Share Of PROD Parent

SHARE(RVN.URVN OF PROD.HPROD PARENT)

SHR_URVN_CUSTYP

Usage Revenue Share Of CUSTYP Parent

SHARE(RVN.URVN OF CUSTYP.HCUSTYP PARENT)

RANK_URVN_ORG

Usage Revenue Rank Of ORG Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.URVN DESC NULLS LAST WITHIN PARENT)

RANK_URVN_GEO

Usage Revenue Rank Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.URVN DESC NULLS LAST WITHIN PARENT)

RANK_URVN_PROD

Usage Revenue Rank Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.URVN DESC NULLS LAST WITHIN PARENT)

RANK_URVN_CUSTYP

Usage Revenue Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.URVN DESC NULLS LAST WITHIN PARENT)

URVN_YTD

Usage Revenue YTD

SUM(RVN.URVN) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

URVN_YTD_LY

Usage Revenue YTD Last Year

LAG(RVN.URVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

URVN_YTD_LY_CHG

Usage Revenue YTD Change Last Year

LAG_VARIANCE(RVN.URVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

URVN_YTD_LY_PCT_CHG

Usage Revenue YTD % Change Last Year

LAG_VARIANCE_PERCENT(RVN.URVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TRVN_YTD_LY_CHG

Total Revenue YTD Change Last Year

LAG_VARIANCE(RVN.TRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

URVN_LP

Usage Revenue Last Period

LAG(RVN.URVN, 1) OVER HIERARCHY ("TIME".HTBSNS)

URVN_LY

Usage Revenue Last Year

LAG(RVN.URVN, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_BRVN_ORG

Billed Revenue Share Of ORG Parent

SHARE(RVN.BRVN OF ORG.HBANNER PARENT)

SHR_BRVN_GEO

Billed Revenue Share Of GEO Parent

SHARE(RVN.BRVN OF GEO.HGEO PARENT)

SHR_BRVN_PROD

Billed Revenue Share Of PROD Parent

SHARE(RVN.BRVN OF PROD.HPROD PARENT)

SHR_BRVN_CUSTYP

Billed Revenue Share Of CUSTYP Parent

SHARE(RVN.BRVN OF CUSTYP.HCUSTYP PARENT)

RANK_BRVN_ORG

Billed Revenue Rank Of ORG Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.BRVN DESC NULLS LAST WITHIN PARENT)

RANK_BRVN_GEO

Billed Revenue Rank Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.BRVN DESC NULLS LAST WITHIN PARENT)

RANK_BRVN_PROD

Billed Revenue Rank Of Prod Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.BRVN DESC NULLS LAST WITHIN PARENT)

RANK_BRVN_CUSTYP

Billed Revenue Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.BRVN DESC NULLS LAST WITHIN PARENT)

BRVN_LP

Billed Revenue Last Period

LAG(RVN.BRVN, 1) OVER HIERARCHY ("TIME".HTBSNS)

BRVN_LY

Billed Revenue Last Year

LAG(RVN.BRVN, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BRVN_YTD

Billed Revenue Year to Date

SUM(RVN.BRVN) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

BRVN_YTD_LY

Billed Revenue YTD Last Year

LAG(RVN.BRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BRVN_YTD_LY_CHG

Billed Revenue YTD Change Last Year

LAG_VARIANCE(RVN.BRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BRVN_YTD_LY_PCT_CHG

Billed Revenue YTD % Chg Last Year

LAG_VARIANCE_PERCENT(RVN.BRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_SLRVN_ORG

Sales Revenue Share Of ORG Parent

SHARE(RVN.SLRVN OF ORG.HBANNER PARENT)

SHR_SLRVN_GEO

Sales Revenue Share Of GEO Parent

SHARE(RVN.SLRVN OF GEO.HGEO PARENT)

SHR_SLRVN_PROD

Sales Revenue Share Of PROD Parent

SHARE(RVN.SLRVN OF PROD.HPROD PARENT)

SHR_SLRVN_CUSTYP

Sales Revenue Share Of CUSTYP Parent

SHARE(RVN.SLRVN OF CUSTYP.HCUSTYP PARENT)

RANK_SLRVN_ORG

Sales Revenue Rank Of ORG Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.SLRVN DESC NULLS LAST WITHIN PARENT)

RANK_SLRVN_GEO

Sales Revenue Rank Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.SLRVN DESC NULLS LAST WITHIN PARENT)

RANK_SLRVN_PROD

Sales Revenue Rank Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.SLRVN DESC NULLS LAST WITHIN PARENT)

RANK_SLRVN_CUSTYP

Sales Revenue Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.SLRVN DESC NULLS LAST WITHIN PARENT)

SLRVN_LP

Sales Revenue Last Period

LAG(RVN.SLRVN, 1) OVER HIERARCHY ("TIME".HTBSNS)

SLRVN_LY

Sales Revenue Last Year

LAG(RVN.SLRVN, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SLRVN_YTD

Sales Revenue YTD

SUM(RVN.SLRVN) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SLRVN_YTD_LY

Sales Revenue YTD Last Year

LAG(RVN.SLRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SLRVN_YTD_LY_CHG

Sales Revenue YTD Change Last Year

LAG_VARIANCE(RVN.SLRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SLRVN_YTD_LY_PCT_CHG

Sales Revenue YTD % Change Last Year

LAG_VARIANCE_PERCENT(RVN.SLRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_ATRVN_ORG

AirTime Revenue Share Of ORG Parent

SHARE(RVN.ATRVN OF ORG.HBANNER PARENT)

SHR_ATRVN_GEO

AirTime Revenue Share Of GEO Parent

SHARE(RVN.ATRVN OF GEO.HGEO PARENT)

SHR_ATRVN_PROD

AirTime Revenue Share Of PROD Parent

SHARE(RVN.ATRVN OF PROD.HPROD PARENT)

SHR_ATRVN_CUSTYP

AirTime Revenue Share Of CUSTYP Parent

SHARE(RVN.ATRVN OF CUSTYP.HCUSTYP PARENT)

RANK_ATRVN_ORG

AirTime Revenue Rank Of ORG Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.ATRVN DESC NULLS LAST WITHIN PARENT)

RANK_ATRVN_GEO

AirTime Revenue Rank Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.ATRVN DESC NULLS LAST WITHIN PARENT)

RANK_ATRVN_PROD

AirTime Revenue Rank Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.ATRVN DESC NULLS LAST WITHIN PARENT)

RANK_ATRVN_CUSTYP

AirTime Revenue Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.ATRVN DESC NULLS LAST WITHIN PARENT)

ATRVN_LP

AirTime Revenue Last Period

LAG(RVN.ATRVN, 1) OVER HIERARCHY ("TIME".HTBSNS)

ATRVN_LY

AirTime Revenue Last Year

LAG(RVN.ATRVN, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ATRVN_YTD

AirTime Revenue Year to Date

SUM(RVN.ATRVN) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ATRVN_YTD_LY

AirTime Revenue YTD Last Year

LAG(RVN.ATRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ATRVN_YTD_LY_CHG

AirTime Revenue YTD Change Last Year

LAG_VARIANCE(RVN.ATRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ATRVN_YTD_LY_PCT_CHG

AirTime Revenue YTD % Chg Last Year

LAG_VARIANCE_PERCENT(RVN.ATRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_CAMT_ORG

Commission Amount Share Of ORG Parent

SHARE(RVN.CAMT OF ORG.HBANNER PARENT)

SHR_CAMT_GEO

Commission Amount Share Of GEO Parent

SHARE(RVN.CAMT OF GEO.HGEO PARENT)

SHR_CAMT_PROD

Commission Amount Share Of PROD Parent

SHARE(RVN.CAMT OF PROD.HPROD PARENT)

SHR_CAMT_CUSTYP

Commission Amount Share Of CUSTYP Parent

SHARE(RVN.CAMT OF CUSTYP.HCUSTYP PARENT)

RANK_CAMT_ORG

Commission Amount RANK Of ORG Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.CAMT DESC NULLS LAST WITHIN PARENT)

RANK_CAMT_GEO

Commission Amount RANK Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.CAMT DESC NULLS LAST WITHIN PARENT)

RANK_CAMT_PROD

Commission Amount RANK Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.CAMT DESC NULLS LAST WITHIN PARENT)

RANK_CAMT_CUSTYP

Commission Amount RANK Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.CAMT DESC NULLS LAST WITHIN PARENT)

CAMT_LP

Commission Amount Last Period

LAG(RVN.CAMT, 1) OVER HIERARCHY ("TIME".HTBSNS)

CAMT_LY

Commission Amount Last Year

LAG(RVN.CAMT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CAMT_YTD

Commission Amount Year to Date

SUM(RVN.CAMT) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CAMT_YTD_LY

Commission Amount YTD Last Year

LAG(RVN.CAMT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CAMT_YTD_LY_CHG

Commission Amount YTD Change Last Year

LAG_VARIANCE(RVN.CAMT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CAMT_YTD_LY_PCT_CHG

Commission Amount YTD % Chg Last Year

LAG_VARIANCE_PERCENT(RVN.CAMT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_ARVN_ORG

Amortized Revenue Share Of ORG Parent

SHARE(RVN.ARVN OF ORG.HBANNER PARENT)

SHR_ARVN_GEO

Amortized Revenue Share Of GEO Parent

SHARE(RVN.ARVN OF GEO.HGEO PARENT)

SHR_ARVN_PROD

Amortized Revenue Share Of PROD Parent

SHARE(RVN.ARVN OF PROD.HPROD PARENT)

SHR_ARVN_CUSTYP

Amortized Revenue Share Of CUSTYP Parent

SHARE(RVN.ARVN OF CUSTYP.HCUSTYP PARENT)

RANK_ARVN_ORG

Amortized Revenue Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.ARVN DESC NULLS LAST WITHIN PARENT)

RANK_ARVN_GEO

Amortized Revenue Rank Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.ARVN DESC NULLS LAST WITHIN PARENT)

RANK_ARVN_PROD

Amortized Revenue Rank Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.ARVN DESC NULLS LAST WITHIN PARENT)

RANK_ARVN_CUSTYP

Amortized Revenue Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.ARVN DESC NULLS LAST WITHIN PARENT)

ARVN_LP

Amortized Revenue Last Period

LAG(RVN.ARVN, 1) OVER HIERARCHY ("TIME".HTBSNS)

ARVN_LY

Amortized Revenue Last Year

LAG(RVN.ARVN, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ARVN_YTD

Amortized Revenue Year to Date

SUM(RVN.ARVN) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ARVN_YTD_LY

Amortized Revenue YTD Last Year

LAG(RVN.ARVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ARVN_YTD_LY_CHG

Amortized Revenue YTD Change Last Year

LAG_VARIANCE(RVN.ARVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ARVN_YTD_LY_PCT_CHG

Amortized Revenue YTD % Chg Last Year

LAG_VARIANCE_PERCENT(RVN.ARVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_ICRVN_ORG

Revenue by Incoming Call Share Of ORG Parent

SHARE(RVN.ICRVN OF ORG.HBANNER PARENT)

SHR_ICRVN_GEO

Revenue by Incoming Call Share Of GEO Parent

SHARE(RVN.ICRVN OF GEO.HGEO PARENT)

SHR_ICRVN_PROD

Revenue by Incoming Call Share Of PROD Parent

SHARE(RVN.ICRVN OF PROD.HPROD PARENT)

SHR_ICRVN_CUSTYP

Revenue by Incoming Call Share Of CUSTYP Parent

SHARE(RVN.ICRVN OF CUSTYP.HCUSTYP PARENT)

RANK_ICRVN_ORG

Revenue by Incoming Call Rank Of ORG Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.ICRVN DESC NULLS LAST WITHIN PARENT)

RANK_ICRVN_GEO

Revenue by Incoming Call Rank Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.ICRVN DESC NULLS LAST WITHIN PARENT)

RANK_ICRVN_PROD

Revenue by Incoming Call Rank Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.ICRVN DESC NULLS LAST WITHIN PARENT)

RANK_ICRVN_CUSTYP

Revenue by Incoming Call Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.ICRVN DESC NULLS LAST WITHIN PARENT)

ICRVN_LP

Revenue by Incoming Call Last Period

LAG(RVN.ICRVN, 1) OVER HIERARCHY ("TIME".HTBSNS)

ICRVN_LY

Revenue by Incoming Call Last Year

LAG(RVN.ICRVN, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICRVN_YTD

Revenue by Incoming Call YTD

SUM(RVN.ICRVN) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

ICRVN_YTD_LY

Revenue by Incoming Call YTD Last Year

LAG(RVN.ICRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICRVN_YTD_LY_CHG

Revenue by Incoming Call YTD Change Last Year

LAG_VARIANCE(RVN.ICRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

ICRVN_YTD_LY_PCT_CHG

Revenue by Incoming Call YTD % Change Last Year

LAG_VARIANCE_PERCENT(RVN.ICRVN_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_SACOST_ORG

Subscriber Acquisition Cost Share Of ORG Parent

SHARE(RVN.SACOST OF ORG.HBANNER PARENT)

SHR_SACOST_GEO

Subscriber Acquisition Cost Share Of GEO Parent

SHARE(RVN.SACOST OF GEO.HGEO PARENT)

SHR_SACOST_PROD

Subscriber Acquisition Cost Share Of PROD Parent

SHARE(RVN.SACOST OF PROD.HPROD PARENT)

SHR_SACOST_CUSTYP

Subscriber Acquisition Cost Share Of CUSTYP Parent

SHARE(RVN.SACOST OF CUSTYP.HCUSTYP PARENT)

RANK_SACOST_ORG

Subscriber Acquisition Cost Rank Of ORG Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.SACOST DESC NULLS LAST WITHIN PARENT)

RANK_SACOST_GEO

Subscriber Acquisition Cost Rank Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.SACOST DESC NULLS LAST WITHIN PARENT)

RANK_SACOST_PROD

Subscriber Acquisition Cost Rank Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.SACOST DESC NULLS LAST WITHIN PARENT)

RANK_SACOST_CUSTYP

Subscriber Acquisition Cost Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.SACOST DESC NULLS LAST WITHIN PARENT)

SACOST_LP

Subscriber Acquisition Cost Last Period

LAG(RVN.SACOST, 1) OVER HIERARCHY ("TIME".HTBSNS)

SACOST_LY

Subscriber Acquisition Cost Last Year

LAG(RVN.SACOST, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SACOST_YTD

Subscriber Acquisition Cost YTD

SUM(RVN.SACOST) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SACOST_YTD_LY

Subscriber Acquisition Cost YTD Last Year

LAG(RVN.SACOST_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SACOST_YTD_LY_CHG

Subscriber Acquisition Cost YTD Change Last Year

LAG_VARIANCE(RVN.SACOST_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SACOST_YTD_LY_PCT_CHG

Subscriber Acquisition Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(RVN.SACOST_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_SRCOST_ORG

Subscriber Retention Cost Share Of ORG Parent

SHARE(RVN.SRCOST OF ORG.HBANNER PARENT)

SHR_SRCOST_GEO

Subscriber Retention Cost Share Of GEO Parent

SHARE(RVN.SRCOST OF GEO.HGEO PARENT)

SHR_SRCOST_PROD

Subscriber Retention Cost Share Of PROD Parent

SHARE(RVN.SRCOST OF PROD.HPROD PARENT)

SHR_SRCOST_CUSTYP

Subscriber Retention Cost Share Of CUSTYP Parent

SHARE(RVN.SRCOST OF CUSTYP.HCUSTYP PARENT)

RANK_SRCOST_ORG

Subscriber Retention Cost RANK Of ORG Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.SRCOST DESC NULLS LAST WITHIN PARENT)

RANK_SRCOST_GEO

Subscriber Retention Cost RANK Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.SRCOST DESC NULLS LAST WITHIN PARENT)

RANK_SRCOST_PROD

Subscriber Retention Cost RANK Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.SRCOST DESC NULLS LAST WITHIN PARENT)

RANK_SRCOST_CUSTYP

Subscriber Retention Cost RANK Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.SRCOST DESC NULLS LAST WITHIN PARENT)

SRCOST_LP

Subscriber Retention Cost Last Period

LAG(RVN.SRCOST, 1) OVER HIERARCHY ("TIME".HTBSNS)

SRCOST_LY

Subscriber Retention Cost Last Year

LAG(RVN.SRCOST, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SRCOST_YTD

Subscriber Retention Cost YTD

SUM(RVN.SRCOST) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SRCOST_YTD_LY

Subscriber Retention Cost YTD Last Year

LAG(RVN.SRCOST_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SRCOST_YTD_LY_CHG

Subscriber Retention Cost YTD Change Last Year

LAG_VARIANCE(RVN.SRCOST_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SRCOST_YTD_LY_PCT_CHG

Subscriber Retention Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(RVN.SRCOST_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_OPTCOST_ORG

Operation Cost Share Of ORG Parent

SHARE(RVN.OPTCOST OF ORG.HBANNER PARENT)

SHR_OPTCOST_GEO

Operation Cost Share Of GEO Parent

SHARE(RVN.OPTCOST OF GEO.HGEO PARENT)

SHR_OPTCOST_PROD

Operation Cost Share Of PROD Parent

SHARE(RVN.OPTCOST OF PROD.HPROD PARENT)

SHR_OPTCOST_CUSTYP

Operation Cost Share Of CUSTYP Parent

SHARE(RVN.OPTCOST OF CUSTYP.HCUSTYP PARENT)

RANK_OPTCOST_ORG

Operation Cost Rank Of ORG Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.OPTCOST DESC NULLS LAST WITHIN PARENT)

RANK_OPTCOST_GEO

Operation Cost Rank Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.OPTCOST DESC NULLS LAST WITHIN PARENT)

RANK_OPTCOST_PROD

Operation Cost Rank Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.OPTCOST DESC NULLS LAST WITHIN PARENT)

RANK_OPTCOST_CUSTYP

Operation Cost Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.OPTCOST DESC NULLS LAST WITHIN PARENT)

OPTCOST_LP

Operation Cost Last Period

LAG(RVN.OPTCOST, 1) OVER HIERARCHY ("TIME".HTBSNS)

OPTCOST_LY

Operation Cost Last Year

LAG(RVN.OPTCOST, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OPTCOST_YTD

Operation Cost YTD

SUM(RVN.OPTCOST) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

OPTCOST_YTD_LY

Operation Cost YTD Last Year

LAG(RVN.OPTCOST_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OPTCOST_YTD_LY_CHG

Operation Cost YTD Change Last Year

LAG_VARIANCE(RVN.OPTCOST_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

OPTCOST_YTD_LY_PCT_CHG

Operation Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(RVN.OPTCOST_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_CALVAL_ORG

Call value Share Of ORG Parent

SHARE(RVN.CALVAL OF ORG.HBANNER PARENT)

SHR_CALVAL_GEO

Call value Share Of GEO Parent

SHARE(RVN.CALVAL OF GEO.HGEO PARENT)

SHR_CALVAL_PROD

Call value Share Of PROD Parent

SHARE(RVN.CALVAL OF PROD.HPROD PARENT)

SHR_CALVAL_CUSTYP

Call value Share Of CUSTYP Parent

SHARE(RVN.CALVAL OF CUSTYP.HCUSTYP PARENT)

RANK_CALVAL_ORG

Call value Rank Of ORG Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.CALVAL DESC NULLS LAST WITHIN PARENT)

RANK_CALVAL_GEO

Call value Rank Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.CALVAL DESC NULLS LAST WITHIN PARENT)

RANK_CALVAL_PROD

Call value Rank Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.CALVAL DESC NULLS LAST WITHIN PARENT)

RANK_CALVAL_CUSTYP

Call value Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.CALVAL DESC NULLS LAST WITHIN PARENT)

CALVAL_LP

Call Value Last Period

LAG(RVN.CALVAL, 1) OVER HIERARCHY ("TIME".HTBSNS)

CALVAL_LY

Call Value Last Year

LAG(RVN.CALVAL, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CALVAL_YTD

Call Value Year to Date

SUM(RVN.CALVAL) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CALVAL_YTD_LY

Call Value YTD Last Year

LAG(RVN.CALVAL_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CALVAL_YTD_LY_CHG

Call Value YTD Change Last Year

LAG_VARIANCE(RVN.CALVAL_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CALVAL_YTD_LY_PCT_CHG

Call Value YTD % Chg Last Year

LAG_VARIANCE_PERCENT(RVN.CALVAL_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_SBRPFEE_ORG

Subscription Fee Share Of ORG Parent

SHARE(RVN.SBRPFEE OF ORG.HBANNER PARENT)

SHR_SBRPFEE_GEO

Subscription Fee Share Of GEO Parent

SHARE(RVN.SBRPFEE OF GEO.HGEO PARENT)

SHR_SBRPFEE_PROD

Subscription Fee Share Of PROD Parent

SHARE(RVN.SBRPFEE OF PROD.HPROD PARENT)

SHR_SBRPFEE_CUSTYP

Subscription Fee Share Of CUSTYP Parent

SHARE(RVN.SBRPFEE OF CUSTYP.HCUSTYP PARENT)

RANK_SBRPFEE_ORG

Subscription Fee Rank Of ORG Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.SBRPFEE DESC NULLS LAST WITHIN PARENT)

RANK_SBRPFEE_GEO

Subscription Fee Rank Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.SBRPFEE DESC NULLS LAST WITHIN PARENT)

RANK_SBRPFEE_PROD

Subscription Fee Rank Of PROD Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.SBRPFEE DESC NULLS LAST WITHIN PARENT)

RANK_SBRPFEE_CUSTYP

Subscription Fee Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.SBRPFEE DESC NULLS LAST WITHIN PARENT)

SBRPFEE_LP

Subscription Fee Last Period

LAG(RVN.SBRPFEE, 1) OVER HIERARCHY ("TIME".HTBSNS)

SBRPFEE_LY

Subscription Fee Last Year

LAG(RVN.SBRPFEE, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SBRPFEE_YTD

Subscription Fee YTD

SUM(RVN.SBRPFEE) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SBRPFEE_YTD_LY

Subscription Fee YTD Last Year

LAG(RVN.SBRPFEE_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SBRPFEE_YTD_LY_CHG

Subscription Fee YTD Change Last Year

LAG_VARIANCE(RVN.SBRPFEE_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SBRPFEE_YTD_LY_PCT_CHG

Subscription Fee YTD % Change Last Year

LAG_VARIANCE_PERCENT(RVN.SBRPFEE_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EBITDA_YTD

Subscription Fee YTD % Change Last Year

SUM(RVN.EBITDA) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

SHR_EBITDA_ORG

Earnings Before Interest, Taxes, Depreciation and Amortization Share Of ORG Parent

SHARE(RVN.EBITDA OF ORG.HBANNER PARENT)

SHR_EBITDA_GEO

Earnings Before Interest, Taxes, Depreciation and Amortization Share Of GEO Parent

SHARE(RVN.EBITDA OF GEO.HGEO PARENT)

SHR_EBITDA_PROD

Earnings Before Interest, Taxes, Depreciation and Amortization Share Of PROD Parent

SHARE(RVN.EBITDA OF PROD.HPROD PARENT)

SHR_EBITDA_CUSTYP

Earnings Before Interest, Taxes, Depreciation and Amortization Share Of CUSTYP Parent

SHARE(RVN.EBITDA OF CUSTYP.HCUSTYP PARENT)

RANK_EBITDA_ORG

Earnings Before Interest, Taxes, Depreciation and Amortization Rank Of ORG Parent

RANK() OVER HIERARCHY (ORG.HBANNER ORDER BY RVN.EBITDA DESC NULLS LAST WITHIN PARENT)

RANK_EBITDA_GEO

Earnings Before Interest, Taxes, Depreciation and Amortization Rank Of GEO Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY RVN.EBITDA DESC NULLS LAST WITHIN PARENT)

RANK_EBITDA_PROD

Earnings Before Interest, Taxes, Depreciation and Amortization Rank Of GEO Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY RVN.EBITDA DESC NULLS LAST WITHIN PARENT)

RANK_EBITDA_CUSTYP

Earnings Before Interest, Taxes, Depreciation and Amortization Rank Of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY RVN.EBITDA DESC NULLS LAST WITHIN PARENT)

EBITDA_LP

EBITDA Last Period

LAG(RVN.EBITDA, 1) OVER HIERARCHY ("TIME".HTBSNS)

EBITDA_LY

EBITDA Last Year

LAG(RVN.EBITDA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EBITDA_YTD_LY

EBITDA_YTD Last Year

LAG(RVN.EBITDA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EBITDA_YTD_LY_PCT_CHG

EBITDA_YTD % Change Last Year

LAG_VARIANCE_PERCENT(RVN.EBITDA_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EBITDA_LY_PCT_CHG

EBITDA % Chg Last Year

LAG_VARIANCE_PERCENT(RVN.EBITDA, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_CUSTCNT

EOP Customer Count

OLAP_DML_EXPRESSION('RVN_CUSTCNT1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_CUSTCNT_LY

EOP Customer Count Last Year

LAG(RVN.EOP_CUSTCNT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_CUSTCNT_LY_PCT_CHG

EOP Customer Count % Chg Last Year

LAG_VARIANCE_PERCENT(RVN.EOP_CUSTCNT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_EOP_CUSTCNT_CUSTYP

Customer Count Share of Customer Type Parent

SHARE(RVN.EOP_CUSTCNT OF CUSTYP.HCUSTYP PARENT)

SHR_EOP_CUSTCNT_GEO

Customer Count Share of GEO Parent

SHARE(RVN.EOP_CUSTCNT OF GEO.HGEO PARENT)

SHR_EOP_CUSTCNT_ORG

Customer Count Share of ORG Parent

SHARE(RVN.EOP_CUSTCNT OF ORG.HBANNER PARENT)

SHR_EOP_CUSTCNT_PROD

Customer Count Share of Product Parent

SHARE(RVN.EOP_CUSTCNT OF PROD.HPROD PARENT)

BRVN_FCST

Bill Revenue Forecast

RVN_FCST.BRVN_FCST

EOP_CUSTCNT_FCST

EOP Customer Count Forecast

RVN_FCST.EOP_CUSTCNT_FCST

SLRVN_FCST

Sales Revenue Forecast

RVN_FCST.SLRVN_FCST

TRVN_FCST

Total Revenue Forecast

RVN_FCST.TRVN_FCST

Subscriber Churn Statistic Cube

This Cube is to analyze the Churned Subscribers based on the subscription status for each product.

Physical Name: CHRN

Dimensions and Load Level

The fact data of Subscriber Churn Statistic Cube will be loaded from the relational schema at these dimension levels(leaf level).

Table 9-58 Subscriber Churn Statistic Cube Dimensions and Load Level

Dimension Name
Load level
Description

Time

Business Month

Customer Type

Customer Type

Churn Reason

Churn Reason

Product

Product

Product Market Plan

Product Market Plan

Organization

Organization Business Unit

Geography

Product Market Plan

Aggregation Order/Operator

The Subscriber Churn Statistic Cube will be aggregated by the following order and operators on dimensions

Table 9-59 Subscriber Churn Statistic Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Customer Type

Sum

2

Churn Reason

Sum

3

Product

Sum

4

Product Market Plan

Sum

5

Organization

Sum

6

Geography

Sum

7

Base Measures

The base measure of this data cube are.

Table 9-60 Subscriber Churn Statistic Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

DSC

Depending Subscription Count

DWA_SBCRBR_CHRN_STTSTC_MO.DPNDNG_SBRP_CNT

count of subscription based on this by subscription relationship.

VHCC1

Valid Handsets Contract Count

DWA_SBCRBR_CHRN_STTSTC_MO.VALID_HNDSETS_CNRT_CNT

Number of Valid Handsets Contract

DLC

Disconnected Lines Count

DWA_SBCRBR_CHRN_STTSTC_MO.DISCNCTD_LNS_CNT

Number of Disconnected Lines

CSC

Connections Subscribed Count

DWA_SBCRBR_CHRN_STTSTC_MO.CNCTNS_SBRB_CNT

Number of Connections Subscribed.

CLC1

Complaint Lifetime Count

DWA_SBCRBR_CHRN_STTSTC_MO.CMPLNT_LFTM_CNT

Number of complaints to call center in life time.

CMC

Complaint Month Count

DWA_SBCRBR_CHRN_STTSTC_MO.CMPLNT_MO_CNT

Number of complaints to call center at this month.

ALC1

Active Lines Count

DWA_SBCRBR_CHRN_STTSTC_MO.ACTV_LNS_CNT

Number of Active Lines.

SC1

Suspension Count

DWA_SBCRBR_CHRN_STTSTC_MO.SSPNSN_CNT

The total suspension count in the life-time of the account.

CLD1

Contract Left Days

DWA_SBCRBR_CHRN_STTSTC_MO.CNRT_LFT_DAYS

The days before the current contract expire.

LS1

Life Span

DWA_SBCRBR_CHRN_STTSTC_MO.LIFE_SPN

The days before the current contract expire

BPTM

Bonus Point This Month

DWA_SBCRBR_CHRN_STTSTC_MO.BONUS_PNT_THIS_MO

NT

Net Terminations

DWA_SBCRBR_CHRN_STTSTC_MO.NET_TMNTS

NCC

New Contracts Count

DWA_SBCRBR_CHRN_STTSTC_MO.NEW_CNRTS_CNT

Number of New Contracts

TLC

Terminated Lines Count

DWA_SBCRBR_CHRN_STTSTC_MO.TRMNTD_LNS_CNT

Number of Terminated Lines.

SLV1

Subscription Left Value

DWA_SBCRBR_CHRN_STTSTC_MO.SBRP_LFT_VAL

Deposit value left in the account at the time of churn.

TPR

Total Payment Revenue

DWA_SBCRBR_CHRN_STTSTC_MO.TOT_PYMT_RVN

Total revenue paid since activation of the account.

TR

Total Revenue

DWA_SBCRBR_CHRN_STTSTC_MO.TOT_RVN

Total revenue generated since activation of account, considered the costs and other type of revenue like LAC.

EAC

Estimated Acquisition Cost

DWA_SBCRBR_CHRN_STTSTC_MO.ESTMD_ACQSTN_COST

RCS1

Remaining Contract Sum

DWA_SBCRBR_CHRN_STTSTC_MO.RMNG_CNRT_SUM

Sum of contract term value multiplied by left months where term is monthly charge, if variant term value, use term period.

CS1

Contract Sum

DWA_SBCRBR_CHRN_STTSTC_MO.CNRT_SUM

CHRNC

Churner Count

DWA_SBCRBR_CHRN_STTSTC_MO.CHRNR_CNT

How many customer Churned at this month.

Derived Measures

The possible derived measure of this data cube are:

Table 9-61 Subscriber Churn Statistic Cube Derived Measures

Physical Name
Logical Name
Definition

BPTM_YTD

Bonus Point This Month YTD

SUM(CHRN.BPTM) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

BPTM_LP

Bonus Point This Month LP

LAG(CHRN.BPTM, 1) OVER HIERARCHY ("TIME".HTBSNS)

BPTM_LY

Bonus Point This Month Last Year

LAG(CHRN.BPTM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BPTM_LY_PCT_CHG

Bonus Point This Month % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.BPTM, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BPTM_YTD_LY

Bonus Point This Month YTD Last Year

LAG(CHRN.BPTM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

BPTM_YTD_LY_PCT_CHG

Bonus Point This Month YTD % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.BPTM_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CHRNC_YTD

Churner Count YTD

SUM(CHRN.CHRNC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CHRNC_LP

Churner Count LP

LAG(CHRN.CHRNC, 1) OVER HIERARCHY ("TIME".HTBSNS)

CHRNC_LY

Churner Count Last Year

LAG(CHRN.CHRNC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CHRNC_LY_PCT_CHG

Churner Count % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.CHRNC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CHRNC_YTD_LY

Churner Count YTD Last Year

LAG(CHRN.CHRNC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CHRNC_YTD_LY_PCT_CHG

Churner Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.CHRNC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CMC_YTD

Complaint Month Count YTD

SUM(CHRN.CMC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CMC_LP

Complaint Month Count LP

LAG(CHRN.CMC, 1) OVER HIERARCHY ("TIME".HTBSNS)

CMC_LY

Complaint Month Count Last Year

LAG(CHRN.CMC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CMC_LY_PCT_CHG

Complaint Month Count % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.CMC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CMC_YTD_LY

Complaint Month Count YTD Last Year

LAG(CHRN.CMC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CMC_YTD_LY_PCT_CHG

Complaint Month Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.CMC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSC_YTD

Connections Subscribed Count YTD

SUM(CHRN.CSC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

CSC_LP

Connections Subscribed Count LP

LAG(CHRN.CSC, 1) OVER HIERARCHY ("TIME".HTBSNS)

CSC_LY

Connections Subscribed Count Last Year

LAG(CHRN.CSC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSC_LY_PCT_CHG

Connections Subscribed Count % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.CSC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSC_YTD_LY

Connections Subscribed Count YTD Last Year

LAG(CHRN.CSC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

CSC_YTD_LY_PCT_CHG

Connections Subscribed Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.CSC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DLC_YTD

Disconnected Lines Count YTD

SUM(CHRN.DLC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

DLC_LP

Disconnected Lines Count LP

LAG(CHRN.DLC, 1) OVER HIERARCHY ("TIME".HTBSNS)

DLC_LY

Disconnected Lines Count Last Year

LAG(CHRN.DLC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DLC_LY_PCT_CHG

Disconnected Lines Count % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.DLC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DLC_YTD_LY

Disconnected Lines Count YTD Last Year

LAG(CHRN.DLC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DLC_YTD_LY_PCT_CHG

Disconnected Lines Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.DLC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DSC_YTD

Depending Subscription Count YTD

SUM(CHRN.DSC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

DSC_LP

Depending Subscription Count LP

LAG(CHRN.DSC, 1) OVER HIERARCHY ("TIME".HTBSNS)

DSC_LY

Depending Subscription Count Last Year

LAG(CHRN.DSC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DSC_LY_PCT_CHG

Depending Subscription Count % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.DSC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DSC_YTD_LY

Depending Subscription Count YTD Last Year

LAG(CHRN.DSC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

DSC_YTD_LY_PCT_CHG

Depending Subscription Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.DSC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EAC_YTD

Estimated Acquisition Cost YTD

SUM(CHRN.EAC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

EAC_LP

Estimated Acquisition Cost LP

LAG(CHRN.EAC, 1) OVER HIERARCHY ("TIME".HTBSNS)

EAC_LY

Estimated Acquisition Cost Last Year

LAG(CHRN.EAC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EAC_LY_PCT_CHG

Estimated Acquisition Cost % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.EAC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EAC_YTD_LY

Estimated Acquisition Cost YTD Last Year

LAG(CHRN.EAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EAC_YTD_LY_PCT_CHG

Estimated Acquisition Cost YTD % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.EAC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCC_YTD

New Contracts Count YTD

SUM(CHRN.NCC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

NCC_LP

New Contracts Count LP

LAG(CHRN.NCC, 1) OVER HIERARCHY ("TIME".HTBSNS)

NCC_LY

New Contracts Count Last Year

LAG(CHRN.NCC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCC_LY_PCT_CHG

New Contracts Count % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.NCC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCC_YTD_LY

New Contracts Count YTD Last Year

LAG(CHRN.NCC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NCC_YTD_LY_PCT_CHG

New Contracts Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.NCC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NT_YTD

Net Terminations YTD

SUM(CHRN.NT) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

NT_LP

Net Terminations LP

LAG(CHRN.NT, 1) OVER HIERARCHY ("TIME".HTBSNS)

NT_LY

Net Terminations Last Year

LAG(CHRN.NT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NT_LY_PCT_CHG

Net Terminations % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.NT, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NT_YTD_LY

Net Terminations YTD Last Year

LAG(CHRN.NT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

NT_YTD_LY_PCT_CHG

Net Terminations YTD % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.NT_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TLC_YTD

Terminated Lines Count YTD

SUM(CHRN.TLC) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

TLC_LP

Terminated Lines Count LP

LAG(CHRN.TLC, 1) OVER HIERARCHY ("TIME".HTBSNS)

TLC_LY

Terminated Lines Count Last Year

LAG(CHRN.TLC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TLC_LY_PCT_CHG

Terminated Lines Count % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.TLC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TLC_YTD_LY

Terminated Lines Count YTD Last Year

LAG(CHRN.TLC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TLC_YTD_LY_PCT_CHG

Terminated Lines Count YTD % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.TLC_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TPR_YTD

Total Payment Revenue YTD

SUM(CHRN.TPR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

TPR_LP

Total Payment Revenue YTD

LAG(CHRN.TPR, 1) OVER HIERARCHY ("TIME".HTBSNS)

TPR_LY

Total Payment Revenue Last Year

LAG(CHRN.TPR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TPR_LY_PCT_CHG

Total Payment Revenue % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.TPR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TPR_YTD_LY

Total Payment Revenue YTD Last Year

LAG(CHRN.TPR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TPR_YTD_LY_PCT_CHG

Total Payment Revenue YTD % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.TPR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TR_YTD

Total Revenue YTD

SUM(CHRN.TR) OVER HIERARCHY ("TIME".HTBSNS BETWEEN UNBOUNDED PRECEDING AND CURRENT MEMBER WITHIN ANCESTOR AT LEVEL "TIME".BSNS_YR)

TR_LP

Total Revenue LP

LAG(CHRN.TR, 1) OVER HIERARCHY ("TIME".HTBSNS)

TR_LY

Total Revenue Last Year

LAG(CHRN.TR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TR_LY_PCT_CHG

Total Revenue % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.TR, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TR_YTD_LY

Total Revenue YTD Last Year

LAG(CHRN.TR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

TR_YTD_LY_PCT_CHG

Total Revenue YTD % Change Last Year

LAG_VARIANCE_PERCENT(CHRN.TR_YTD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_ALC

EOP Active Lines Count

OLAP_DML_EXPRESSION('CHRN_ALC1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_CLC

EOP Complaint Lifetime Count

OLAP_DML_EXPRESSION('CHRN_CLC1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_CLD

EOP Contract Left Days

OLAP_DML_EXPRESSION('CHRN_CLD1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_CS

EOP Contract Sum

OLAP_DML_EXPRESSION('CHRN_CS1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_LS

EOP Life Span

OLAP_DML_EXPRESSION('CHRN_LS1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_RCS

EOP Remaining Contract Sum

OLAP_DML_EXPRESSION('CHRN_RCS1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_SC

EOP Suspension Count

OLAP_DML_EXPRESSION('CHRN_SC1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_SLV

EOP Subscription Left Value

OLAP_DML_EXPRESSION('CHRN_SLV1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_VHCC

EOP Valid Handsets Contract Count

OLAP_DML_EXPRESSION('CHRN_VHCC1(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

EOP_ALC_LY

EOP Active Lines Count Last Year

LAG(CHRN.EOP_ALC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_ALC_LY_PCT_CHG

EOP Active Lines Count % Chg Last Year

LAG_VARIANCE_PERCENT(CHRN.EOP_ALC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_CLC_LY

EOP Complaint Lifetime Count Last Year

LAG(CHRN.EOP_CLC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_CLC_LY_PCT_CHG

EOP Complaint Lifetime Count Last Year

LAG_VARIANCE_PERCENT(CHRN.EOP_CLC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_CLD_LY

EOP Contract Left Days Last Year

LAG(CHRN.EOP_CLD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_CLD_LY_PCT_CHG

EOP Contract Leaf Days % Chg Last Year

LAG_VARIANCE_PERCENT(CHRN.EOP_CLD, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_CS_LY

EOP Contract Sum Last Year

LAG(CHRN.EOP_CS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_CS_LY_PCT_CHG

EOP Contract Sum % Chg Last Year

LAG_VARIANCE_PERCENT(CHRN.EOP_CS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_LS_LY

EOP Life Span Last Year

LAG(CHRN.EOP_LS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_LS_LY_PCT_CHG

EOP Life Span % Chg Last Year

LAG_VARIANCE_PERCENT(CHRN.EOP_LS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_RCS_LY

EOP Remaining Contract Sum Last Year

LAG(CHRN.EOP_RCS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_RCS_LY_PCT_CHG

EOP Remaining Contract Sum % Chg Last Year

LAG_VARIANCE_PERCENT(CHRN.EOP_RCS, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_SC_LY

EOP Suspension Count Last Year

LAG(CHRN.EOP_SC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_SC_LY_PCT_CHG

EOP Suspension Count % Chg Last Year

LAG_VARIANCE_PERCENT(CHRN.EOP_SC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_SLV_LY

EOP Subscription Left Value Last Year

LAG(CHRN.EOP_SLV, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_SLV_LY_PCT_CHG

EOP Subscription Left Value % Chg Last Year

LAG_VARIANCE_PERCENT(CHRN.EOP_SLV, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_VHCC_LY

EOP Valid Handsets Contract Count Last Year

LAG(CHRN.EOP_VHCC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

EOP_VHCC_LY_PCT_CHG

EOP Valid Handsets Contract Count % Chg Last Year

LAG_VARIANCE_PERCENT(CHRN.EOP_VHCC, 1) OVER HIERARCHY ("TIME".HTBSNS BY ANCESTOR AT LEVEL "TIME".HTBSNS.BSNS_YR POSITION FROM BEGINNING)

SHR_EOP_ALC_ORG

EOP Active Lines Count Share of Organization Parent

SHARE(CHRN.EOP_ALC OF ORG.HCHAIN PARENT)

RANK_EOP_ALC_ORG

EOP Active Lines Count Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.EOP_ALC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_ALC_CRNRSN

EOP Active Lines Count Share of CRNRSN Parent

SHARE(CHRN.EOP_ALC OF CRNRSN.HCRNRSN PARENT)

RANK_EOP_ALC_CRNRSN

EOP Active Lines Count Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.EOP_ALC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_ALC_PMP

EOP Active Lines Count Share of PMP Parent

SHARE(CHRN.EOP_ALC OF PMP.HPMP PARENT)

RANK_EOP_ALC_PMP

EOP Active Lines Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.EOP_ALC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_ALC_GEO

EOP Active Lines Count Share of Geography Parent

SHARE(CHRN.EOP_ALC OF GEO.HGEO PARENT)

RANK_EOP_ALC_GEO

EOP Active Lines Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.EOP_ALC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_ALC_PROD

EOP Active Lines Count Share of Product Parent

SHARE(CHRN.EOP_ALC OF PROD.HPROD PARENT)

RANK_EOP_ALC_PROD

EOP Active Lines Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.EOP_ALC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_ALC_CUSTYP

EOP Active Lines Count Share of CUSTYP Parent

SHARE(CHRN.EOP_ALC OF CUSTYP.HCUSTYP PARENT)

RANK_EOP_ALC_CUSTYP

EOP Active Lines Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.EOP_ALC DESC NULLS LAST WITHIN PARENT)

SHR_BPTM_ORG

Bonus Point This Month Share of Organization Parent

SHARE(CHRN.BPTM OF ORG.HCHAIN PARENT)

RANK_BPTM_ORG

Bonus Point This Month Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.BPTM DESC NULLS LAST WITHIN PARENT)

SHR_BPTM_CRNRSN

Bonus Point This Month Share of CRNRSN Parent

SHARE(CHRN.BPTM OF CRNRSN.HCRNRSN PARENT)

RANK_BPTM_CRNRSN

Bonus Point This Month Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.BPTM DESC NULLS LAST WITHIN PARENT)

SHR_BPTM_PMP

Bonus Point This Month Share of PMP Parent

SHARE(CHRN.BPTM OF PMP.HPMP PARENT)

RANK_BPTM_PMP

Bonus Point This Month Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.BPTM DESC NULLS LAST WITHIN PARENT)

SHR_BPTM_GEO

Bonus Point This Month Share of Geography Parent

SHARE(CHRN.BPTM OF GEO.HGEO PARENT)

RANK_BPTM_GEO

Bonus Point This Month Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.BPTM DESC NULLS LAST WITHIN PARENT)

SHR_BPTM_PROD

Bonus Point This Month Share of Product Parent

SHARE(CHRN.BPTM OF PROD.HPROD PARENT)

RANK_BPTM_PROD

Bonus Point This Month Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.BPTM DESC NULLS LAST WITHIN PARENT)

SHR_BPTM_CUSTYP

Bonus Point This Month Share of CUSTYP Parent

SHARE(CHRN.BPTM OF CUSTYP.HCUSTYP PARENT)

RANK_BPTM_CUSTYP

Bonus Point This Month Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.BPTM DESC NULLS LAST WITHIN PARENT)

SHR_CHRNC_ORG

Churner Count Share of Organization Parent

SHARE(CHRN.CHRNC OF ORG.HCHAIN PARENT)

RANK_CHRNC_ORG

Churner Count Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.CHRNC DESC NULLS LAST WITHIN PARENT)

SHR_CHRNC_CRNRSN

Churner Count Share of CRNRSN Parent

SHARE(CHRN.CHRNC OF CRNRSN.HCRNRSN PARENT)

RANK_CHRNC_CRNRSN

Churner Count Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.CHRNC DESC NULLS LAST WITHIN PARENT)

SHR_CHRNC_PMP

Churner Count Share of PMP Parent

SHARE(CHRN.CHRNC OF PMP.HPMP PARENT)

RANK_CHRNC_PMP

Churner Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.CHRNC DESC NULLS LAST WITHIN PARENT)

SHR_CHRNC_GEO

Churner Count Share of Geography Parent

SHARE(CHRN.CHRNC OF GEO.HGEO PARENT)

RANK_CHRNC_GEO

Churner Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.CHRNC DESC NULLS LAST WITHIN PARENT)

SHR_CHRNC_PROD

Churner Count Share of Product Parent

SHARE(CHRN.CHRNC OF PROD.HPROD PARENT)

RANK_CHRNC_PROD

Churner Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.CHRNC DESC NULLS LAST WITHIN PARENT)

SHR_CHRNC_CUSTYP

Churner Count Share of CUSTYP Parent

SHARE(CHRN.CHRNC OF CUSTYP.HCUSTYP PARENT)

RANK_CHRNC_CUSTYP

Churner Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.CHRNC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CLC_ORG

EOP Complaint Lifetime Count Share of Organization Parent

SHARE(CHRN.EOP_CLC OF ORG.HCHAIN PARENT)

RANK_EOP_CLC_ORG

EOP Complaint Lifetime Count Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.EOP_CLC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CLC_CRNRSN

EOP Complaint Lifetime Count Share of CRNRSN Parent

SHARE(CHRN.EOP_CLC OF CRNRSN.HCRNRSN PARENT)

RANK_EOP_CLC_CRNRSN

EOP Complaint Lifetime Count Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.EOP_CLC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CLC_PMP

EOP Complaint Lifetime Count Share of PMP Parent

SHARE(CHRN.EOP_CLC OF PMP.HPMP PARENT)

RANK_EOP_CLC_PMP

EOP Complaint Lifetime Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.EOP_CLC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CLC_GEO

EOP Complaint Lifetime Count Share of Geography Parent

SHARE(CHRN.EOP_CLC OF GEO.HGEO PARENT)

RANK_EOP_CLC_GEO

EOP Complaint Lifetime Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.EOP_CLC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CLC_PROD

EOP Complaint Lifetime Count Share of Product Parent

SHARE(CHRN.EOP_CLC OF PROD.HPROD PARENT)

RANK_EOP_CLC_PROD

EOP Complaint Lifetime Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.EOP_CLC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CLC_CUSTYP

SHARE(CHRN.EOP_CLC OF CUSTYP.HCUSTYP PARENT)

RANK_EOP_CLC_CUSTYP

EOP Complaint Lifetime Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.EOP_CLC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CLD_ORG

EOP Contract Left Days Share of Organization Parent

SHARE(CHRN.EOP_CLD OF ORG.HCHAIN PARENT)

RANK_EOP_CLD_ORG

EOP Contract Left Days Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.EOP_CLD DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CLD_CRNRSN

EOP Contract Left Days Share of CRNRSN Parent

SHARE(CHRN.EOP_CLD OF CRNRSN.HCRNRSN PARENT)

RANK_EOP_CLD_CRNRSN

EOP Contract Left Days Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.EOP_CLD DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CLD_PMP

EOP Contract Left Days Share of PMP Parent

SHARE(CHRN.EOP_CLD OF PMP.HPMP PARENT)

RANK_EOP_CLD_PMP

EOP Contract Left Days Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.EOP_CLD DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CLD_GEO

EOP Contract Left Days Share of Geography Parent

SHARE(CHRN.EOP_CLD OF GEO.HGEO PARENT)

RANK_EOP_CLD_GEO

EOP Contract Left Days Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.EOP_CLD DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CLD_PROD

EOP Contract Left Days Share of Product Parent

SHARE(CHRN.EOP_CLD OF PROD.HPROD PARENT)

RANK_EOP_CLD_PROD

EOP Contract Left Days Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.EOP_CLD DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CLD_CUSTYP

EOP Contract Left Days Share of CUSTYP Parent

SHARE(CHRN.EOP_CLD OF CUSTYP.HCUSTYP PARENT)

RANK_EOP_CLD_CUSTYP

EOP Contract Left Days Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.EOP_CLD DESC NULLS LAST WITHIN PARENT)

SHR_CMC_ORG

EOP Complaint Month Count Share of Organization Parent

SHARE(CHRN.CMC OF ORG.HCHAIN PARENT)

RANK_CMC_ORG

EOP Complaint Month Count Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.CMC DESC NULLS LAST WITHIN PARENT)

SHR_CMC_CRNRSN

EOP Complaint Month Count Share of CRRSN Parent

SHARE(CHRN.CMC OF CRNRSN.HCRNRSN PARENT)

RANK_CMC_CRNRSN

EOP Complaint Month Count Rank of CRRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.CMC DESC NULLS LAST WITHIN PARENT)

SHR_CMC_PMP

EOP Complaint Month Count Share of PMP Parent

SHARE(CHRN.CMC OF PMP.HPMP PARENT)

RANK_CMC_PMP

EOP Complaint Month Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.CMC DESC NULLS LAST WITHIN PARENT)

SHR_CMC_GEO

EOP Complaint Month Count Share of Geography Parent

SHARE(CHRN.CMC OF GEO.HGEO PARENT)

RANK_CMC_GEO

EOP Complaint Month Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.CMC DESC NULLS LAST WITHIN PARENT)

SHR_CMC_PROD

EOP Complaint Month Count Share of Product Parent

SHARE(CHRN.CMC OF PROD.HPROD PARENT)

RANK_CMC_PROD

EOP Complaint Month Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.CMC DESC NULLS LAST WITHIN PARENT)

SHR_CMC_CUSTYP

EOP Complaint Month Count Share of CUSTYP Parent

SHARE(CHRN.CMC OF CUSTYP.HCUSTYP PARENT)

RANK_CMC_CUSTYP

EOP Complaint Month Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.CMC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CS_ORG

EOP Contract Sum Share of Organization Parent

SHARE(CHRN.EOP_CS OF ORG.HCHAIN PARENT)

RANK_EOP_CS_ORG

EOP Contract Sum Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.EOP_CS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CS_CRNRSN

EOP Contract Sum Share of CRNRSN Parent

SHARE(CHRN.EOP_CS OF CRNRSN.HCRNRSN PARENT)

RANK_EOP_CS_CRNRSN

EOP Contract Sum Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.EOP_CS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CS_PMP

EOP Contract Sum Share of PMP Parent

SHARE(CHRN.EOP_CS OF PMP.HPMP PARENT)

RANK_EOP_CS_PMP

EOP Contract Sum Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.EOP_CS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CS_GEO

EOP Contract Sum Share of Geography Parent

SHARE(CHRN.EOP_CS OF GEO.HGEO PARENT)

RANK_EOP_CS_GEO

EOP Contract Sum Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.EOP_CS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CS_PROD

EOP Contract Sum Share of Product Parent

SHARE(CHRN.EOP_CS OF PROD.HPROD PARENT)

RANK_EOP_CS_PROD

EOP Contract Sum Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.EOP_CS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_CS_CUSTYP

EOP Contract Sum Share of CUSTYP Parent

SHARE(CHRN.EOP_CS OF CUSTYP.HCUSTYP PARENT)

RANK_EOP_CS_CUSTYP

EOP Contract Sum Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.EOP_CS DESC NULLS LAST WITHIN PARENT)

SHR_CSC_ORG

EOP Connections Subscribed Count Share of Organization Parent

SHARE(CHRN.CSC OF ORG.HCHAIN PARENT)

RANK_CSC_ORG

EOP Connections Subscribed Count Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.CSC DESC NULLS LAST WITHIN PARENT)

SHR_CSC_CRNRSN

EOP Connections Subscribed Count Share of CRRSN Parent

SHARE(CHRN.CSC OF CRNRSN.HCRNRSN PARENT)

RANK_CSC_CRNRSN

EOP Connections Subscribed Count Rank of CRRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.CSC DESC NULLS LAST WITHIN PARENT)

SHR_CSC_PMP

EOP Connections Subscribed Share of PMP Parent

SHARE(CHRN.CSC OF PMP.HPMP PARENT)

RANK_CSC_PMP

EOP Connections Subscribed Rank Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.CSC DESC NULLS LAST WITHIN PARENT)

SHR_CSC_GEO

EOP Connections Subscribed Share of Geography Parent

SHARE(CHRN.CSC OF GEO.HGEO PARENT)

RANK_CSC_GEO

EOP Connections Subscribed Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.CSC DESC NULLS LAST WITHIN PARENT)

SHR_CSC_PROD

EOP Connections Subscribed Share of Product Parent

SHARE(CHRN.CSC OF PROD.HPROD PARENT)

RANK_CSC_PROD

EOP Connections Subscribed Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.CSC DESC NULLS LAST WITHIN PARENT)

SHR_CSC_CUSTYP

EOP Connections Subscribed Share of CUSTYP Parent

SHARE(CHRN.CSC OF CUSTYP.HCUSTYP PARENT)

RANK_CSC_CUSTYP

EOP Connections Subscribed Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.CSC DESC NULLS LAST WITHIN PARENT)

SHR_DLC_ORG

EOP Connections Subscribed Share of Organization Parent

SHARE(CHRN.DLC OF ORG.HCHAIN PARENT)

RANK_DLC_ORG

EOP Connections Subscribed Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.DLC DESC NULLS LAST WITHIN PARENT)

SHR_DLC_CRNRSN

EOP Connections Subscribed Rank of CRNRSN Parent

SHARE(CHRN.DLC OF CRNRSN.HCRNRSN PARENT)

RANK_DLC_CRNRSN

EOP Connections Subscribed Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.DLC DESC NULLS LAST WITHIN PARENT)

SHR_DLC_PMP

EOP Disconnected Lines Count Share of PMP Parent

SHARE(CHRN.DLC OF PMP.HPMP PARENT)

RANK_DLC_PMP

EOP Disconnected Lines Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.DLC DESC NULLS LAST WITHIN PARENT)

SHR_DLC_GEO

EOP Disconnected Lines Count Share of Geography Parent

SHARE(CHRN.DLC OF GEO.HGEO PARENT)

RANK_DLC_GEO

EOP Disconnected Lines Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.DLC DESC NULLS LAST WITHIN PARENT)

SHR_DLC_PROD

EOP Disconnected Lines Count Share of Product Parent

SHARE(CHRN.DLC OF PROD.HPROD PARENT)

RANK_DLC_PROD

EOP Disconnected Lines Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.DLC DESC NULLS LAST WITHIN PARENT)

SHR_DLC_CUSTYP

EOP Disconnected Lines Count Share of CUSTYP Parent

SHARE(CHRN.DLC OF CUSTYP.HCUSTYP PARENT)

RANK_DLC_CUSTYP

EOP Disconnected Lines Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.DLC DESC NULLS LAST WITHIN PARENT)

SHR_DSC_ORG

EOP Disconnected Lines Count Share of Organization Parent

SHARE(CHRN.DSC OF ORG.HCHAIN PARENT)

RANK_DSC_ORG

EOP Disconnected Lines Count Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.DSC DESC NULLS LAST WITHIN PARENT)

SHR_DSC_CRNRSN

EOP Disconnected Lines Count Share of CRNRSN Parent

SHARE(CHRN.DSC OF CRNRSN.HCRNRSN PARENT)

RANK_DSC_CRNRSN

EOP Disconnected Lines Count Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.DSC DESC NULLS LAST WITHIN PARENT)

SHR_DSC_PMP

EOP Depending Subscription Count Share of CRNRSN Parent

SHARE(CHRN.DSC OF PMP.HPMP PARENT)

RANK_DSC_PMP

EOP Depending Subscription Count Rank of CRNRSN Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.DSC DESC NULLS LAST WITHIN PARENT)

SHR_DSC_GEO

EOP Depending Subscription Count Share of Geography Parent

SHARE(CHRN.DSC OF GEO.HGEO PARENT)

RANK_DSC_GEO

EOP Depending Subscription Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.DSC DESC NULLS LAST WITHIN PARENT)

SHR_DSC_PROD

EOP Depending Subscription Count Rank of Geography Parent

SHARE(CHRN.DSC OF PROD.HPROD PARENT)

RANK_DSC_PROD

EOP Depending Subscription Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.DSC DESC NULLS LAST WITHIN PARENT)

SHR_DSC_CUSTYP

EOP Depending Subscription Count Share of CUSTYP Parent

SHARE(CHRN.DSC OF CUSTYP.HCUSTYP PARENT)

RANK_DSC_CUSTYP

EOP Depending Subscription Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.DSC DESC NULLS LAST WITHIN PARENT)

SHR_EAC_ORG

EOP Estimated Acquisition Cost Share of Organization Parent

SHARE(CHRN.EAC OF ORG.HCHAIN PARENT)

RANK_EAC_ORG

EOP Estimated Acquisition Cost Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.EAC DESC NULLS LAST WITHIN PARENT)

SHR_EAC_CRNRSN

EOP Estimated Acquisition Cost Share of CRNRSN Parent

SHARE(CHRN.EAC OF CRNRSN.HCRNRSN PARENT)

RANK_EAC_CRNRSN

EOP Estimated Acquisition Cost Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.EAC DESC NULLS LAST WITHIN PARENT)

SHR_EAC_PMP

EOP Estimated Acquisition Share of PMP Parent

SHARE(CHRN.EAC OF PMP.HPMP PARENT)

RANK_EAC_PMP

EOP Estimated Acquisition Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.EAC DESC NULLS LAST WITHIN PARENT)

SHR_EAC_GEO

EOP Estimated Acquisition Share of Geography Parent

SHARE(CHRN.EAC OF GEO.HGEO PARENT)

RANK_EAC_GEO

EOP Estimated Acquisition Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.EAC DESC NULLS LAST WITHIN PARENT)

SHR_EAC_PROD

EOP Estimated Acquisition Share of Product Parent

SHARE(CHRN.EAC OF PROD.HPROD PARENT)

RANK_EAC_PROD

EOP Estimated Acquisition Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.EAC DESC NULLS LAST WITHIN PARENT)

SHR_EAC_CUSTYP

EOP Estimated Acquisition Share of CUSTYP Parent

SHARE(CHRN.EAC OF CUSTYP.HCUSTYP PARENT)

RANK_EAC_CUSTYP

EOP Estimated Acquisition Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.EAC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_LS_ORG

EOP Life Span Share of Organization Parent

SHARE(CHRN.EOP_LS OF ORG.HCHAIN PARENT)

RANK_EOP_LS_ORG

EOP Life Span Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.EOP_LS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_LS_CRNRSN

EOP Life Span Share of CRNRSN Parent

SHARE(CHRN.EOP_LS OF CRNRSN.HCRNRSN PARENT)

RANK_EOP_LS_CRNRSN

EOP Life Span Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.EOP_LS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_LS_PMP

EOP Life Span Share of PMP Parent

SHARE(CHRN.EOP_LS OF PMP.HPMP PARENT)

RANK_EOP_LS_PMP

EOP Life Span Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.EOP_LS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_LS_GEO

EOP Life Span Share of Geography Parent

SHARE(CHRN.EOP_LS OF GEO.HGEO PARENT)

RANK_EOP_LS_GEO

EOP Life Span Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.EOP_LS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_LS_PROD

EOP Life Span Share of Product Parent

SHARE(CHRN.EOP_LS OF PROD.HPROD PARENT)

RANK_EOP_LS_PROD

EOP Life Span Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.EOP_LS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_LS_CUSTYP

EOP Life Span Share of CUSTYP Parent

SHARE(CHRN.EOP_LS OF CUSTYP.HCUSTYP PARENT)

RANK_EOP_LS_CUSTYP

EOP Life Span Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.EOP_LS DESC NULLS LAST WITHIN PARENT)

SHR_NCC_ORG

New Contracts Count Share of Organization Parent

SHARE(CHRN.NCC OF ORG.HCHAIN PARENT)

RANK_NCC_ORG

New Contracts Count Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.NCC DESC NULLS LAST WITHIN PARENT)

SHR_NCC_CRNRSN

New Contracts Count Share of CRNRSN Parent

SHARE(CHRN.NCC OF CRNRSN.HCRNRSN PARENT)

RANK_NCC_CRNRSN

New Contracts Count Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.NCC DESC NULLS LAST WITHIN PARENT)

SHR_NCC_PMP

New Contracts Count Share of PMP Parent

SHARE(CHRN.NCC OF PMP.HPMP PARENT)

RANK_NCC_PMP

New Contracts Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.NCC DESC NULLS LAST WITHIN PARENT)

SHR_NCC_GEO

New Contracts Count Share of Geography Parent

SHARE(CHRN.NCC OF GEO.HGEO PARENT)

RANK_NCC_GEO

New Contracts Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.NCC DESC NULLS LAST WITHIN PARENT)

SHR_NCC_PROD

New Contracts Count Share of Product Parent

SHARE(CHRN.NCC OF PROD.HPROD PARENT)

RANK_NCC_PROD

New Contracts Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.NCC DESC NULLS LAST WITHIN PARENT)

SHR_NCC_CUSTYP

New Contracts Count Share of CUSTYP Parent

SHARE(CHRN.NCC OF CUSTYP.HCUSTYP PARENT)

RANK_NCC_CUSTYP

New Contracts Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.NCC DESC NULLS LAST WITHIN PARENT)

SHR_NT_ORG

Net Terminations Share of Organization Parent

SHARE(CHRN.NT OF ORG.HCHAIN PARENT)

RANK_NT_ORG

Net Terminations Share of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.NT DESC NULLS LAST WITHIN PARENT)

SHR_NT_CRNRSN

Net Terminations Share of CRNRSN Parent

SHARE(CHRN.NT OF CRNRSN.HCRNRSN PARENT)

RANK_NT_CRNRSN

Net Terminations Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.NT DESC NULLS LAST WITHIN PARENT)

SHR_NT_PMP

Net Terminations Share of PMP Parent

SHARE(CHRN.NT OF PMP.HPMP PARENT)

RANK_NT_PMP

Net Terminations Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.NT DESC NULLS LAST WITHIN PARENT)

SHR_NT_GEO

Net Terminations Share of Geography Parent

SHARE(CHRN.NT OF GEO.HGEO PARENT)

RANK_NT_GEO

Net Terminations Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.NT DESC NULLS LAST WITHIN PARENT)

SHR_NT_PROD

Net Terminations Share of Product Parent

SHARE(CHRN.NT OF PROD.HPROD PARENT)

RANK_NT_PROD

Net Terminations Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.NT DESC NULLS LAST WITHIN PARENT)

SHR_NT_CUSTYP

Net Terminations Share of CUSTYP Parent

SHARE(CHRN.NT OF CUSTYP.HCUSTYP PARENT)

RANK_NT_CUSTYP

Net Terminations Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.NT DESC NULLS LAST WITHIN PARENT)

SHR_EOP_RCS_ORG

EOP Remaining Contract Sum Share of Organization Parent

SHARE(CHRN.EOP_RCS OF ORG.HCHAIN PARENT)

RANK_EOP_RCS_ORG

EOP Remaining Contract Sum Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.EOP_RCS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_RCS_CRNRSN

EOP Remaining Contract Sum Share of CRNRSN Parent

SHARE(CHRN.EOP_RCS OF CRNRSN.HCRNRSN PARENT)

RANK_EOP_RCS_CRNRSN

EOP Remaining Contract Sum Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.EOP_RCS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_RCS_PMP

EOP Remaining Contract Sum Share of PMP Parent

SHARE(CHRN.EOP_RCS OF PMP.HPMP PARENT)

RANK_EOP_RCS_PMP

EOP Remaining Contract Sum Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.EOP_RCS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_RCS_GEO

EOP Remaining Contract Sum Share of Geography Parent

SHARE(CHRN.EOP_RCS OF GEO.HGEO PARENT)

RANK_EOP_RCS_GEO

EOP Remaining Contract Sum Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.EOP_RCS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_RCS_PROD

EOP Remaining Contract Sum Share of Product Parent

SHARE(CHRN.EOP_RCS OF PROD.HPROD PARENT)

RANK_EOP_RCS_PROD

EOP Remaining Contract Sum Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.EOP_RCS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_RCS_CUSTYP

EOP Remaining Contract Sum Share of CUSTYP Parent

SHARE(CHRN.EOP_RCS OF CUSTYP.HCUSTYP PARENT)

RANK_EOP_RCS_CUSTYP

EOP Remaining Contract Sum Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.EOP_RCS DESC NULLS LAST WITHIN PARENT)

SHR_EOP_SC_ORG

EOP Suspension Count Share of Organization Parent

SHARE(CHRN.EOP_SC OF ORG.HCHAIN PARENT)

RANK_EOP_SC_ORG

EOP Suspension Count Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.EOP_SC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_SC_CRNRSN

EOP Suspension Count Share of CRNRSN Parent

SHARE(CHRN.EOP_SC OF CRNRSN.HCRNRSN PARENT)

RANK_EOP_SC_CRNRSN

EOP Suspension Count Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.EOP_SC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_SC_PMP

EOP Suspension Count Share of PMP Parent

SHARE(CHRN.EOP_SC OF PMP.HPMP PARENT)

RANK_EOP_SC_PMP

EOP Suspension Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.EOP_SC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_SC_GEO

EOP Suspension Count Share of Geography Parent

SHARE(CHRN.EOP_SC OF GEO.HGEO PARENT)

RANK_EOP_SC_GEO

EOP Suspension Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.EOP_SC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_SC_PROD

EOP Suspension Count Share of Product Parent

SHARE(CHRN.EOP_SC OF PROD.HPROD PARENT)

RANK_EOP_SC_PROD

EOP Suspension Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.EOP_SC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_SC_CUSTYP

EOP Suspension Count Share of CUSTYP Parent

SHARE(CHRN.EOP_SC OF CUSTYP.HCUSTYP PARENT)

RANK_EOP_SC_CUSTYP

EOP Suspension Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.EOP_SC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_SLV_ORG

EOP Subscription Left Value Share of Organization Parent

SHARE(CHRN.EOP_SLV OF ORG.HCHAIN PARENT)

RANK_EOP_SLV_ORG

EOP Subscription Left Value Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.EOP_SLV DESC NULLS LAST WITHIN PARENT)

SHR_EOP_SLV_CRNRSN

EOP Subscription Left Value Share of CRNRSN Parent

SHARE(CHRN.EOP_SLV OF CRNRSN.HCRNRSN PARENT)

RANK_EOP_SLV_CRNRSN

EOP Subscription Left Value Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.EOP_SLV DESC NULLS LAST WITHIN PARENT)

SHR_EOP_SLV_PMP

EOP Subscription Left Value Share of PMP Parent

SHARE(CHRN.EOP_SLV OF PMP.HPMP PARENT)

RANK_EOP_SLV_PMP

EOP Subscription Left Value Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.EOP_SLV DESC NULLS LAST WITHIN PARENT)

SHR_EOP_SLV_GEO

EOP Subscription Left Value Share of Geography Parent

SHARE(CHRN.EOP_SLV OF GEO.HGEO PARENT)

RANK_EOP_SLV_GEO

EOP Subscription Left Value Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.EOP_SLV DESC NULLS LAST WITHIN PARENT)

SHR_EOP_SLV_PROD

EOP Subscription Left Value Share of Product Parent

SHARE(CHRN.EOP_SLV OF PROD.HPROD PARENT)

RANK_EOP_SLV_PROD

EOP Subscription Left Value Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.EOP_SLV DESC NULLS LAST WITHIN PARENT)

SHR_EOP_SLV_CUSTYP

EOP Subscription Left Value Share of CUSTYP Parent

SHARE(CHRN.EOP_SLV OF CUSTYP.HCUSTYP PARENT)

RANK_EOP_SLV_CUSTYP

EOP Subscription Left Value Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.EOP_SLV DESC NULLS LAST WITHIN PARENT)

SHR_TLC_ORG

Terminated Lines Count Share of Organization Parent

SHARE(CHRN.TLC OF ORG.HCHAIN PARENT)

RANK_TLC_ORG

Terminated Lines Count Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.TLC DESC NULLS LAST WITHIN PARENT)

SHR_TLC_CRNRSN

Terminated Lines Count Share of CRNRSN Parent

SHARE(CHRN.TLC OF CRNRSN.HCRNRSN PARENT)

RANK_TLC_CRNRSN

Terminated Lines Count Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.TLC DESC NULLS LAST WITHIN PARENT)

SHR_TLC_PMP

Terminated Lines Count Share of PMP Parent

SHARE(CHRN.TLC OF PMP.HPMP PARENT)

RANK_TLC_PMP

Terminated Lines Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.TLC DESC NULLS LAST WITHIN PARENT)

SHR_TLC_GEO

Terminated Lines Count Share of Geography Parent

SHARE(CHRN.TLC OF GEO.HGEO PARENT)

RANK_TLC_GEO

Terminated Lines Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.TLC DESC NULLS LAST WITHIN PARENT)

SHR_TLC_PROD

Terminated Lines Count Share of Product Parent

SHARE(CHRN.TLC OF PROD.HPROD PARENT)

RANK_TLC_PROD

Terminated Lines Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.TLC DESC NULLS LAST WITHIN PARENT)

SHR_TLC_CUSTYP

Terminated Lines Count Share of CUSTYP Parent

SHARE(CHRN.TLC OF CUSTYP.HCUSTYP PARENT)

RANK_TLC_CUSTYP

Terminated Lines Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.TLC DESC NULLS LAST WITHIN PARENT)

SHR_TPR_ORG

Total Payment Revenue Share of Organization Parent

SHARE(CHRN.TPR OF ORG.HCHAIN PARENT)

RANK_TPR_ORG

Total Payment Revenue Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.TPR DESC NULLS LAST WITHIN PARENT)

SHR_TPR_CRNRSN

Total Payment Revenue Share of CRNRSN Parent

SHARE(CHRN.TPR OF CRNRSN.HCRNRSN PARENT)

RANK_TPR_CRNRSN

Total Payment Revenue Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.TPR DESC NULLS LAST WITHIN PARENT)

SHR_TPR_PMP

Total Payment Revenue Share of PMP Parent

SHARE(CHRN.TPR OF PMP.HPMP PARENT)

RANK_TPR_PMP

Total Payment Revenue Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.TPR DESC NULLS LAST WITHIN PARENT)

SHR_TPR_GEO

Total Payment Revenue Share of Geography Parent

SHARE(CHRN.TPR OF GEO.HGEO PARENT)

RANK_TPR_GEO

Total Payment Revenue Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.TPR DESC NULLS LAST WITHIN PARENT)

SHR_TPR_PROD

Total Payment Revenue Share of Product Parent

SHARE(CHRN.TPR OF PROD.HPROD PARENT)

RANK_TPR_PROD

Total Payment Revenue Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.TPR DESC NULLS LAST WITHIN PARENT)

SHR_TPR_CUSTYP

Total Payment Revenue Share of CUSTYP Parent

SHARE(CHRN.TPR OF CUSTYP.HCUSTYP PARENT)

RANK_TPR_CUSTYP

Total Payment Revenue Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.TPR DESC NULLS LAST WITHIN PARENT)

SHR_TR_ORG

Total Revenue Share of Organization Parent

SHARE(CHRN.TR OF ORG.HCHAIN PARENT)

RANK_TR_ORG

Total Revenue Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.TR DESC NULLS LAST WITHIN PARENT)

SHR_TR_CRNRSN

Total Revenue Share of CRNRSN Parent

SHARE(CHRN.TR OF CRNRSN.HCRNRSN PARENT)

RANK_TR_CRNRSN

Total Revenue Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.TR DESC NULLS LAST WITHIN PARENT)

SHR_TR_PMP

Total Revenue Share of PMP Parent

SHARE(CHRN.TR OF PMP.HPMP PARENT)

RANK_TR_PMP

Total Revenue Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.TR DESC NULLS LAST WITHIN PARENT)

SHR_TR_GEO

Total Revenue Share of Geography Parent

SHARE(CHRN.TR OF GEO.HGEO PARENT)

RANK_TR_GEO

Total Revenue Share of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.TR DESC NULLS LAST WITHIN PARENT)

SHR_TR_PROD

Total Revenue Share of Product Parent

SHARE(CHRN.TR OF PROD.HPROD PARENT)

RANK_TR_PROD

Total Revenue Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.TR DESC NULLS LAST WITHIN PARENT)

SHR_TR_CUSTYP

Total Revenue Share of CUSTYP Parent

SHARE(CHRN.TR OF CUSTYP.HCUSTYP PARENT)

RANK_TR_CUSTYP

Total Revenue Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.TR DESC NULLS LAST WITHIN PARENT)

SHR_EOP_VHCC_ORG

EOP Valid Handsets Contract Count of Organization Parent

SHARE(CHRN.EOP_VHCC OF ORG.HCHAIN PARENT)

RANK_EOP_VHCC_ORG

EOP Valid Handsets Contract Count Rank of Organization Parent

RANK() OVER HIERARCHY (ORG.HCHAIN ORDER BY CHRN.EOP_VHCC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_VHCC_CRNRSN

EOP Valid Handsets Contract Count Share of CRNRSN Parent

SHARE(CHRN.EOP_VHCC OF CRNRSN.HCRNRSN PARENT)

RANK_EOP_VHCC_CRNRSN

EOP Valid Handsets Contract Count Rank of CRNRSN Parent

RANK() OVER HIERARCHY (CRNRSN.HCRNRSN ORDER BY CHRN.EOP_VHCC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_VHCC_PMP

EOP Valid Handsets Contract Count Share of PMP Parent

SHARE(CHRN.EOP_VHCC OF PMP.HPMP PARENT)

RANK_EOP_VHCC_PMP

EOP Valid Handsets Contract Count Rank of PMP Parent

RANK() OVER HIERARCHY (PMP.HPMP ORDER BY CHRN.EOP_VHCC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_VHCC_GEO

EOP Valid Handsets Contract Count Share of Geography Parent

SHARE(CHRN.EOP_VHCC OF GEO.HGEO PARENT)

RANK_EOP_VHCC_GEO

EOP Valid Handsets Contract Count Rank of Geography Parent

RANK() OVER HIERARCHY (GEO.HGEO ORDER BY CHRN.EOP_VHCC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_VHCC_PROD

EOP Valid Handsets Contract Count Share of Product Parent

SHARE(CHRN.EOP_VHCC OF PROD.HPROD PARENT)

RANK_EOP_VHCC_PROD

EOP Valid Handsets Contract Count Rank of Product Parent

RANK() OVER HIERARCHY (PROD.HPROD ORDER BY CHRN.EOP_VHCC DESC NULLS LAST WITHIN PARENT)

SHR_EOP_VHCC_CUSTYP

EOP Valid Handsets Contract Count Share of CUSTYP Parent

SHARE(CHRN.EOP_VHCC OF CUSTYP.HCUSTYP PARENT)

RANK_EOP_VHCC_CUSTYP

EOP Valid Handsets Contract Count Rank of CUSTYP Parent

RANK() OVER HIERARCHY (CUSTYP.HCUSTYP ORDER BY CHRN.EOP_VHCC DESC NULLS LAST WITHIN PARENT)

Customer Acquisition Forecast Cube

This cube provides information on customer acquisition forecasting.

Physical Name: ACM_FCST

Dimensions and Load Level

The fact data of Customer Acquisition Forecast Cube is loaded by the forecast program from the ACM cube at these dimension levels (leaf level).

Table 9-62 Customer Acquisition Forecast Cube Dimensions and Load Level

Dimension Name
Load level
Description

Time

Business Month

Customer Type

Customer Type

Product

Product

Product Market Plan

Product Market Plan

Geography

County

Aggregation Order/Operator

The Customer Acquisition Forecast Cube will be aggregated by the following order and operators on dimensions

Table 9-63 Customer Acquisition Forecast Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Customer Type

Sum

2

Product

Sum

3

Product Market Plan

Sum

4

Geography

Sum

5

Base Measures

The base measure of this data cube are:

Table 9-64 Customer Acquisition Forecast Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

AAC_FCST

Actual Acquisition Count Forecast

Customer Acquisition Forecast Statistic Cube

This cube provides information on customer acquisition forecasting statistics.

Physical Name: ACM_FCST_STTSTC

Dimensions and Load Level

The fact data for the Customer Acquisition Forecast Statistic Cube is loaded by the forecast program at these dimension levels (leaf level). The Customer Acquisition Forecast Statistic Cube stores the details about the forecast calculation, such as which forecast method the Geneva engine is using and what are the values of the parameters for this forecast method, and so on. There is no time dimension in this cube because all the forecasts in Oracle Communications Data Model use a time series forecast.

Table 9-65 Customer Acquisition Forecast Statistic Cube Dimensions and Load Level

Dimension Name
Load level
Description

Customer Type

Customer Type

Product

Product

Product Market Plan

Product Market Plan

Geography

County

Aggregation Order/Operator

The Customer Acquisition Forecast Cube will be aggregated by the following order and operators on dimensions.

Table 9-66 Customer Acquisition Forecast Statistic Aggregation Operator and Order

Dimension Name
Operator
Order

Customer Type

Sum

2

Product

Sum

3

Product Market Plan

Sum

4

Geography

Sum

5

Base Measures

The base measure of this data cube are:

Table 9-67 Customer Acquisition Forecast Statistic Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

AAC_STTSTC

Actual Acquisition Count Forecast Statistic

Cell Statistic Forecast Cube

Provides information on cell statistics forecasting.

Physical Name: CSM_FCST

Dimensions and Load Level

The fact data of Cell Statistic Forecast Cube is loaded by the forecast program from the CSM cube at these dimension levels(leaf level).

Table 9-68 Cell Statistic Forecast Cube Dimensions and Load Level

Dimension Name
Load level
Description

Time

Business Month

Peak Offpeak Time

Peak Offpeak Time

Network Element

Network Element

Time Slot

Time Slot

Geography

County

Aggregation Order/Operator

The Cell Statistic Forecast Cube will be aggregated by the following order and operators on dimensions.

Table 9-69 Cell Statistic Forecast Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Peak Offpeak Time

Sum

2

Network Element

Sum

3

Time Slot

Sum

4

Geography

Sum

5

Base Measures

The base measure of this data cube are:

Table 9-70 Cell Statistic Forecast Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

TT_FCST

Total Traffic Forecast

Handset Stock Forecast Cube

Provides information on handset stock forecasting.

Physical Name: HSKM_FCST

Dimensions and Load level

The fact data of Handset Stock Forecast Cube is loaded by the forecast program from the HSKM cube at these dimension levels(leaf level).

Table 9-71 Handset Stock Forecast Cube Dimensions and Load Level

Dimension Name
Load level
Description

Time

Business Month

Sales Channel

Sales Channel

Handset Model

Handset Model

Aggregation Order/Operator

The fact data of Handset Stock Forecast Cube is loaded by the forecast program from the HSKM cube at these dimension levels (leaf level).

Table 9-72 Handset Stock Forecast Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Sales Channel

Sum

2

Handset Model

Sum

3

Base Measures

The base measure of this data cube are:

Table 9-73 Handset Stock Forecast Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

ASTK1_FCST

Actual Stock Forecast

HCNT_FCST

Handset Sales Count Forecast

Derived Measures

The possible derived measure of this data cube are:

Table 9-74 Handset Stock Forecast Cube Derived Measures

Physical Name
Logical Name
Definition

EOP_ASTK_FCST

EOP Actual Stock Forecast

OLAP_DML_EXPRESSION('HSKM_FCST_ASTK1_FCST(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

Revenue Forecast Cube

Provides information on revenue forecasting.

Physical Name: RVN_FCST

Dimensions and Load level

The fact data of Revenue Forecast Cube is loaded by the forecast program from the RVN cube at these dimension levels (leaf level).

Table 9-75 Revenue Forecast Cube Dimensions and Load Level

Dimension Name
Load level
Description

Time

Business Month

Customer Type

Customer Type

Product

Product

Organization

Organization Business Unit

Geography

County

Aggregation Order/Operator

The Revenue Cube will be aggregated by the following order and operators on dimensions.

Table 9-76 Revenue Forecast Cube Aggregation Operator and Order

Dimension Name
Operator
Order

Time

Sum

1

Customer Type

Sum

2

Product

Sum

3

Organization

Sum

4

Geography

Sum

5

Base Measures

The base measure of this data cube are:

Table 9-77 Revenue Forecast Cube Base Measures

Physical Name
Logical Name
Physical Column
Description

BRVN_FCST

Bill Revenue Forecast

SLRVN_FCST

Sales Revenue Forecast

TRVN_FCST

Total Revenue Forecast

CUSTCNT1_FCST

Customer Count Forecast

Derived Measures

The possible derived measure of this data cube are:

Table 9-78 Revenue Forecast Cube Derived Measures

Physical Name
Logical Name
Definition

EOP_CUSTCNT_FCST

EOP Customer Count Forecast

OLAP_DML_EXPRESSION('RVN_FCST_CUSTCNT1_FCST(time if time_levelrel eq ''BSNS_MO'' then time else statlast(limit(time to bottomdescendants using time_parentrel time(time time))))', NUMBER)

10 Oracle Communications Data Model Data Mining Models

This chapter provides reference information about the data mining models provided with Oracle Communications Data Model.

This chapter includes the following sections:

About Data Mining in Oracle Communications Data Model

Oracle Communications Data Model Mining Result Tables

Model 1: Churn Prediction

Model 2: Customer Profiling

Model 3: Customer Churn Factor

Model 4: Cross-Sell Opportunity

Model 5: Customer Sentiment Detection

Model 6: Life Time Value (LTV) Prediction

About Data Mining in Oracle Communications Data Model

Oracle Communications Data Model mining models include data mining packages, source tables (MV) and target tables. The source tables are extracted from Oracle Communications Data Model main schema and are used to train the models. The target tables contain the mining result data, for example, mined rules. Data mining packages pull in the source data, feed it into the data mining packages, and populate the target tables with the results. The data in the target tables can be presented in reports.

Note:

Modified or new mining models are not supported by Oracle as part of the standard Oracle Communications Data Model support. However, it is recommended that you adapt the supplied mining models to your needs or create new mining models, as required.

As shown in Table 10-1, the Oracle Communications Data Model mining models use the specified algorithms for the specific problem.

Table 10-1 Oracle Communications Data Model Algorithm Types Used by Model

Model
Algorithms Used by Data Mining Model

Model 1: Churn Prediction

Decision Tree (DT), Support Vector Machine (SVM)

Model 2: Customer Profiling

k-Means (KM)

Model 3: Customer Churn Factor

Support Vector Machine (SVM)

Model 4: Cross-Sell Opportunity

Support Vector Machine (SVM)

Model 5: Customer Sentiment Detection

Support Vector Machine (SVM)

Model 6: Life Time Value (LTV) Prediction

Generalized Linear Models (GLM)

Understanding the Mining Model Schema and Architecture

The Oracle Communications Data Model mining consists of two schemas: ocdm_mining and ocdm_sys. Figure 10-1 shows how these schemas function in Oracle Communications Data Model mining.

The ocdm_mining schema includes the following:

Mining Model Package (pkg_ocdm_mining): Given source data in the views, the mining package generates Mined Rules, Predicted Results, and additional information.

Mining Model Source Views: Materialized views transform the data from ocdm_sys schema and present them to Oracle Mining algorithms as multiple materialized views. All tables are implemented as MVs, not physical tables.

Mining Model Support Tables: The mining model support tables are primarily intermediate tables used during the mining model creation or testing process. Most of the mining model support tables have names that start with "DM$".

Note:

Do not delete the mining model support tables; the DM$ tables can be very difficult to reconstruct if they are deleted.

The ocdm_sys schema includes the following:

OCDM Main Model, which are all the base, reference, lookup, derived and aggregate tables.

Mining Result Tables: Mining Result Tables save the output from Mining models. This output is normally produced from mining apply process. The tables are created in ocdm_sys schema.

Figure 10-1 Oracle Communications Data Model Mining Schemas

Description of Figure 10-1 follows
Description of "Figure 10-1 Oracle Communications Data Model Mining Schemas"

Using the Mining Model Refresh Procedure

Over time, the customer information and the customer behavior may change. Therefore, you may want to refresh the trained mining models based on the latest customer and usage data. The mining model refresh process is generally divided into three tasks:

Data Preparation: Load and transform the data into a format that the mining algorithms can understand. Also a customer needs to prepare two sets of data corresponding to next two tasks:

Training Data

Scoring data

Training: Based on part of customer data, user can run certain algorithms and then a mining model is generated.

Scoring (applying): The trained model can be applied onto other customer data. This applies the model to do the prediction or other missions the model is designed to perform.

For more information about the Oracle Mining training and Scoring (applying) process, see Oracle Data Mining Concepts.

To refresh all six mining models based on latest customer data, call the procedure named pkg_ocdm_mining.refresh_model. This procedure performs the following tasks for each model:

Refreshes the mining source materialized views based on latest data from OCDM_SYS.

Trains each model again using the new training data.

Applies each model onto the new apply data set.

This procedure has been integrated into Oracle Communications Data Model Intra-ETL workflow.

The errors that occur during mining model refresh are saved into the table named: DWC_INTRA_ETL_ACTIVITY as is other standard Oracle Communications Data Model Intra-ETL package errors and information.

Oracle Communications Data Model Mining Result Tables

Table 10-2 shows the dwd_cust_mnng result table.

Table 10-2 dwd_cust_mnng Data Mining Result Table

Name
Type
Description

MO_CD

VARCHAR2(50),

Month code when the month was trained and applied. In current version it was set as Null.

CUST_KEY

VARCHAR2(50),

Customer key to uniquely identify the customer.

PRDCT_CHURN_SVM_IND

VARCHAR2(1),

Boolean value whether customer will churn in next three months according to SVM model.

PRDCT_CHURN_SVM_PROB

NUMBER(16,12),

The probability value of how likely customer will churn in next 3 months.

This is the probability that the SVM prediction is correct.

PRDCT_CHURN_DT_IND

VARCHAR2(1),

Boolean value whether customer will churn in next three months according to DT model.

PRDCT_CHURN_DT_ND_NBR

VARCHAR2(50),

The ID of the node in the decision tree where the customer is assigned.

clstr_sgmnt_code

VARCHAR2(50),

The k-Means algorithm divides the set of all customers into segments. This value identifies the segment that the customer belongs to.

LTV_band_cd

VARCHAR2(50),

The band code of customer lifetime value, predicted by LTV Generalized Linear Models Regression. For more information, see Oracle Data Mining Concepts.

LTV_value

NUMBER(16,2),

The real value of Customer Lifetime value, predicted by LTV (GLMR) Mode.

LT_srvvl_cd

VARCHAR2(50),

The band code of Customer Survival period (Life Expectancy), predicted by Life_Exp (GLMR) Model.

LT_srvvl_val

NUMBER(16,2),

The value of Customer Survival period (Life Expectancy), predicted by Life_Exp (GLMR) Mode.

sntmnt_ctgry_cd

VARCHAR2(50),

The customer sentiment category detected by Customer sentiment model (SVM + Text). This is an SVM model on transformed TEXTs (transformed into a words matrix).

MANUAL_sntmnt_ctgry

VARCHAR2(50),

The manual score applied by end user. The end user generates this model. For example, an employee from the operator might generate this model. Usually this is the call center agent. For example, when the message is recorded, there could be a manual tag associated with the message indicating that the customer is happy or upset.

sntmnt_prob

NUMBER(16,12)

The probability of which customer is in possible model (Happy). This is the probability that customer is happy with their service. For example, a value of 60% means there is 60% chance that customer is happy with the service and a 40% chance that customer is not happy.

Table 10-3 shows the dwd_cust_prod_affltn result table.

Table 10-3 dwd_cust_prod_affltn Data Mining Result Table

Name
Type
Description

mo_cd

VARCHAR2(50),

Month code when the month was trained and applied. In current version it was set as Null.

CUST_KEY

VARCHAR2(50),

Customer key to uniquely identify the customer.

PROD_CD

VARCHAR2(50),

The product code which was predicted against. This is target product for promotion.

AFFLTN_PROB

NUMBER(20,18),

The likelihood, predicted by the SVM model, that the customer will purchase the product.

BUY_IND

VARCHAR2(1)

Boolean value to indicate whether customer may purchase the product. This indicates that a value 1 is BUY and a value of 0 is "NOT to BUY".

Table 10-4 shows the dwd_chrn_svm_factor result table.

Table 10-4 dwd_chrn_svm_factor Data Mining Result Table

Name
Type
Description

ATTRIBUTE_NAME

VARCHAR2(4000)

Name of the factor.

ATTRIBUTE_SUBNAME

VARCHAR2(4000)

Subname of the factor if there is any. For example, if the ATTRIBUTE_NAME has the value, "Payment_Method", then the ATTRIBUTE_SUBNAME could be and of the following:

Debit_Card

Cash

Each ATTRIBUTE_SUBNAME has a different weight, coefficient, in the model.

ATTRIBUTE_VALUE

VARCHAR2(4000)

Value of the factor, if there is any.

For example, for payment method, value of "cash" and "direct debit" might have different influence and ranking.

COEFFICIENT

NUMBER

Importance of the factor. The factors are ranked according to this value.

Model 1: Churn Prediction

The churn prediction model identifies the characteristics of a customer likely to churn. When you apply the model you get a prediction of how likely a particular customer is to churn. This is based on customer information such as customer demographic information, service quality, last tariff plan, calling usage, and other factors. Using the patterns learned, the model can also perform the calculation over current customer base (called 'Apply') to predict who are the customers mostly like to churn in next few months. With this knowledge, operators can initiate certain retention programs to reduce the customer churn rate. However, the churn prediction produces a likely to churn value. Further processing may be required to determine if it is desirable to retain a customer that is likely to churn. For example, you may only want to initiate retention programs for high value customers.

Churn Prediction Churner Definition

There are several levels to define churn, namely Customer, Account, and subscription. For some operators with only limited business line, customer and account churn at same time, while subscription is at a lower level. Customer can stop using some products (termination of subscription) while continue to use the other products. In later case, operator still have the customer and may promote other products in the future. However, if customer completely stopped using any products from the operator, it is very difficult for operator to bring customer back.

In Oracle Communications Data Model, the churn was defined at Customer Level, which is, a customer is recognized as a churner only when he stop using any product from the operator.

If customers churn at a given month, we may receive the data only 3 months after the actual Churn. So time window should be adjusted.

Churn Prediction Source

Table 10-5 shows the attributes identified from the Foundation Data Warehouse as input source variables for the DT model.

Table 10-5 DMV_CUST_CHRN_SRC_ALL

Attribute
Description

CUST_KEY

Primary Key for customer

CHRN_IND

Target column of churn model

FUTRE_CNRT_CNT_3MO

Number of future contract count in last 3 months

SBRP_CNT_3MO

Subscription count in last 3 months

SSPNSN_CNT_3MO

Suspension count in last 3 months

CNRT_CNT_3MO

Contract count in last 3 months

CMPLNT_MO_CNT_3MO

Complaint count in last 3 months

CMPLNT_CALL_MO_CNT_3MO

Complaint call count to call center in last 3 months

CMPLNT_CALL_LFTM_CNT_3MO

Complaint call count to call center in the life time in last 3 months

CNRT_LFT_DAYS_3MO

Contract left days in last 3 months

ACCT_LFT_VAL_3MO

Account left value in last 3 months

RMNG_CNRT_SUM_3MO

Remaining contract sum in last 3 months

DEBT_VAL_3MO

Debt total in last 3 months

LYLTY_PROG_BAL_3MO

Loyalty program balance in last 3 months

TOT_PYMT_RVN_3MO

Total payment revenue in last 3 months

MO_RVN_3MO

Monthly revenue (arpu) in last 3 months

CNRT_ARPU_3MO

Contract arpu amount in last 3 months

PRTY_TYP_CD

Party type code, individual or organizational in last 3 months

BSNS_LEGAL_STAT_CD

Business legal status

MRTL_STAT_CD

Marital status for individual user

HH_SZ

Household size

JB_CD

Job Code

NTNLTY_CD

Nationality code

EDU_CD

Education level

GNDR_CD

Gender

DRVR_LICNS_IND

Driver license indicator

JB_CNRT_TYP

Job contract type, it is permanent employee or contracted.

BARNG_RSN_CD

Barring reason code if in barring status

POST_CD

Post code

CITY

CITY

STATE

STATE

CNTRY

Country

NAME_PRFX

Name prefix such as, Dr, Ms, and so on.

NAME_OF_WKPLC

Name of workplace

PLC_OF_BRTH

Place of birth

JB_POSN

Job position

LEGAL_TTL_TO_HSNG

The customer's legal title to home (rents, owns, and so on)

ETHNIC_BCKGRND

ETHNIC BACKGROUND

PREV_EMPLYR_TAX_NBR

Previous employer tax number

NBR_OF_CHLDRN

Number of children

NBR_OF_DPNDNT

Number of dependents

DWLNG_TENR

Tenure of dwelling in month

DWLNG_SZ

Dwelling size

ETHNCTY

Ethnicity

FROM_OF_EMPMNT

Classifies the individual for minority reporting purposes.

DWLNG_TYP

Dwelling type

DWLNG_STAT

Dwelling Status

SRC_OF_INCM

Source of income

CUST_TYP_CD

Customer type code

CUST_SGMNT_KEY

Customer segment code

ADDR_LOC_KEY

Address loc key

CUST_SCR_KEY

Customer score key

PRMRY_STAT_CD

Primary status code

PRMRY_STAT_RSN_CD

Primary status reason code

SOC_JB_KEY

Job code in SOC classification

EXTRNL_ORG_TYP_CD

Organization type

LANG_CD

Language code

CNCT_ADDR_EFF_DT

For how long contact address is in effective, in days

BNKRPT_STRT_DT

Bankrupt status start date in days

BNKRPT_STAT

Bankrupt status

BLLG_ADDR_EFF_DT

For how long billing address is in effective, in days

PYMT_ACCT_OPEN_DT

For how long payment account is in effective, in days

MAIL_ALWD_IND

Mail allowed indicator

CUST_PYMT_RESPBL_IND

Whether the customer is responsible for payment

LVNG_AT_CURR_ADDR_SINCE

For how long customer lives in current location, in days

END_OF_JB_CNRT

End of job contract date

STRT_OF_EMPMNT

Start of job date

ECNMCLY_ACTV_IND

Economical active indicator

AGE_ON_NET_BND_CD

Age on net band code

AGE_ON_NET_NBR

Age on net number

CRDT_CTGRY_KEY

Credit category

AGE_BND_CD

Age band

DEBT_AGNG_BND_CD

Debt aging band

PYMT_MTHD_TYP_CD

Payment method type

ARPU_BND_CD

Arpu band code

SL_CHNL_KEY

Sales channel key

SL_CHNL_RPRSTV_KEY

Sales channel representative key

ORG_BSNS_UNIT_KEY

Organization business unit key

CUST_RVN_BND_CD

Customer revenue band code

FUTRE_CNRT_CNT

Number of future contract count in last 3 months

SBRP_CNT

Subscription count in last 3 months

SSPNSN_CNT

Suspension count

CNRT_CNT

Contract count

CMPLNT_LFTM_CNT

Complaint count in the life time

CMPLNT_MO_CNT

Complaint count

CMPLNT_CALL_MO_CNT

Complaint call count to call center

CMPLNT_CALL_LFTM_CNT

Complaint call count to call center in the life time

LIFE_SPN

Life Span in days

CNRT_LFT_DAYS

Contract left days

ACCT_LFT_VAL

Account left value

RMNG_CNRT_SUM

Remaining contract sum

DEBT_VAL

Debt total

LYLTY_PROG_BAL

Loyalty program balance

TOT_PYMT_RVN

Total payment revenue

TOT_RVN

Total Revenue as of current month

MO_RVN

Monthly revenue (arpu)

LFTM_ARPU

Life time revenue

CNRT_ARPU

Contract arpu amount

ESTMD_ACQSTN_COST

Estimated acquisition cost (optional attribute)

BRDBND_IND

Whether the customer uses the Broadband product

PAY_TV_IND

Whether the customer uses PayTV product

IDD_IND

Whether the customer uses IDD product

HOMTEL_IND

Whether the customer uses fixed line telephone product

WRLS_IND

Whether the customer uses wireless telephone product

NEW_ACCT_IND

Whether the customer is a new customer

NBR_4_CNT

Number of digit 4 in the customer phone number

NBR_13_CNT

Number of digit 13 in the customer phone number

NBR_6_CNT

Number of digit 6 in the customer phone number

NBR_9_CNT

Number of digit 9 in the customer phone number

NBR_RTNG

Score of customer number for customer specific rating program

PORT_IN_FROM

From which operator customer ported in from

PORT_IN_CNT

How many times customer ported in

PORT_OUT_CNT

How many times customer ported out

All the data from dmv_cust_chrn_src_all contains non-null value in the CHRN_IND column. This table is then divided into two tables: dmv_cust_chrn_src_prd and dmv_cust_chrn_src_tst. The table dmv_cust_chrn_src_prd has about 60% of the customers and dmv_cust_chrn_src_tst has the rest of the customers. The churn prediction model was trained on table dmv_cust_chrn_src_prd and then tested on dmv_cust_chrn_src_tst for its accuracy.

During the training process, a temporary prediction model OCDM_CHURN_DT_NEW is built and compared with the existing prediction model OCDM_CHURN_DT. If the new temporary model OCDM_CHURN_DT_NEW outperforms the existing model in accuracy, it replaces the existing model, otherwise, it is dropped.

The table dmv_cuts_chrn_src_all is derived from the tables:

ocdm_sys.DWR_CUST

ocdm_sys.DWD_ACCT_STTSTC

ocdm_sys.DWR_BSNS_MO

ocdm_sys.DWR_HH

ocdm_sys.DWR_JB

Churn Prediction Output

The mined results are saved into the target table with the following columns:

dwd_cust_mnng.PRDCT_CHURN_SVM_IND

dwd_cust_mnng.PRDCT_CHURN_SVM_PROB

dwd_cust_mnng.PRDCT_CHURN_DT_IND

dwd_cust_mnng.PRDCT_CHURN_DT_ND_NBR

For more information on these four columns, refer to the Mining target data dictionary.

Churn Prediction Algorithm

The two mining algorithms are used separately and the two mining models for churn prediction problem:

Decision Trees Classification

SVM Classification

For more information on mining algorithms, see Oracle Data Mining Concepts and Oracle Data Mining Application Developer's Guide.

Model 2: Customer Profiling

The business problem is to group customers into generally homogeneous groups (Segments) based on customer demographic value, usage pattern and list of telecom products they subscribe to (customer subscriber history).Business Analysts can look into each segment to further understand the customer group discovered by the model and name each segments.

The discovered clustering rules draw a profile of the customers along with their product subscription. Thus, the clustering rules generated for each profile group will show the most important similar characteristics in each group. For example, an operator may have a group having significantly more short message (SMS) usage than any other groups. Alternatively, there may be a group with extremely higher profit than any other group (covering high end customers).

Customer Profiling Source

Customer profiling model use source view DMV_CUST_PROFILE_SRC, which is a subset of table dmv_cust_chrn_apply_all. It contains those information:

Customer Profiling Output

The mined results are saved into target table with the following columns:

dwd_cust_mnng.clstr_sgmnt_code

Customer Profiling: Algorithm

K-means Clustering

Model 3: Customer Churn Factor

The business problem is to identify which factor may have the biggest influence on customer churn problem or Customer Revenue. The marketing department should leverage those information to better understand customer behavior. The major factors, namely, Geography Demography, Customer Segment/Group, VAS usage should be included. The attributes are mostly categorical for business user to understand customer profile.

This model is derived from the Churn Prediction model through the SVM algorithm, but due to its usefulness, it is shown as a separate model.

Customer Churn Factor Source

The source attributes for this model is same as churn model.

Customer Churn Factor Output

Table 10-6 shows the columns where the customer churn factor model saves results in the table dwd_chrn_svm_factor.

Table 10-6 Customer Churn Factor Output Columns in dwd_chrn_svm_factor Table

Attribute
Datatype
Description

ATTRIBUTE_NAME

VARCHAR2(4000)

Name of the factor.

ATTRIBUTE_SUBNAME

VARCHAR2(4000)

Subname of the factor if there is any. Each ATTRIBUTE_SUBNAME has a different weight, coefficient, in the model.

ATTRIBUTE_VALUE

VARCHAR2(4000)

Value of the factor, if there is any. For example, for payment method, value of "cash" and "direct debit" might have different influence and ranking.

COEFFICIENT

NUMBER

Importance of the factor. The factors are ranked according to this value.

Customer Churn Factor Algorithm

SVM

Model 4: Cross-Sell Opportunity

The business problem is to identify the patterns of which products are typically purchased together or one after another over the lifetime of a customer. This helps in providing recommendations about which products should be presented to customers according to their potential acceptance score. A typical scenario is call center can call certain customers with some specific purpose to cross-sell some products. Operators need the list of customers to save promotion cost and improve efficiency.

The trained model generates recommendations about promotion target products. This is done based on what products the customer has subscribed to taking into account other factors such as customers credit history and the risk involved in offering the particular product to the customer.

Cross-Sell Opportunity Source

Table dmv_prod_mix_src is the input into mining algorithm for model training. This table is derived from the following tables:

ocdm_mining.dmv_cust_chrn_src_all

ocdm_sys.dwd_vas_sbrp_qck_summ

Cross-Sell Opportunity Output

For a given product to do promotion, the model generates list of customer most likely to buy. The prediction was done by SVM algorithm. The result is saved into table dwd_cust_prod_affltn in the following columns.

Table 10-7 Cross-Sell Opportunity Output Columns in dwd_cust_prod_affltn Table

Attribute
Datatype
Description

mo_cd

VARCHAR2(50),

Month code when the month was trained and applied. In current version it was set as Null.

CUST_KEY

VARCHAR2(50),

Customer key to uniquely identify the customer.

PROD_CD

VARCHAR2(50),

The product code which was predicted against. This is target product for promotion.

AFFLTN_PROB

NUMBER

The probability output from SVM algorithm, serve as likelihood customer may purchase the product.

BUY_IND

VARCHAR2(1)

Boolean value to indicate whether the customer may purchase the product. This indicates that a value 1 is BUY and a value of 0 is "NOT to BUY"

Cross-Sell Model Algorithm

SVM.

Model 5: Customer Sentiment Detection

The business problem is to measure customer sentiment regarding the service quality according to any text message received from the customer. Those text messages may be emails from customer, or written down by call center agents during call center calls, and so on.

This model leverages Text mining capability provided by Oracle database. For more information, see Oracle Data Mining Concepts.

Customer Sentiment Detection Source

The source table into mining algorithm is: dm_cust_cmmnt, which has columns of:

Table 10-8 Data Mining Source Columns in dm_cust_cmmnt Table

Attribute
Datatype
Description

CUST_KEY

NUMBER(30)

Customer Key

manual_score

VARCHAR2(40)

Manual scores or manually adjusted after reading

sentiment

VARCHAR2(40)

Sentiment scored by Mining Model

plusprob

NUMBER(20,16)

The probability of customer belonging to happy group

minusprob

NUMBER(20,16)

The probability of customer belonging to un-happy group

CUST_CMMNT

VARCHAR2(4000)

The text messages all together from the customer.

The text mining sentiment analysis can be refined by extending the dictionary table DWD_CUST_SNTMNT_MANUAL_SCORE to improve the performance of the model.

The procedure pkg_ocdm_mining.create_sentiment_svm_model(month_code) refreshes data in the table dm_cust_cmmnt and then refreshes the sentiment mining model. This procedure also populates the sentiment mining result table DWD_CUST_MNNG.

For more information, see "Oracle Communications Data Model Mining Result Tables".

Customer Sentiment Detection Output

The mined results are saved into target table with the following columns:

dwd_cust_mnng.SNTMNT_CTGRY_CD

dwd_cust_mnng.MANUAL_SNTMNT_CTGRY

dwd_cust_mnng.SNTMNT_PROB

Customer Sentiment Detection Algorithms

Oracle Text option to transform the text

SVM algorithm to train the model

Model 6: Life Time Value (LTV) Prediction

We want to tell how long customer will likely to continue to use the service (Survival), rather than leaving. And also we want to know how much value customer is likely to bring into the operator along their lifetime. This is a regression model. The source data are those customers on net at least 5 years ago; the model target is the age of customer. For those customers churned in less than 5 years, we know the exact age, but for those still on net, the age will be total lifetime.

The difference of this model to the Model 1 (Churn Prediction) is that this is a regression model rather than classification. The target Lifetime is a continuous real value.

Life Time Value (LTV) Prediction Source

The dmv_cust_ltv_prdct_src is the source table for LTV prediction model. This table is subset of the churn model source table dmv_cust_chrm_src_all. The customer joined in less than three years are filtered out from the training data set to provide a valid input into the model.

Life Time Value (LTV) Prediction Output

Life Time Span and Life Time Value (LTV) are the two target measures to predict. The results are saved into table dwd_cust_mining:

dwd_cust_mnng.LTV_BAND_CD

dwd_cust_mnng.LTV_VALUE

dwd_cust_mnng.LT_SRVVL_CD

dwd_cust_mnng.LT_SRVVL_VAL

The LTV_value and LT_SRVVL_VAL are the predicted real value from the model, and then binned into ten categories and form the other two columns: LTV_BAND_CD and LT_SRVVL_CD.

Life Time Value (LTV) Prediction Algorithm

Generalized Linear Model (GLM)

11 Oracle Communications Data Model Utility Scripts

This chapter describes the Oracle Communications Data Model utility scripts.

This chapter includes the following sections:

Calendar Population

Calendar Population

The Calendar population scripts consist of two one-time installation packages.

Calendar Population Scripts

The Calendar population scripts include the following packages:

calendar_population_header.sql

calendar_population_body.sql

Running these packages does the following:

Prepares necessary changes for the OCDM_SYS schema.

Creates the Calendar_Population package that contains the following procedures:

RUN(in_setup_start_date, in_setup_no_years) is the main procedure to populate everything about calendar.

RBIW_Base_Time_Tables_ddl creates the base table needed to support multiple hierarchies: Business or Calendar.

RBIW_Populate_Time_Hier_Bsns(in_setup_start_date, in_setup_no_years) sets up the data in base table for the Business hierarchy as specified in setup or install section.

RBIW_Populate_Time_Hier_Clndr(in_setup_start_date, in_setup_no_years) sets up the data in base table for the Calendar hierarchy as specified in setup or install section.

RBIW_Time_hier_Star sets up the Time hierarchy reporting layer tables.

RBIW_Time_Views sets up the Time hierarchy reporting layer views, star and hybrid snowflake views.

RBIW_Populate_Time_Transform populates the Time transformation tables using the base Time tables or views created above. It populates transformation data for both hierarchies: Business and Calendar.

How to Populate Calendar Data

To populate calendar data:

Log in to OCDM_SYS user.

Execute the following SQL statement:

exec Calendar_Population.run(date,num_years);

where, date is the start date with which you want to populate calendar data. It is of type CHAR and should be input in the format 'YYYY-MM-DD' (for example,'2005-05-18'). num_years is the number of years to populate calendar data, which should be INTEGER.

Part III

Sample Reports and Adapters

This part includes information on Oracle Communications Data Model sample reports and adapters.

Part III contains the following chapters:

Chapter 12, "Oracle Communications Data Model Sample Reports"

Chapter 13, "Oracle Communications Data Model NCC Application Adapter"

Chapter 14, "Oracle Communications Data Model BRM Application Adapter"

12 Oracle Communications Data Model Sample Reports

This chapter provides Oracle Communications Data Model sample reports.

Note:

Some of the reports shown may appear incomplete. The sample reports shown use manually generated data, and for data privacy and regulatory reasons, it shows only made up customers (with real data). Hence, if you notice data inconsistency between the reports, this is not due to Oracle Communications Data Model, but due to the sample data.

The reports shown in this chapter appear as shown when you install Oracle Communications Data Model with the sample data.

This chapter includes the following sections:

Cost and Contribution Sample Reports

Customer Management Sample Reports

Marketing Sample Reports

Network Sample Reports

Partner Management Sample Reports

Product Management Sample Reports

Provisioning and Activation Sample Reports

Revenue Sample Reports

Cost and Contribution Sample Reports

The cost and contribution sample reports include the following areas: Operational Finance Analysis and Profitability Analysis.

This area includes the following:

Operational Finance Analysis

Profitability Analysis

Operational Finance Analysis

This area includes the reports: Operating Cost, Average Operating Cost per Customer, Average operating Cost per Employee, Investment Cost, Average Cost of Controlling Attrition per Employee, and Advertising Cost Report.

Operating Cost

This report, as shown in Figure 12-1 provides the current year month-level "Operating Cost" information for each organization business unit. It also ranks all organization business units according to their cost in their parent "Organization". The end user can compare the cost with last years metrics such as: LY, % Change LY, YTD, YTD LY, YTD % Change LY.

Report dimensions are:

Business Time

Organization

Figure 12-1 Operating Cost Sample Report

Description of Figure 12-1 follows
Description of "Figure 12-1 Operating Cost Sample Report"

Average Operating Cost per Customer

This report, as shown in Figure 12-2 provides the current year month-level "Average Operating Cost per Customer" information based on "Organization Unit" which can be compared with last years metrics like LY, % Change LY.

Report dimensions are:

Business Time

Organization

Figure 12-2 Average Operating Cost per Customer Sample Report

Description of Figure 12-2 follows
Description of "Figure 12-2 Average Operating Cost per Customer Sample Report"

Average operating Cost per Employee

This report, as shown in Figure 12-3 provides the current year "Average Operating Cost per Employee" information based on "Organization Business Unit" which can be compared with last years metrics such as: LY, % Change LY.

Report dimensions are:

Business Time

Organization

Figure 12-3 Cost: Average Operating Cost per Employee

Description of Figure 12-3 follows
Description of "Figure 12-3 Cost: Average Operating Cost per Employee"

Investment Cost

This report, as shown in Figure 12-4 provides the current year month-level "Investment Cost" and "Investment Cost share of parent Organization" information based on "Organization Unit and district" which can be compared with last years metrics like LY, % Change LY, YTD, YTD LY and YTD % Change LY.

Report dimensions are:

Business Time

Organization

Figure 12-4 Investment Cost Sample Report

Description of Figure 12-4 follows
Description of "Figure 12-4 Investment Cost Sample Report"

Average Cost of Controlling Attrition per Employee

This report, as shown in Figure 12-5 provides the current year Level "Controlling Attribution by organization" and "Yearly Controlling Attribution" information based on "Organization" which can be compared with last years metrics like LY and % Change LY.

The attrition cost should be defined by the service operator.

Report dimensions are:

Business Time

Organization

Product

Figure 12-5 Average Cost of Controlling Attrition per Employee

Description of Figure 12-5 follows
Description of "Figure 12-5 Average Cost of Controlling Attrition per Employee"

Advertising Cost Report

This report, as shown in Figure 12-6 provides the current year month-level "Advertising Cost" information based on "Organization Parent" which internally can be compared with last years metrics like LY,% Change LY, YTD, YTD LY, YTD % Change LY.

Report dimensions are:

Business Time

Organization

Figure 12-6 Advertising Cost Report Sample Report

Description of Figure 12-6 follows
Description of "Figure 12-6 Advertising Cost Report Sample Report"

Profitability Analysis

This area includes the reports: Total Profit, Average Profit per Customer, Average Profit per Employee, and Inventory Out-of-Stock (Handset Model).

Total Profit

This report, as shown in Figure 12-7 provides the current year and month-level "Total Profit" information based on "Organization" which internally can be compared with last years metrics like LY,% Change LY, YTD, YTD LY, YTD % Change LY.

Report dimensions are:

Business Time

Organization

Figure 12-7 Total Profit Sample Report

Description of Figure 12-7 follows
Description of "Figure 12-7 Total Profit Sample Report"

Average Profit per Customer

This report, as shown in Figure 12-8 provides the current year and month-level "Average Profit" information based on "Customer" and "Customer by Product" which internally can be compared with metrics such as LY, % Change LY for last year.

Report dimensions are:

Business Time

Organization

Product

Customer Type

Figure 12-8 Profit: Average Profit per Customer Sample Report

Description of Figure 12-8 follows
Description of "Figure 12-8 Profit: Average Profit per Customer Sample Report"

Average Profit per Employee

This report, as shown in Figure 12-9 provides the current year and month-level "Average Profit" information based on "Employee" and "Org Business Unit" which can be compared with last years metrics like LY, % Change LY.

The average profit is calculated by dividing the total profit by the number of employees.

Report dimensions are:

Business Time

Organization

Product

Customer Type

Figure 12-9 Profit: Average Profit per Employee Sample Report

Description of Figure 12-9 follows
Description of "Figure 12-9 Profit: Average Profit per Employee Sample Report"

Inventory Out-of-Stock (Handset Model)

This report, as shown in Figure 12-10, provides the information related to the Handset Model for Current Year and Current Month like average handset stock sold stock in hand, handset sales forecasting, actual stock forecasting and information relating to handset out of stock situation.

By comparing the actual handset stock level to the forecast handset sales, you can identify some time point when the actual handset stock may be lower than the expected Sales number. This situation is called Out of Stock and may lead to revenue loss.

Report dimensions are:

Business Time

Organization

Sales Channel

Handset Model

Figure 12-10 Inventory Out-of-Stock (Handset Model) Sample Report

Description of Figure 12-10 follows
Description of "Figure 12-10 Inventory Out-of-Stock (Handset Model) Sample Report"

Customer Management Sample Reports

The customer management sample reports include the following areas:

Customer Acquisition

Customer Growth Rate

Customer Segmentation

Customer Life Time Value

Customer Churn Analysis

Customer Churn Prediction

Customer Acquisition

This area includes the reports: Customer Acquisition, and Customer Acquisition Forecast.

Customer Acquisition

This report, as shown in Figure 12-11 provides the yearly and monthly number of customers to be acquired compared with actual customers acquired by product and with respective to customers type. All time transformation variation of Customer Acquisition numbers are displayed, including Last Year (LY) and Year to Date (YTD). Users can select certain products, organizations, and customer's type to narrow down the customer numbers

Report dimensions are:

Business Time

Product

Customer

Figure 12-11 Customer Acquisition Sample Report

Description of Figure 12-11 follows
Description of "Figure 12-11 Customer Acquisition Sample Report"

Customer Acquisition Forecast

This report, as shown in Figure 12-12 provides the yearly and monthly level forecasting of customers count to be acquired versus the actual customers acquired by product market plan and customers type.

Report dimensions are:

Business Time

Product

Customer Type

Product Market Plan

Figure 12-12 Customer Acquisition Forecast Sample Report

Description of Figure 12-12 follows
Description of "Figure 12-12 Customer Acquisition Forecast Sample Report"

Customer Growth Rate

This area includes the reports: Customer Growth Rate and Customer Growth Trend Forecast.

Customer Growth Rate

This report, as shown in Figure 12-13 provides the yearly and monthly customer count and revenue growth rate over products and geographical boundaries

Report dimensions are:

Business Time

Organization

Product

Geography

Figure 12-13 Customer Growth Rate Sample Report

Description of Figure 12-13 follows
Description of "Figure 12-13 Customer Growth Rate Sample Report"

Customer Growth Trend Forecast

This report as shown in Figure 12-14 provides the month level number of customers for organization, products, and geographical boundaries. The future number of customers forecast for the next six months, or twelve months, can be forecast by Oracle OLAP forecast settings.

Report dimensions are:

Business Time

Organization

Product

Geography

Figure 12-14 Customer Growth Trend Forecast Sample Report

Description of Figure 12-14 follows
Description of "Figure 12-14 Customer Growth Trend Forecast Sample Report"

Customer Segmentation

This area includes the reports: Customer Segments and Customer Segmentation Details.

Customer Segments

This report, as shown in Figure 12-15 shows customer segments.

This report displays the customer segmentation model result. The customer segmentation model groups customers into ten segments according to how similar they are to each other. The similarity is calculated based on customer demographic value (education, income, and so on), usage pattern and list of telecom products they subscribe to (customer subscriber history). The grouping rules are derived automatically by K-Means algorithm implemented inside Oracle Database. Business Analysts can look into each segment to further understand the customer group discovered by the algorithm and name each segments.

By default, the summary information about each segment is displayed in the bottom table. For each segment, the Average Contract Value, Avg Debt Value, and Avg monthly revenue (in last 6 months) are displayed. Those three values are depicted in three pie charts above the table respectively, to show the distribution among customer segments.

The prompt "SVM Predict Churner Indicator" can be used to filter the customer. If user select "1", then for each segment, only those customer who were predicted as "churner" by SVM churn model is counted in. Then the number would be less than all customers in the segment.

Similarly, "DT Predict Churner Indicator" can filter customers to be only those who were predicted as "churner" by Decision Tree churn model

Note: This groups all the customers, not only churners.

Report dimensions are:

Customer

Figure 12-15 Customer Segments Sample Report

Description of Figure 12-15 follows
Description of "Figure 12-15 Customer Segments Sample Report"

Customer Segmentation Details

This report, as shown in Figure 12-16 provides the customer segmentation details on basis of certain customer statistical metrics such as contract value, month revenue, debt value and so on.

For the given customer, the report also displays the contract value, month revenue, debt value and so on. In fact, the end user can easily extend this report by adding any relational aggregated information about the customer into this report. For example, number of calls, number of complaints, and so on. They can use BIEE Answers to add those additional measures into the report.

Report dimensions are:

Customer

Figure 12-16 Customer Segmentation Details Sample Report

Description of Figure 12-16 follows
Description of "Figure 12-16 Customer Segmentation Details Sample Report"

Customer Life Time Value

This area includes the reports: Customer Life Time Value, Customer by Life Time Value Band, Customer by Life Time Span Category, and Customer Life Time Span Detail.

Customer Life Time Value

This report as shown in Figure 12-17 provides the predicted Life Time Value (LTV) for all customers grouped by LTV Band Code. It also shows some additional aggregated information about the customer.

Report dimensions are:

Customer

Customer Mining

Figure 12-17 Customer Life Time Value Sample Report

Description of Figure 12-17 follows
Description of "Figure 12-17 Customer Life Time Value Sample Report"

Customer by Life Time Value Band

This report, as shown in Figure 12-18 provides the churn prediction result for the customers belonging to a certain Life time Value Band (that is, the customers likely to be with the service provider compared with the customers that already left the service provider.)

Report dimensions are:

Customer

Customer Mining

Figure 12-18 Customer by Life Time Value Band Sample Report

Description of Figure 12-18 follows
Description of "Figure 12-18 Customer by Life Time Value Band Sample Report"

Customer by Life Time Span Category

This report, as shown in Figure 12-19 provides the customer life time span with the service provider on the basis of certain mining metrics such as average life time span months, total month revenue, contract Average Revenue Per User (ARPU) and so on. The Life time span value is measured by Months, therefore, a value of "22" in "Avg Life Time Span Months" means the customer is very likely to use the services for at least 22 months. The customers are binned into Life Time Span Category according to the value of Life time span.

Report dimensions are:

Customer

Customer Mining

Figure 12-19 Customer by Life Time Span Category Sample Report

Description of Figure 12-19 follows
Description of "Figure 12-19 Customer by Life Time Span Category Sample Report"

Customer Life Time Span Detail

This report, as shown in Figure 12-20 provides more information about the customers in each life time span category than report "Customer by Life Time Span Category".

Report dimensions are:

Customer

Customer Mining

Figure 12-20 Customer Life Time Span Detail Sample Report

Description of Figure 12-20 follows
Description of "Figure 12-20 Customer Life Time Span Detail Sample Report"

Customer Churn Analysis

This area includes the reports: Customer Churn Rate, Customer Churn Statistics, Churn Reason Distribution, Churn Outlier by Site (Building), Churn Outlier by Sales Agent, and Complain Rate Outlier by Business Unit.

Customer Churn Rate

This report, as shown in Figure 12-21 provides year-level churn rate information of an organization based on Customer type. It also shows the Last year information for the user to see differences.

Report dimensions are:

Organization

Business Time

Customer

Figure 12-21 Customer Churn Rate Sample Report

Description of Figure 12-21 follows
Description of "Figure 12-21 Customer Churn Rate Sample Report"

Customer Churn Statistics

This report, as shown in Figure 12-22 provides year-level subscription performance based on churn statistics relating to a Customer, such as high churn rate analysis for a subscription, and so on. Oracle Communications Data Model provides certain operational measures such as forecasting, prediction, and so on, to over come this problem This data can be analyzed together with LY and YTD data.

Report dimensions are:

Organization

Business Time

Customer

Figure 12-22 Customer Churn Statistics Sample Report

Description of Figure 12-22 follows
Description of "Figure 12-22 Customer Churn Statistics Sample Report"

Churn Reason Distribution

This report as shown in Figure 12-23 identifies the year level top reasons that lead the customers to move out of the service providers. It also gives the flexibility to compare the same with last year churn information. Thus, it gives the service providers a way to analyze the churn situation according to customer stated churn reasons.

Report dimensions are:

Business Time

Churn Reason

Figure 12-23 Churn Reason Distribution Sample Report

Description of Figure 12-23 follows
Description of "Figure 12-23 Churn Reason Distribution Sample Report"

Churn Outlier by Site (Building)

This report, as shown in Figure 12-24 mainly speaks about the broadband or Fix Line related churn analysis pertaining to one building or an area. The churn rates are displayed for all building in selected area, and those extremely high churn rates are identified as “Churn Outlier” beside the churn rate, marked by number “1” and background as RED.

It can help identify the churn related problem such as network problems, arrival of new competitors, and so on. For example, when competitors launch a promotion or your network fails, the churn rate may go up. This report can help identify the problem before huge revenue loss occurs.

Report dimensions are:

Business Time

Geography

Product Market Plan

Figure 12-24 Churn Outlier by Site (Building) Sample Report

Description of Figure 12-24 follows
Description of "Figure 12-24 Churn Outlier by Site (Building) Sample Report"

Churn Outlier by Sales Agent

This report, as shown in Figure 12-25 identifies the extremely high churn rate in the customers brought in by certain sales representative agents. For example, the sales agent may introduce the package to those incapable of paying the bill, or to his friends who churn right after acquiring the promotion gifts. Thus it enables a service providers to identify fraud cases by sales agents.

Report dimensions are:

Business Time

Organization

Product Market Plan

Sales Channel Representative

Figure 12-25 Churn Outlier by Sales Agent Sample Report

Description of Figure 12-25 follows
Description of "Figure 12-25 Churn Outlier by Sales Agent Sample Report"

Complain Rate Outlier by Business Unit

This report, as shown in Figure 12-26 works in the same way as the report “Churn Outlier by Building”. However, instead of detecting a high churn rate, which already incurred revenue loss, this report tries to identify those areas where an extremely high compliant rate is observed. The report also shows the complaint rate in LY, YTD and LY YTD.

Report dimensions are:

Business Time

Figure 12-26 Complain Rate by Business Unit

Description of Figure 12-26 follows
Description of "Figure 12-26 Complain Rate by Business Unit"

Customer Churn Prediction

This area includes the reports: Predicted Churner Life Time Value Chart (by SVM), Retention Cumulative Gain, Churn Factor Rank, Predicted Churn Customer Report by Revenue Band, Churn Profile DT (Decision Tree) Rule, and Churn Prediction by (SVM result).

Predicted Churner Life Time Value Chart (by SVM)

This report as shown in Figure 12-27, mainly speaks about a customers ARPU and Debt Value based on year and month level.

Report dimensions are:

Customer

Business Time

Figure 12-27 Predicted Churner Life Time Value (by SVM) Sample Report

Description of Figure 12-27 follows
Description of "Figure 12-27 Predicted Churner Life Time Value (by SVM) Sample Report"

Retention Cumulative Gain

This report as shown in Figure 12-28 shows the Oracle Communications Data Model Churn prediction Model performance; this helps you determine a threshold for the percent of customers to run in the retention program. This retention can be done using phone calls or email. For example, according to the details in Figure 12-28, if the service provider selects 20% of MOST Likely churners according to the Oracle Communications Data Model Churn Prediction model, they can cover about 74% of real churners.

The chart here shows the accuracy of customers so identified under retention program prediction rather than picking on random selection of customers (shown as a straight line).

Report dimensions are:

Churn SVM ROC

Figure 12-28 Retention Cumulative Gain Sample Report

Description of Figure 12-28 follows
Description of "Figure 12-28 Retention Cumulative Gain Sample Report"

Churn Factor Rank

This as shown in Figure 12-29 can help you understand which attribute is more important in determining a customer churning pattern. The factors are ranked according to the SVM Coefficients from the Churn prediction model. The chart can help marketing understand the customers for a better campaign strategy.

Report dimensions are:

Churn SVM ROC

Figure 12-29 Churn Factor Rank Sample Report

Description of Figure 12-29 follows
Description of "Figure 12-29 Churn Factor Rank Sample Report"

Predicted Churn Customer Report by Revenue Band

This report, as shown in Figure 12-30 shows the summary of customers and the summary of who may churn in the next month. The customers are binned into ARPU Band according to their last month revenue ARPU. In each ARPU band, the total revenue, debt value and Number of Predicted churners are displayed.

You can drill down into each ARPU band by clicking the ARPU band to see a customer list belonging to that ARPU band.

Report dimensions are:

ARPU Band

Figure 12-30 Customer Churn Prediction by Revenue Band Sample Report

Description of Figure 12-30 follows
Description of "Figure 12-30 Customer Churn Prediction by Revenue Band Sample Report"

Churn Profile DT (Decision Tree) Rule

This report as shown in Figure 12-31, mainly speaks about the customers churn profiling for each Decision Tree node generated by the decision tree Churn Prediction model.

Figure 12-31 Churn Profile Decision Tree Rule Sample Report

Description of Figure 12-31 follows
Description of "Figure 12-31 Churn Profile Decision Tree Rule Sample Report"

Churn Prediction by (SVM result)

This as shown in Figure 12-32, identifies the patterns of customers churning (leaving) based on customer information such as customer demographic information, service quality, last tariff plan, calling usage, and other factors. Base lining on these patterns, the model can also do the calculation over current customer base (called 'Apply') to predict who the customers are mostly like to churn in next few months. With these predictions, operators can initiate certain retention programs to reduce the customer churn rate.

Report dimensions are:

Business Time

Organization

Customer

Figure 12-32 Churn Prediction List Sample Report

Description of Figure 12-32 follows
Description of "Figure 12-32 Churn Prediction List Sample Report"

Marketing Sample Reports

The marketing area sample reports include the following areas:

Targeted Promotion Lift and List

Current Customer Base Analysis

Targeted Promotion Lift and List

This area includes the report Customer Promotion List.

Customer Promotion List

This report, as shown in Figure 12-33 provides a list of customers ranked by their probability of buying a product. For each customer, the life time value , ARPU, and Debt value are displayed for quick reference.

The buying probability of each customer on the product is calculated by Oracle Communications Data Model Targeted Promotion Mining model.

Report dimensions are:

Customer

Figure 12-33 Customer Promotion List Sample Report

Description of Figure 12-33 follows
Description of "Figure 12-33 Customer Promotion List Sample Report"

Customer Market Share Analysis

This area includes the reports: Customer Market Share Report, Customer Life Time Span Detail, and Life Time Value (LTV).

Customer Market Share Report

This report as shown in Figure 12-34 shows month-level Customer Market share, comparing with competitors. The data is acquired from an external marketing source.

Report dimensions are:

Business Time

Organization

Product Type

Figure 12-34 Customer Market Share Analysis Sample Report

Description of Figure 12-34 follows
Description of "Figure 12-34 Customer Market Share Analysis Sample Report"

Customer Life Time Span Detail

This report, as shown in Figure 12-35 provides month-level transaction activity information based on customer life time span measures, for one or more customers.

Report dimensions are:

Customer

Figure 12-35 Customer Life Time Span Detail Sample Report

Description of Figure 12-35 follows
Description of "Figure 12-35 Customer Life Time Span Detail Sample Report"

Life Time Value (LTV)

This report, as shown in Figure 12-36 shows life time value of a customer. Customer lifetime value has intuitive appeal as a marketing concept, because in theory it represents exactly how much each customer is worth in monetary terms, and therefore exactly how much a marketing department should be willing to spend to acquire each customer. Customer relationships are often divided into two categories. In contractual or retention situations, customers who do not renew are considered "lost for good". In customer migration situations, a customer who does not buy (in a given period or from a given catalog) is still considered a customer of the firm because she may very well buy at some point in the future. In customer retention situations, the firm knows when the relationship is over. One of the challenges for firms in customer migration situations is that the firm may not know when the relationship is over (as far as the customer is concerned).

Report dimensions are:

Customer

Figure 12-36 Life Time Value (LTV) Sample Report

Description of Figure 12-36 follows
Description of "Figure 12-36 Life Time Value (LTV) Sample Report"

Current Customer Base Analysis

This area includes the reports: Current Customer Base, Customer Base Organization Share, and Customer Base Product Share.

Current Customer Base

This report, as shown in Figure 12-37 provides month-level transaction activity information based on no of customer measures, for one or more locations.

Report dimensions are:

Business Time

Organization

Product

Geography

Figure 12-37 Current Customer Base Sample Report

Description of Figure 12-37 follows
Description of "Figure 12-37 Current Customer Base Sample Report"

Customer Base Organization Share

This as shown in Figure 12-38 provides month-level number of customers for each organization business unit, and also gives the share of customer count inside their parent organization.

Report dimensions are:

Business Time

Organization

Product Type

Figure 12-38 Customer Base Organization Share Sample Report

Description of Figure 12-38 follows
Description of "Figure 12-38 Customer Base Organization Share Sample Report"

Customer Base Product Share

This as shown in Figure 12-39 provides month-level number of customers for each products (subscription). The customer share of each product is listed for the selected products and organizations.

Report dimensions are:

Business Time

Organization

Product Type

Figure 12-39 Customer Base Product Share Sample Report

Description of Figure 12-39 follows
Description of "Figure 12-39 Customer Base Product Share Sample Report"

Network Sample Reports

The network area sample reports include the following areas:

Network Analysis

Network Health Analysis

Network Usage

Network Analysis

This area includes the reports: Network Capacity, Minutes of Usage, Airtime per Subscription, and Load During Busy Hours.

Network Capacity

This report, as shown in Figure 12-40 provides month-level transaction activity information based on network capacity measures, for one or more locations.

Report dimensions are:

Business Time

Geography

Network Element

Figure 12-40 Network Capacity Sample Report

Description of Figure 12-40 follows
Description of "Figure 12-40 Network Capacity Sample Report"

Minutes of Usage

This as shown in Figure 12-41 provides month-level call usage summary information based on call duration in minutes, in certain areas and the network elements.

Report dimensions are:

Business Time

Network Element

Figure 12-41 Minutes of Usage Sample Report

Description of Figure 12-41 follows
Description of "Figure 12-41 Minutes of Usage Sample Report"

Airtime per Subscription

This as shown in Figure 12-42 provides month-level transaction activity information based on airtime per subscription connection measures, for one or more location.

Report dimensions are:

Business Time

Network Element

Geography

Peak Off peak Time

Figure 12-42 Airtime per Subscription Sample Report

Description of Figure 12-42 follows
Description of "Figure 12-42 Airtime per Subscription Sample Report"

Load During Busy Hours

This report, as shown in Figure 12-43 provides month-level transaction activity information based on calls count during busy hours measures, for one or more location.

Report dimensions are:

Business Time

Network Element

Geography

Peak Off peak Time

Figure 12-43 Load During Busy Hours Sample Report

Description of Figure 12-43 follows
Description of "Figure 12-43 Load During Busy Hours Sample Report"

Network Health Analysis

This area includes the reports: Traffic by Connection, Connections per Site, Dropped Call Rate, Call Failure Rate, Congestion, Connection by Geography, and Connection by Voice Channel.

Traffic by Connection

This report, as shown in Figure 12-44 provides month-level transaction activity information based on traffic by connection measures, for one or more location.

Report dimensions are:

Business Time

Network Element

Geography

Peak Off peak Time

Figure 12-44 Traffic by Connection Sample Report

Description of Figure 12-44 follows
Description of "Figure 12-44 Traffic by Connection Sample Report"

Connections per Site

This report, as shown in Figure 12-45 provides month-level transaction activity information based on subscriptions per channel measures, for one or more location.

Report dimensions are:

Business Time

Network Element

Geography

Figure 12-45 Connections per Site Sample Report

Description of Figure 12-45 follows
Description of "Figure 12-45 Connections per Site Sample Report"

Dropped Call Rate

This report, as shown in Figure 12-46 provides month-level transaction activity information based on dropped call rate measures, for one or more location.

Report dimensions are:

Business Time

Network Element

Geography

Figure 12-46 Dropped Call Rate Sample Report

Description of Figure 12-46 follows
Description of "Figure 12-46 Dropped Call Rate Sample Report"

Call Failure Rate

This report, as shown in Figure 12-47 provides month-level transaction activity information based on network congestion measures, for one or more location.

Report dimensions are:

Business Time

Network Element

Geography

Figure 12-47 Call Failure Rate Sample Report

Description of Figure 12-47 follows
Description of "Figure 12-47 Call Failure Rate Sample Report"

Congestion

This report, as shown in Figure 12-48 provides month-level transaction activity information based on end of period cell offered erlangs measures, for one or more location.

Report dimensions are:

Business Time

Network Element

Geography

Time Slot

Peak Offpeak Time

Figure 12-48 Congestion Sample Report

Description of Figure 12-48 follows
Description of "Figure 12-48 Congestion Sample Report"

Connection by Geography

This report, as shown in Figure 12-49 provides month-level transaction activity information based on connections measures, for one or more location.

Report dimensions are:

Business Time

Network Element

Geography

Peak Offpeak Time

Figure 12-49 Connection by Geography Sample Report

Description of Figure 12-49 follows
Description of "Figure 12-49 Connection by Geography Sample Report"

Connection by Voice Channel

This report, as shown in Figure 12-50 provides month-level transaction activity information based on connections by voice channel measures, for one or more location. This report shows will be used to collect most of the cell parameters.

Report dimensions are:

Business Time

Network Element

Geography

Peak Offpeak Time

Figure 12-50 Connection by Voice Channel Sample Report

Description of Figure 12-50 follows
Description of "Figure 12-50 Connection by Voice Channel Sample Report"

Network Usage

This area includes the reports: Number of 911 Calls, Number of Calls by Call Category, Number of Call by Call Service Type, and Number of Calls by Routing Type.

Number of 911 Calls

This report, as shown in Figure 12-51 provides the number of 911, emergency, calls.

Report dimensions are:

Organization

Business Time

Customer

Product

Call Service Type

Call Routing Type

Figure 12-51 Network Number of 911 Calls Sample Report

Description of Figure 12-51 follows
Description of "Figure 12-51 Network Number of 911 Calls Sample Report"

Number of Calls by Call Category

This as shown in Figure 12-52 provides year-level transaction activity information based on no of calls measures, for different types of call categories.

Report dimensions are:

Business Time

Call Category

Figure 12-52 Network Number of Calls by Call Category Sample Report

Description of Figure 12-52 follows
Description of "Figure 12-52 Network Number of Calls by Call Category Sample Report"

Number of Call by Call Service Type

This shown in Figure 12-53 provides year-level transaction activity information based on number of calls measures, for different types of call services.

Report dimensions are:

Business Time

Call Category

Figure 12-53 Network Number of Call by Call Service Type Sample Report

Description of Figure 12-53 follows
Description of "Figure 12-53 Network Number of Call by Call Service Type Sample Report"

Number of Calls by Routing Type

This shown in Figure 12-54 provides year-level transaction activity information based on the number of calls measures, for different types of call routing.

Report dimensions are:

Business Time

Call Routing Type

Figure 12-54 Network Number of Calls by Routing Type Sample Report

Description of Figure 12-54 follows
Description of "Figure 12-54 Network Number of Calls by Routing Type Sample Report"

Partner Management Sample Reports

The partner management sample reports include the following areas:

Roaming Partner Settlement

Churn Outliner by Partner

Partner Content Sales

External Debt Collection

Roaming Partner Settlement

This area includes the report Roaming Partner Settlement Summary.

Roaming Partner Settlement Summary

This report, as shown in Figure 12-55 provides month-level transaction activity information based on partner settlement measures, for one or more location. This report shows summary over financial settlement activities happened to partners.

Report dimensions are:

Business Time

Geography

Billing Cycle

Event Type

Account

Party

Contract

Figure 12-55 Roaming Partner Settlement Summary Sample Report

Description of Figure 12-55 follows
Description of "Figure 12-55 Roaming Partner Settlement Summary Sample Report"

Churn Outliner by Partner

This area includes the reports: Churn Outliner by Partner and Track Dealer Commission and Performance.

Churn Outliner by Partner

This report, as shown in Figure 12-56 provides year-level transaction activity information based on average churn rate for customer measures, for one or more sales channel.

This demonstrates statistically significant anomalies in churn rate by sales channel or partners (for example which channel records maximum churn) This can help identify problem area domains and facilitates further drill down to identify the cause of the problems (network problems and other problems) and take remedial actions to prevent churns. Actions could be further training or education to the partners, empowering them to offer additional incentives or discounts.

Report dimensions are:

Business Time

Sales Channel

Figure 12-56 Churn Outliner by Partner Sample Report

Description of Figure 12-56 follows
Description of "Figure 12-56 Churn Outliner by Partner Sample Report"

Track Dealer Commission and Performance

This report, as shown in Figure 12-57 gives the month level Dealer performance and commission generated based on a product.

Report dimensions are:

Business Time

Commission Type

Product

Figure 12-57 Track Dealer Commission and Performance Sample Report

Description of Figure 12-57 follows
Description of "Figure 12-57 Track Dealer Commission and Performance Sample Report"

Partner Content Sales

This area includes the report Partner Content Sales.

Partner Content Sales

This report, as shown in Figure 12-58 provides month-level transaction activity information based on data usage measures, for one or more content.

Report dimensions are:

Business Time

Content Type

Figure 12-58 Partner Content Sales Sample Report

Description of Figure 12-58 follows
Description of "Figure 12-58 Partner Content Sales Sample Report"

External Debt Collection

This area includes the report: Partner Management.

Partner Management

This report, as shown in Figure 12-59 gives month level debt collected for the services usage done by the customers through third part channels like banks and so on.

Report dimensions are:

Business Time

Collection Agency

Organization

Figure 12-59 External Debt Collection Sample Report

Description of Figure 12-59 follows
Description of "Figure 12-59 External Debt Collection Sample Report"

Product Management Sample Reports

The product management sample reports include the following areas:

Product Management

Average Profit Per Customer

Product Management

This area includes the report Product Performance.

Product Performance

This report, as shown in Figure 12-60 provides year-level transaction activity information based on total bill amount measures, for one or more products.

Report dimensions are:

Business Time

Product

Figure 12-60 Product Performance Sample Report

Description of Figure 12-60 follows
Description of "Figure 12-60 Product Performance Sample Report"

Average Profit Per Customer

This report, as shown in Figure 12-61 shows average profit per customer.

Report dimensions are:

Business Time

Organization

Product

Customer

Figure 12-61 Average Profit Per Customer

Description of Figure 12-61 follows
Description of "Figure 12-61 Average Profit Per Customer"

Provisioning and Activation Sample Reports

The provisioning and service sample reports show the following areas:

Activations and Services

Customer Order Analysis

Activations and Services

This area includes the report Activation and Service Orders.

Activation and Service Orders

This report, as shown in Figure 12-62 provides business year and business date-level transaction activity information based on contract ARPU.

Report dimensions are:

Business Time

Product

Figure 12-62 Activation and Service Orders Sample Report

Description of Figure 12-62 follows
Description of "Figure 12-62 Activation and Service Orders Sample Report"

Customer Order Analysis

This area includes the report: Order Volume by Order Status, Order Volume by Order Type, Order Volume by Product, Order Change per Quarter, Order Volume by Product Type, and Fall Out Rate by Product Type.

Order Volume by Order Status

This as shown in Figure 12-63, provides business year, business quarter, and business month-level information based on order volume by order status.

Report dimensions are:

Business Time

Figure 12-63 Order Volume by Order Status

Description of Figure 12-63 follows
Description of "Figure 12-63 Order Volume by Order Status"

Order Volume by Order Type

This report, as shown in Figure 12-64 provides business year, business quarter, and business month-level information based on order volume by order type.

Report dimensions are:

Business Time

Figure 12-64 Order Volume by Order Type Sample Report

Description of Figure 12-64 follows
Description of "Figure 12-64 Order Volume by Order Type Sample Report"

Order Volume by Product

This report, as shown in Figure 12-65 business year, business quarter, and business month-level information based on order volume by product.

Report dimensions are:

Business Time

Product

Figure 12-65 Order Volume by Product Sample Report

Description of Figure 12-65 follows
Description of "Figure 12-65 Order Volume by Product Sample Report"

Order Change per Quarter

This report, as shown in Figure 12-66 and Figure 12-67 provides business year, business quarter-level information based on order volume change per quarter.

Report dimensions are:

Business Time

Product Type

Figure 12-66 Prior Quarter Change Sample Report (part one of report)

Description of Figure 12-66 follows
Description of "Figure 12-66 Prior Quarter Change Sample Report (part one of report)"

Figure 12-67 Year Over Year Change Sample Report (part 2 of report)

Description of Figure 12-67 follows
Description of "Figure 12-67 Year Over Year Change Sample Report (part 2 of report)"

Order Volume by Product Type

This report, as shown in Figure 12-68 provides business year, business quarter, and business month-level information based on order volume by product type.

Report dimensions are:

Business Time

Figure 12-68 Order Volume by Product Type Sample Report

Description of Figure 12-68 follows
Description of "Figure 12-68 Order Volume by Product Type Sample Report"

Order Volume per Month

This report, as shown in Figure 12-69 provides business year, business quarter, and business month-level information based on order volume per month.

Report dimensions are:

Business Time

Organization Unit

Figure 12-69 Order Volume per Month Sample Report

Description of Figure 12-69 follows
Description of "Figure 12-69 Order Volume per Month Sample Report"

Fall Out Rate by Product Type

This report, as shown in Figure 12-70 provides business year, business quarter, and business month-level information based on fall out rate by product type.

Report dimensions are:

Business Time

Figure 12-70 Fall Out Rate by Product Type Sample Report

Description of Figure 12-70 follows
Description of "Figure 12-70 Fall Out Rate by Product Type Sample Report"

Revenue Sample Reports

The revenue sample reports show the following areas:

Revenue Analysis and Forecast

Revenue Assurance

Sales Analysis

Debt Collection

Refund and Adjustment

Customer Contracts

Revenue Analysis and Forecast

This area includes the reports: Monthly Revenue, Revenue Forecast, Average Revenue per User (ARPU), and Average Revenue per Business Unit.

Monthly Revenue

This report, as shown in Figure 12-71 provides month-level transaction activity information based on revenue measures, for one or more organizations and products and for one or more locations.

Report dimensions are:

Business Time

Customer Type

Product

Geography

Organization

Figure 12-71 Monthly Revenue Sample Report

Description of Figure 12-71 follows
Description of "Figure 12-71 Monthly Revenue Sample Report"

Revenue Forecast

This report, as shown in Figure 12-72 provides month-level transaction activity information based on revenue measures, for one or more locations.

Report dimensions are:

Business Time

Customer Type

Product

Geography

Organization

Figure 12-72 Revenue Forecast Sample Report

Description of Figure 12-72 follows
Description of "Figure 12-72 Revenue Forecast Sample Report"

Average Revenue per User (ARPU)

This report, as shown in Figure 12-73 provides month-level transaction activity information based on ARPU measures, for one or more stores and this is a calculation often used to determine the overall value of an application. This report used to generate revenue for a particular customer by comparing someone's account to the overall average.

Report dimensions are:

Business Time

Organization

Figure 12-73 Revenue Average Revenue per User (ARPU) Sample Report

Description of Figure 12-73 follows
Description of "Figure 12-73 Revenue Average Revenue per User (ARPU) Sample Report"

Average Revenue per Business Unit

This report, as shown in Figure 12-74 shows the average revenue per Business Unit. The average revenue is calculated as total revenue of that organization divided by the number of employees.

Report dimensions are:

Business Time

Organization

Figure 12-74 Revenue Average Revenue For Business Unit

Description of Figure 12-74 follows
Description of "Figure 12-74 Revenue Average Revenue For Business Unit"

Revenue Assurance

This area includes the reports: CDR Revenue Compared to Billed Revenue, Percent of Non Billed Revenue, Billable xDRs suspended or errored / the Total xDRs, Invoice Collected and Uncollected, Abnormally High Usage, Minutes of Usage by Call Type, and Revenue Assurance.

CDR Revenue Compared to Billed Revenue

This report, as shown in Figure 12-75 analyzes revenue according to the Network Event CDR, side by side with billed revenue for a product.

Report dimensions are:

Business Time

Organization

Product

Figure 12-75 CDR Revenue Compared to Billed Revenue Sample Report

Description of Figure 12-75 follows
Description of "Figure 12-75 CDR Revenue Compared to Billed Revenue Sample Report"

Percent of Non Billed Revenue

This report, as shown in Figure 12-76 analyzes the percent of Non billed Revenue for a product.

Report dimensions are:

Business Time

Store

Product

Figure 12-76 Percent of Non Billed Revenue Sample Report

Description of Figure 12-76 follows
Description of "Figure 12-76 Percent of Non Billed Revenue Sample Report"

Billable xDRs suspended or errored / the Total xDRs

This report, as shown in Figure 12-77 shows analyzes suspended or errored billable xDRs. Those CDRs cannot be billed successfully and cause revenue leakage compared with the total xDRs.

Report dimensions are:

Business Time

Geography

Figure 12-77 Billable xDRs Suspended or Errored Compared to Total xDRs Sample Report

Description of Figure 12-77 follows
Description of "Figure 12-77 Billable xDRs Suspended or Errored Compared to Total xDRs Sample Report"

Invoice Collected and Uncollected

This report, as shown in Figure 12-78 analyzes the collected invoice amount and the uncollected amount for each Month. This is also a way to monitor the revenue leakage.

Report dimensions are:

Business Time

Organization

Customer Type

Geography

Product

Figure 12-78 Invoice Collected and Uncollected Sample Report

Description of Figure 12-78 follows
Description of "Figure 12-78 Invoice Collected and Uncollected Sample Report"

Abnormally High Usage

This report, as shown in Figure 12-80 shows Abnormally High Usage; users who have exceeded their previous bills.

Report dimensions are:

Business Time

Customer Type

Figure 12-79 Abnormally High Usage Sample Report

Description of Figure 12-79 follows
Description of "Figure 12-79 Abnormally High Usage Sample Report"

Minutes of Usage by Call Type

This report, as shown in Figure 12-80 describes minutes of usage per customer. The customers are grouped by their usage pattern, for example, High Local Usage customer are those customers use Local, short distance, calls more than domestic and international calls.

Report dimensions are:

Business Time

Network Element

Figure 12-80 Minutes of Usage Sample by Call Type Sample Report

Description of Figure 12-80 follows
Description of "Figure 12-80 Minutes of Usage Sample by Call Type Sample Report"

Revenue Assurance

This report, as shown in Figure 12-81 determines how to best to assure that all of the revenue is earned. This is done by analyzing the revenue related information such as Remaining contract SUM, Retention count, and so on.The remaining contract Sum indicates how much revenue can be expected in next six months or one year for a given product or organization business unit.

Report dimensions are:

Business Time

Organization

Product Market Plan

Geography

Figure 12-81 Revenue Assurance Sample Report

Description of Figure 12-81 follows
Description of "Figure 12-81 Revenue Assurance Sample Report"

Sales Analysis

This area includes the reports: Sales, Gross Sales, and Net Sales.

Sales

This report, as shown in Figure 12-82 provides month-level sales summary, for one or more locations.

Report dimensions are:

Business Time

Product

Geography

Figure 12-82 Sales Sample Report

Description of Figure 12-82 follows
Description of "Figure 12-82 Sales Sample Report"

Gross Sales

This report, as shown in Figure 12-83 provides month-level sales summary information, for one or more locations.

Report dimensions are:

Business Time

Product

Geography

Figure 12-83 Gross Sales Sample Report

Description of Figure 12-83 follows
Description of "Figure 12-83 Gross Sales Sample Report"

Net Sales

This report, as shown in Figure 12-84 provides month-level net sales summary, for one or more locations. The exact definitions of net sales can be refined by the service operator, while the default definition is the sales amount deducted by the cost of handset, human resources, and so on.

Report dimensions are:

Business Time

Product

Geography

Figure 12-84 Net Sales Sample Report

Description of Figure 12-84 follows
Description of "Figure 12-84 Net Sales Sample Report"

Debt Collection

This area includes the reports: Debt Collection, Debt Aging, Percentage of the Recovered Revenue Value, External Debt Collection.

Debt Collection

This report, as shown in Figure 12-85 provides month-level collected revenue and the collection count for one or more organization business unit. Only those customer payments collected by internal or external collection agents are deemed as collected revenue.

Report dimensions are:

Business Time

Organization

Figure 12-85 Debt Collection Sample Report

Description of Figure 12-85 follows
Description of "Figure 12-85 Debt Collection Sample Report"

Debt Aging

This report, as shown in Figure 12-86 generates debt aging details for the customers currently in debt.

Report dimensions are:

Business Time

Organization

Debt Aging Band

Customer Type

Collection Agency

Figure 12-86 Debt Aging Sample Report

Description of Figure 12-86 follows
Description of "Figure 12-86 Debt Aging Sample Report"

Percentage of the Recovered Revenue Value

This report, as shown in Figure 12-87 analyzes percentage of the recovered revenue value. After a certain period, if customer still cannot pay the bill, the collection begins. This report can analyze, for all collection amounts, how much is recovered and how much is abandoned.

Report dimensions are:

Business Time

Organization

Collection Agency

Figure 12-87 Percentage of the Recovered Revenue Value Sample Report

Description of Figure 12-87 follows
Description of "Figure 12-87 Percentage of the Recovered Revenue Value Sample Report"

External Debt Collection

This report, as shown in Figure 12-88 shows collection agency wise Debit collected amount, waiving amount.

Report dimensions are:

Business Time

Organization

Collection Agency

Figure 12-88 External Debt Collection Sample Report

Description of Figure 12-88 follows
Description of "Figure 12-88 External Debt Collection Sample Report"

Refund and Adjustment

This area includes the reports: Refund to Customer and Invoice Adjustment.

Refund to Customer

This report, as shown in Figure 12-89 provides summary information about all the refunds made to the customer. for one or more locations.

Report dimensions are:

Business Time

Customer Type

Geography

Organization

Figure 12-89 Refund to Customer Sample Report

Description of Figure 12-89 follows
Description of "Figure 12-89 Refund to Customer Sample Report"

Invoice Adjustment

This report, as shown in Figure 12-90 describe adjustment value and count for each product.

Report dimensions are:

Business Time

Product

Figure 12-90 Invoice Adjustment Sample Report

Description of Figure 12-90 follows
Description of "Figure 12-90 Invoice Adjustment Sample Report"

Customer Contracts

This area includes the reports: Customer Sum of Future Plans, Monthly Future Plan Drop-Out, and Monthly Contract Sum Loss.

Customer Sum of Future Plans

This report, as shown in Figure 12-91 analyzes year and month level contract sum of future plans for the customer type based on LM, % Change LM. The future plan are those contracts customer already signed but not started yet. For example, if today is Feb 20th 2011, and customer may sign a contract starting at Apr 1st 2011 for one year. This is called a Future plan.

Report dimensions are:

Business Time

Organization

Product

Geography

Customer

Figure 12-91 Customer Sum of Future Plans Sample Report

Description of Figure 12-91 follows
Description of "Figure 12-91 Customer Sum of Future Plans Sample Report"

Monthly Future Plan Drop-Out

This report, as shown in Figure 12-92 describes product market plan wise dropped contract amount and contract loss amount.

Report dimensions are:

Business Time

Customer Type

Product

Customer

Figure 12-92 Monthly Future Plan Drop-Out Sample Report

Description of Figure 12-92 follows
Description of "Figure 12-92 Monthly Future Plan Drop-Out Sample Report"

Monthly Contract Sum Loss

This report, as shown in Figure 12-93 shows month level replaced contract analysis and terminated contract analysis. If a customer downgrades their subscription, for example, using a new USD 186 package to replace original USD286 package, this is deemed as a contract loss in "replaced contract analysis".

Report dimensions are:

Business Time

Organization

Product

Customer

Figure 12-93 Monthly Contract Sum Loss Sample Report

Description of Figure 12-93 follows
Description of "Figure 12-93 Monthly Contract Sum Loss Sample Report"

13 Oracle Communications Data Model NCC Application Adapter

This chapter describes the Oracle Communications Network Charging and Control Adapter for Oracle Communications Data Model (NCC Adapter).

This chapter includes the following sections:

Oracle Communication Prepaid Charging and Network Charging and Control Overview

Network Charging and Control Application Adapter Architecture Overview

NCC Adapter to Oracle Communications Data Model ETL Table Mapping

For more information on Oracle Communications Network Charging and Control Adapter for Oracle Communications Data Model Oracle Communications Data Model Implementation and Operations Guide.

Oracle Communication Prepaid Charging and Network Charging and Control Overview

Oracle Communications Prepaid Charging provides critical prepaid capabilities within the overall Oracle Communications Network Charging and Control strategy. Complementary options to Oracle Prepaid Charging include Oracle Communications Messaging Manager and Oracle Communications Number Services Manager.

As the telecommunications market rapidly migrates from a voice-centric to a data-centric, multimedia business environment, Communication Service Providers (CSPs) need reliable real-time charging capabilities for an increasingly diverse set of services. Oracle Communications Prepaid Charging is designed to help operators (MNOs, MVNEs & MVNOs) generate revenue, grow market share, and sustain competitive advantage by providing an agile platform to launch and charge for a full range of innovative service offerings to subscribers. Built to accommodate all content types and network protocols, Oracle Communications Prepaid Charging helps operators to rapidly and cost effectively create new streams of value-added services revenue.

Network Charging and Control Application Adapter Architecture Overview

Figure 13-1 shows the Oracle Communications Data Model NCC Adapter Architecture.

Figure 13-1 Overview of NCC-OCDM Adapter Architecture

Description of Figure 13-1 follows
Description of "Figure 13-1 Overview of NCC-OCDM Adapter Architecture"

The NCC Adapter with Oracle Communications Data Model includes the following components:

Source System (NCC)

Oracle GoldenGate: To use real-time feed to staging

Oracle Data Integrator: to load from the source system (NCC) to staging (if you decide not to use real-time feed with Oracle GoldenGate, the use a pull version with Oracle Data Integrator) ).

Oracle Communications Data Model

NCC Adapter to Oracle Communications Data Model ETL Table Mapping

Table 13-1 lists the mapping overview for NCC Adapter source tables to Oracle Communications Data Model target tables.

Table 13-1 NCC Adapter to Oracle Communications Data Model Mapping

ID
Source Table
Target Table

1

BE_BALANCE

DWB_ACCT_BAL_HIST

2

CCS_BALANCE_TYPE

DWL_ACCT_BAL_TYP

3

BE_BUCKET

DWB_ACCT_BAL_BUCKET

4

BE_WALLET

DWR_ACCT

5 & 6

CCS_ACCT, CCS_ACCT_ACCT_REFERENCES

DWR_ACCT

7

CCS_ACCT_REFERENCE

DWR_CUST

8

CCS_ACCT_TYPE

DWL_ACCT_TYP

9

CCS_BALANCE_UNIT

DWL_UOM

10

CCS_WALLET_TYPE

DWL_ACCT_TYP

11

CCS_VOUCHER_REFERENCE

DWR_PRPD_VCHR_INSTNC

12

CCS_VOUCHER_BATCH

DWR_PRPD_VCHR_BTCH

13

CCS_MB_RECHARGE

DWR_PRPD_VCHR_RCHRG_OPTN

14

CCS_RECHARGE_TYPE

DWR_PROD

15

CCS_VOUCHER_TYPE

DWR_PROD

16

CDR (VOUCHER_RECHARGE)

DWB_ACCT_RCHRG

17

CDR (VOICE_CALL)

DWB_WRLS_CALL_EVT

18

CDR (FREEFORM_RECHARGE)

DWB_ACCT_RCHRG

19

CDR (SMS)

DWB_SMS_EVT

20

CDR (PREPAID_DATA)

DWB_DATA_SRVC_EVT

14 Oracle Communications Data Model BRM Application Adapter

This chapter describes the Oracle Communications Billing and Revenue Management Adapter for Oracle Communications Data Model (BRM Adapter).

This chapter includes the following sections:

BRM Adapter for Oracle Communications Data Model

BRM Adapter Architecture Overview

BRM Adapter to Oracle Communications Data Model Table Mapping

For more information on the BRM Adapter for Oracle Communications Data Model, see Oracle Communications Data Model Implementation and Operations Guide.

BRM Adapter for Oracle Communications Data Model

The BRM Adapter loads data from an Oracle Communications Billing and Revenue Management source system into Oracle Communications Data Model. You can load data in both an initial and an incremental manner. The data from Oracle Communications Billing and Revenue Management populates the Oracle Communications Data Model derived and aggregate tables, reports, and mining models.

BRM Adapter Architecture Overview

BRM Adapter for Oracle Communications Data Model is designed to use the Extract Load and Transform (EL-T) principle. The adapter uses both Oracle GoldenGate and Oracle Data Integrator (ODI). Oracle GoldenGate is used when the user want to provide real-time feed to the staging area, and ODI is used for batch loading (to the staging area) and for transformation in the staging to the Oracle Communications Data Model foundation layer. The BRM Adapter for Oracle Communications Data Model enables the staging layer to be used as an operational data store for near real-time reporting.

Oracle GoldenGate is an option, if you do not require or do not want true real-time feeds, they can you can use the standard bulk load with ODI-only (default). Using ODI Knowledge Module (KM) for Oracle GoldenGate enables a single User Interface (UI) to be used to configure Oracle GoldenGate and ODI on its own.

Oracle Data Integrator is combined with Oracle GoldenGate. This provides a cross-platform data replication and changed data capture for Oracle Communications Billing and Revenue Management with Oracle Communications Data Model.

Figure 14-1 shows the BRM Adapter for Oracle Communications Data Model architecture.

Figure 14-1 BRM Adapter Architecture

Description of Figure 14-1 follows
Description of "Figure 14-1 BRM Adapter Architecture"

BRM Adapter to Oracle Communications Data Model Table Mapping

Table 14-1 lists the mapping overview for BRM Adapter source tables to Oracle Communications Data Model target tables.

Table 14-1 BRM Adapter Source to Target Table Mapping

ID
Source Table
Target Table

1 & 2

CONFIG_T, CONFIG_BUSINESS_TYPE_T

DWL_CUST_TYP

1 & 3

CONFIG_T,CONFIG_BEID_BALANCES_T

DWL_ACCT_BAL_TYP

1 & 4

CONFIG_T, CONFIG_CUR_CONV_RATES_T

DWB_CRNCY_EXCHNG_RATE

5

IFW_USAGETYPE

Not yet used but needed to distinguish various usage types

6

IFW_TIMEZONE

DWL_PK_OFPK_TIME

7

IFW_CURRENCY

DWL_CRNCY

8

DD_OBJECTS_T

DWR_SRVC_SPEC

9

PRODUCT_T

DWR_PROD, DWR_SRVC_SPEC_PROD_RLTN

10

DISCOUNT_T

DWR_PROD, DWR_SRVC_SPEC_PROD_RLTN

11

RATE_PLAN_T

DWR_PROD_RTNG_PLN

12

DEAL_T

DWR_PROD

13

DEAL_PRODUCTS_T

DWR_PROD_PKG_ASGN

14

PLAN_T

DWR_PROD_MKT_PLN

15

PLAN_SERVICES_T

DWR_PROD_MKT_PLN_ASGN

16

SERVICE_T

DWR_SRVC, DWR_CUST_FCNG_SRVC, DWB_SRVC_STAT_HIST

16 & 17

SERVICE_T, SERVICE_TELCO_GSM_T

DWR_CUST_FCNG_SRVC

16 & 18

SERVICE_T, SERVICE_TELCO_GPRS_T

DWR_CUST_FCNG_SRVC

16 & 19

SERVICE_T, SERVICE_EMAIL_T

DWR_CUST_FCNG_SRVC

20

SERVICE_TELCO_FEATURES_T

DWR_SRVC_CHTRSTC

21 & 22

ACCOUNT_T & ACCOUNT_NAMEINFO_T

DWR_GEO_CNTRY, DWR_GEO_STATE, DWR_GEO_CITY, DWR_POSTCD, DWR_ADDR_LOC DWR_PRTY, DWR_PRTY_CNCT_INFO, DWR_CUST, DWR_ACCT, DWR_ACCT_PREF_INVC_DLVRY

23

BILLINFO_T

DWR_PRTY, DWR_CUST, DWR_ACCT, DWL_PYMT_MTHD_TYP

24

BAL_GRP_T

DWR_ACCT_BAL_GRP

25

PURCHASED_PRODUCT_T

DWR_SBRP, DWR_SBRP_PRICE_CHRG

26

PURCHASED_DISCOUNT_T

DWR_SBRP, DWR_SBRP_PRICE_CHRG

27

BILL_T

DWB_INVC

28

INVOICE_T

DWB_EVT_INVC_DLVRY

29

ITEM_T

DWB_INVC_ITEM

30 & 31

PAYINFO_T, PAYINFO_INV_T

DWR_GEO_CNTRY, DWR_GEO_STATE, DWR_GEO_CITY, DWR_POSTCD, DWR_ADDR_LOC, DWR_PRTY, DWR_ACCT_PREF_PYMT_MTHD

30 & 32

PAYINFO_T, PAYINFO_DD_T

DWR_PRTY, DWR_ACCT_PREF_PYMT_MTHD

30 & 33

PAYINFO_T,PAYINFO_CC_T

DWR_PRTY, DWR_ACCT_PREF_PYMT_MTHD

34

EVENT_T

used in all "NETWORK Event" type of mapping

35

EVENT_BAL_IMPACTS_T

used in all "NETWORK Event" type of mapping + DWB_NTWK_EVT_ACCT_BAL_IMPC (any events)

36

EVENT_SESSION_TLCS_T

used in all Prepaid/session "NETWORK Event" type of mapping

37

EVENT_SESS_TLCS_SVC_CODES_T

used in all Prepaid/session "NETWORK Event" type of mapping

38

EVENT_SESSION_TLCO_GSM_T

DWB_WRLS_CALL_EVT (Prepaid)

39

EVENT_SESSION_TELCO_GPRS_T

DWB_GPRS_USG_EVT (Prepaid)

40

EVENT_BROADBAND_USAGE_T

DWB_BRDBND_USG_EVT

41

EVENT_SESSION_DIALUP_T

DWB_DATA_SRVC_EVT

42

EVENT_DLAY_SESS_TLCS_T

used in all Postpaid/session "NETWORK Event" type of mapping

43

EVENT_DLAY_SESS_TLCS_SVC_CDS_T

used in all Postpaid/session "NETWORK Event" type of mapping

44

EVENT_DLYD_SESSION_TLCO_GPRS_T

DWB_GPRS_USG_EVT (Postpaid)

45

EVENT_DLYD_SESSION_TLCO_GSM_T

DWB_WRLS_CALL_EVT (Postpaid)

46

EVENT_ACTIVITY_TLCS_T

used in all Prepaid Activity "NETWORK Event" type of mapping

47

EVENT_ACTV_TLCS_SVC_CODES_T

used in all Prepaid Activity "NETWORK Event" type of mapping

48

EVENT_DLAY_ACTV_TLCS_SVC_CDS_T

49

EVENT_DLAY_ACTV_TLCS_T

50

EVENT_TAX_JURISDICTIONS_T

51

EVENT_RUM_MAP_T

52

EVENT_BILLING_PAYMENT_T

DWB_ACCT_RCHRG

53

EVENT_BILLING_PAYMENT_DD_T

DWB_ACCT_RCHRG

54

EVENT_BILLING_PAYMENT_CASH_T

DWB_ACCT_RCHRG

55

EVENT_BILLING_PAYMENT_CC_T

DWB_ACCT_RCHRG

56

EVENT_BILLING_PAYMENT_CHECK_T

DWB_ACCT_RCHRG

57

EVENT_BILLING_PAYMENT_FAILED_T

DWB_ACCT_RCHRG

58

EVENT_BILLING_PAYMENT_PAYORD_T

DWB_ACCT_RCHRG

59

EVENT_BILLING_PAYMENT_POST_T

DWB_ACCT_RCHRG

60

EVENT_BILLING_PAYMENT_WTRAN_T

DWB_ACCT_RCHRG

61

NOTE_T

DWB_EVT_PRTY_INTRACN

Part IV

Appendices

Part III contains the following Appendixes:

Appendix A, "Control Tables"

Appendix B, "Oracle Communications Data Model Business Use Case"

A Control Tables

Some tables are defined in the ocdm_sys schema and use a DWC_ prefix, but are not part of Oracle Communications Data Model. You use the DWC_ control tables when processing the model. For example when loading data or when monitoring errors.

This appendix includes the following sections:

Intra-ETL Load Parameters Control Table

Intra-ETL OLAP Mapping Control Table

Intra-ETL Monitoring Process Control Tables

Intra-ETL Load Parameters Control Table

Use the ocdm_execute_wf.sh program to manually execute the Intra-ETL. Before you run the Intra-ETL, for an incremental load, you must update the Oracle Communications Data Model Relational ETL parameters in DWC_ETL_PARAMETER table so that this information can be used when loading the relational data. This program prompts for several environment parameter values. And reads ETL parameters from DWC_ETL_PARAMETER table, as shown in Table A-1, and DWC_OLAP_ETL_PARAMETER table, as shown in Table A-2.

The PKG_DWD_*_MAP loads data from Oracle Communications Data Model base tables into the Oracle Communications Data Model derived tables. These packages read relational ETL parameters from the DWC_ETL_PARAMETER table.

You update the parameters in DWC_ETL_PARAMETER control table in the ocdm_sys schema so that this information can be used when loading the derived and aggregate tables and views.

Table A-1 describes the valid values for the DWC_ETL_PARAMETER table.

Table A-1 DWC_ETL_PARAMETER Table

Column
Description

Process_name

OCDM-INTRA-ETL

from_date_etl

The start date of ETL period.

to_date_etl

The end date of ETL period.

load_dt

The date when this record are populated.

last_updt_dt

The date when this record are last updated

last_updt_by

The user who last updated this record

Intra-ETL OLAP Mapping Control Table

The OLAP MAP mapping that loads OLAP cube data invokes the analytic workspace build function from the PKG_OCDM_OLAP_ETL_AW_LOAD package. This package loads data from Oracle Communications Data Model aggregate materialized views into the Oracle Communications Data Model analytical workspace and calculates the forecast data. The PKG_OCDM_OLAP_ETL_AW_LOAD reads OLAP ETL parameters from the DWC_OLAP_ETL_PARAMETER table.

You update the Oracle Communications Data Model OLAP ETL parameters in DWC_OLAP_ETL_PARAMETER control table in the ocdm_sys schema so that this information can be used when loading the OLAP cube data.

Table A-2 describes the valid values for the DWC_OLAP_ETL_PARAMETER table. For more information on the values to specify when performing an initial load of OLAP cube data or when refreshing the OLAP cubes after an initial load, see Oracle Communications Data Model Implementation and Operations Guide.

Table A-2 ETL Parameters in the DWC_OLAP_ETL_PARAMETER Table

Column Name
Description

PROCESS_NAME

OCDM_OLAP_ETL

BUILD_METHOD

Cube build/refresh method specified by one of the following values:

C specifies a complete refresh which clears all dimension values before loading.

? specifies a fast refresh if possible; otherwise, a complete refresh. (Default)

P specifies recomputation of rows in a cube materialized view that are affected by changed partitions in the detail tables.

S specifies a fast solve of a compressed cube. A fast solve reloads all the detail data and re-aggregates only the changed values.

CUBENAME

Specifies the cubes you want to build:

ALL builds all of the cubes in the Oracle Communications Data Model analytic workspace.

cubename[[|cubename]...] specifies one or more cubes, as specified with cubename, to build.

MAXJOBQUEUES

A decimal value that specifies the number of parallel processes to allocate to this job. (Default value is 4.)

The number of parallel processes actually allocated by a build is controlled by the smallest of these factors:

Number of cubes in the build and the number of partitions in each cube.

Setting of the MAXJOBQUEUES argument.

Setting of the JOB_QUEUE_PROCESSES database initialization parameter.

CALC_FCST

Whether or not to calculate forecast cubes:

Y specifies calculate forecast cubes.

N specifies do not calculate forecast cubes.

NO_FCST_YRS

A decimal value that specifies how many years forecast data you want to calculate. (This parameter takes effect only if you set CALC_FCST to 'Y')

FCST_MTHD

AUTO which invokes the Geneva forecasting expert system which tests all of possible forecasting methods and options for these methods and chooses and uses the method that best fits the data.

FCST_ST_YR

A value specified as yyyy which is the "start business year" of a historical period. Forecast program will calculate the forecast data based on the historical data in this period.

FCST_END_YR

A value specified as yyyy which is the "end business year" of a historical period. Forecast program will calculate the forecast data based on the historical data in this period.

OTHER1

Reserved for future use. (Default value is NULL.)

OTHER2

Reserved for future use. (Default value is NULL.)

Intra-ETL Monitoring Process Control Tables

The two control table in the ocdm_sys schema, DWC_INTRA_ETL_PROCESS and DWC_INTRA_ETL_ACTIVITY, monitor the execution of the Intra-ETL process.

Table A-3 contains column name information for DWC_INTRA_ETL_PROCESS. Table A-4 contains column name information for DWC_INTRA_ETL_ACTIVITY.

Table A-3 DWC_INTRA_ETL_PROCESS Columns

Columns Name
Data Type
Not Null
Remarks

PROCESS_KEY

NUMBER(30)

Yes

Primary Key, System Generated Unique Identifier

PROCESS_START_TIME

DATE

Yes

ETL Process Start Date and Time

PROCESS_END_TIME

DATE

ETL Process End Date and Time

PROCESS_STATUS

VARCHAR2(30)

Yes

Current status of the process

FROM_DATE_ETL

DATE

Start Date (ETL) -

From Date of the ETL date range

TO_DATE_ETL

DATE

End Date (ETL) - To

Date of the ETL date range

LOAD_DT

DATE

Record Load Date -

Audit Field

LAST_UPDT_DT

NUMBER(30)

Last Update Date and

Time - Audit Field

LAST_ UPDT_BY

VARCHAR(30)

Last Update By -

Audit Field

Table A-4 DWC_INTRA_ETL_ACTIVITY Columns

Columns Name
Data Type
Not Null
Remarks

ACTIVITY_KEY

NUMBER(30)

Yes

Primary Key, System Generated Unique Identifier

PROCESS_KEY

NUMBER(30)

Yes

Process Key. FK to DWC_INTRA_ETL_

PROCESS table

ACTIVITY_NAME

VARCHAR2(50)

Yes

Activity Name or Intra ETL Program

Name

ACTIVITY_DESC

VARCHAR2(500)

Activity description

ACTIVITY_START_TIME

DATE

Yes

Intra ETL Program Start Date and Time

ACTIVITY_END_TIME

DATE

Intra ETL Program End Date and Time

ACTIVITY_STATUS

VARCHAR2(30)

Yes

Current status of the process

ERROR_DTL

VARCHAR2(2000)

Error details if any

LOAD_DT

DATE

Record Load Date -

Audit Field

LAST_UPDT_DT

NUMBER(30)

Last Update Date and

Time - Audit Field

LAST_ PDT_BY

VARCHAR(30)

Last Update By -

Audit Field

B Oracle Communications Data Model Business Use Case

This appendix provides an overview and examples of Oracle Communications Data Model business use case scenarios.

This appendix includes the following sections:

Sample Use Case: Introduction

Sample Use Case 1: Setting Up the Business Unit Organization

Sample Use Case 2: Acquiring a New Customer (with Family Plan)

Sample Use Case 3: Service Implementation

Sample Use Case 4: Storing Customer Call Data

Sample Use Case 5: Customer Billing

Sample Use Case 6: Changing Plan and Billing Address

Sample Use Case 7: Targeted Promotion for Video-on-Demand Services

Sample Use Case 9: Retention of Terminating Contract

Sample Use Case 10: Dealer and Employee Sales Commission

Sample Use Case 11: Handling a Network Fault

Sample Use Case 12: Implementing a Business Area

Sample Use Case: Introduction

The sample business use case for Oracle Communications Data Model includes the following:

A Multi-play telecom Carrier, including:

SuperTelcoGroup

SuperTelcoCommunications

SuperData

The SuperTelco Communications organization comprises two business units:

Mobile

Broadband: The broadband unit, named SuperData, is an acquired company; this organization has a different hierarchy. The broadband unit includes both video and broadband data services.

Their Product Offering includes (among others):

Broadband Services for B2C and B2B

Video on Demand

Mobile (for example 3G) services

Their prospects and then customers will be Tom Daniels and his family (Mary Daniels and their children) and some companies.

Sample Use Case 1: Setting Up the Business Unit Organization

In this business use case, we describe how to build up the organization SuperTelco as a PARTY in the data model. In particular, the two main business units (Mobile with SuperTelco and Broadband with SuperData) will be modeled into Oracle Communications Data Model corresponding Subject Area, shown in Figure B-2.

Figure B-1 Organization Business Units in Sample Use Case

Description of Figure B-1 follows
Description of "Figure B-1 Organization Business Units in Sample Use Case"

Oracle Communications Data Model should capture the following administrative functions for the Mobile and Broadband business units:

HQ, HQ Mobile/HQ Broadband, Customer Care, Sales Marketing

Related geographic information (for state, county, City, Dealers/Shops and Web Service)

The people involved, in particular all employees (who is a manager from whom in which organization)

To work with the sample use case you build up the organization SuperTelco as a PARTY in the Oracle Communications Data Model:

There are two ways to store the information for an ORGANIZATION BUSINESS UNIT:

Using a standard pre-defined hierarchy

Using a flexible hierarchy

As shown in Figure B-2, the business unit follows a simple hierarchy stored in the corresponding tables:

ORGANIZATION BUSINESS UNIT: this is the smallest "independent" unit of an organization which can contain several sales channels and/or customer contact possibilities, such as call centers (stored in CALL CENTER), a web site (stored in "Service Web Site"), and shops (in RETAIL STORE). The business unit is of a specified type, as detailed in the ORGANIZATION BUSINESS UNIT TYPE. All the information relative to this business unit, such as the business address or the company registry number is stored in the ORGANIZATION BUSINESS UNIT. It is a sub-type of PARTY.

This business unit is geographically (and somehow "administratively") situated in a district, region, and area. The geographic entity is stored as specified in the entities: ORGANIZATION DISTRICT, ORGANIZATION REGION, and ORGANIZATION AREA.

To understand the notion of "organizational chain"above the organization area, consider for example that the SuperTelco stores are located inside a given supermarket chain. SuperTelco may have a part of the organization related to this chain of supermarket, which would then be stored in the ORGANIZATION CHAIN table.

The ORGANIZATION CHAIN belongs to a company; in this example, the company SuperTelco is stored in the ORGANIZATION COMPANY table, itself member of a group whose information is stored in ORGANIZATION CORPORATE.

When you use a "banner" for a given sales channel, store the banner in the ORGANIZATION BANNER table, linking the business unit to the corporate level.

As shown in Figure B-1, the business unit could also be part of a proper and changeable hierarchy (or hierarchies) that would then be stored in the corresponding tables of the so-called "flexible" Organization hierarchy:

A Business Unit is an ORGANIZATION BUSINESS ENTITY: This entity is a reference that allows a flexible definition for the hierarchy level and the attributes you choose per level (see next line).

The ORGANIZATION LEVEL defines the levels of the flexible hierarchy (whose level attributes and possible values as stored in the entities ORGANIZATION LEVEL ATTRIBUTES and ORGANIZATION LEVEL ATTRIBUTE VALUE).

The hierarchy between levels is defined in ORGANIZATION HIERARCHY LEVEL, which belongs to a given ORGANIZATION HIERARCHY. Thus, for a given organization several hierarchies can be defined (administrative, geographic, and so on.

A hierarchy has a version, defined in ORGANIZATION HIERARCHY VERSION. This allows you to change the hierarchy, depending on the historical development of the organization.

A Business entity is assigned to a given level through the ORGANIZATION HIERARCHY LEVEL ASSIGNMENT table.

Of these two choices: simple hierarchy and flexible hierarchy, the SuperTelco sample use case uses the flexible hierarchy. This is the preferred hierarchy for this sample because the historic growth of SuperTelco specifies that the hierarchy changes over time. To deal with the geographical organization of the SuperTelco stores dispatched in the country however, the standard hierarchy could be used. Such a hierarchy would support a detailed analysis of the local and geographical differences for the impact of a national marketing campaign.

Sample Use Case 2: Acquiring a New Customer (with Family Plan)

For the sample use case, let us assume that a father (Tom Daniels) goes to a SuperTelco dealer and asks for a Family Plan offering with the following features:

One main mobile phone postpaid (his)

One secondary mobile phone postpaid (wife)

Two additional mobile phones prepaid (children)

One Friends and Family option that allows calls between these users to be free of charge

The father is moving his service from a competitor and wants to keep his current mobile number (number portability required). This example provides details on the information stored in the various contract, account, customer, and party entities. The actions covered in this area include the following, as shown in Figure B-2.

Party Interaction (Customer - Dealer)

Contract setup (Customer, Account, Billing, and others)

Subscription

Product Association

Phone number and equipment associations

Figure B-2 Customer Acquisition: Family Plan Model

Description of Figure B-2 follows
Description of "Figure B-2 Customer Acquisition: Family Plan Model"

New Customer with Family Plan Data:

The ORGANIZATION BUSINESS UNIT information was previously setup, as described in Sample Use Case 1: Setting Up the Business Unit Organization.

The newly acquired customer information is stored in the CRM and/or the billing system. This information will feed Oracle Communications Data Model using a custom ETL. One record in CUSTOMER is inserted with a name, in this case "Tom Daniels", of type "individual". Usually customers are not required to provide additional user information when purchasing multiple numbers. If this information is provided, you can save the information with the PARTY entity (and you should use the PARTY ASSIGNMENT table to describe their relationship to "Tom Daniel" - assuming this information is available in the data source).

Save the related information about a customer, such as profession, age, education, and other information in the related CUSTOMER tables, the referential lookup tables, such as SOC JOB ("Standard Occupational Classification" system for the work activity of the individual customer). Note that you save confidential information such as the date of birth in a special table called CUSTOMER RESTRICTED INFO that can be individually hidden/encrypted in the database.

A contract between Tom Daniels and SuperTelco is set up in the CONTRACT table. The customer has a contract with the Service Provider which defines the accounts (normally with a unique login or a unique identifier). For example this sample contract is based on a special package "PKG_Mobile_300". The product packages available to any type of consumers (individual - B2C or businesses - B2B) are saved in the PRODUCT MARKET PLAN entity.

One customer account is inserted into the ACCOUNT entity, with the customer key pointing to the new customer instance. The account is the financial vision of the customer. There is normally only one account per customer (whatever the number of subscriptions they buy) but multiple accounts per customer is allowed (typically to either reproduce the billing vision or in some specific cases).

The customer, Tom Daniels, has selected four different handsets (stored in the EQUIPMENT table; this is not visible on the diagram shown in Figure B-2).

Four Mobile phone numbers are saved into the table ACCESS METHOD and the associated handset. Each phone number uses the current date for the effective date and also has the account ID pointing to the account (as the account ID was set up).

A customer order, stored in the CUSTOMER ORDER entity, is generated with all the items that the customer ordered including mobile numbers, product packages, and so on (including the number portability request).

A number portability request is triggered by the order and a number portability event is stored in the NP REQUEST HEADER table. Due to the number portability request, the customer order may be processed with some delay; the old network provider must respond positively to SuperTelco's number portability request. In this case, either only Tom Daniels's IMSI or all IMSIs related to Tom Daniels will be activated after the contract date ("today"). Please note that for this case, an additional, custom ETL(s) to the mediation or provisioning system may be necessary.

Four subscriptions are inserted into the SUBSCRIPTION table. A subscription is considered a "non-network event" as opposed to a call, which is a "network event". Each subscription associates one product, one customer, one account, and one ACCESS METHOD (mobile number).

The customer order could be loaded into Oracle Communications Data Model through the Extract-Transform-Load scripts (ETL) at each change of status or only once it is completed and fulfilled in the BSS/OSS systems.

A fulfilled (closed) customer order automatically impacts the data mining tables related to the customer segmentation, market share, and the revenue OLAP cubes: For example, due to the number portability request, the competitor looses one customer and SuperTelco wins one customer in the given segment.

In the pure prepaid case, no bill is created. However, the purchase of a voucher for any type of prepaid services is taken in account in Oracle Communications Data Model: PayTV, Music downloads, Prepaid card with handset, and so on. The original prepaid allowance or the recharge will be recorded and an account is created, similarly to the postpaid case.

Sample Use Case 3: Service Implementation

After Tom purchased the family plan, made the payment, and the customer order was generated, the provisioning engine takes over.

The service implementation is stored with Oracle Communications Data Model as shown in Figure B-3.

Figure B-3 Service Implementation

Description of Figure B-3 follows
Description of "Figure B-3 Service Implementation"

For the service implementation, the provisioning engine does the following:

Each "customer Order" is disassembled into multiple "Service Order", each of which is used by the provisioning engine to orchestrate the whole system. Each "Service Order" is normally corresponding to a specific "Network Element" or a group of "Network Element". For example, one customer order of Prepaid GSM phone can be fulfilled by multiple "Service Order", including account setup of in the billing and CRM systems, in Intelligent Network system, and so on.

Once the "Service Order" is executed, some new services may be generated. The service may be "customer facing service", which is an internal presentation of "Subscription". The business user sees each product realization on each customer as a "subscription" to track the business usage, while the technical user (from the network) sees a customer activation (and usage) on a "network element" (including logical "network element" like phone numbers) as a "Resource Facing Service". These notions are those defined by the TeleManagement Forum.

In case any "Network Element" failed, technical support can easily track which customers or accounts may be affected by following relationships from "network element" to "Service" and then to "Subscription".

As subtype of the Business Interaction, the CUSTOMER FIELD SERVICE ACTIVITY table (not visible on the diagram) would store any direct interaction on customer's or network's site for this order.

Sample Use Case 4: Storing Customer Call Data

After Tom Daniels has got his phone, and after the phones for his wife and children are activated, Tom Daniels regularly calls his family and friends. Tom Daniels uses the phone primarily to make voice calls and to send SMS messages; he rarely uses the data or MMS services.

The customer call information is stored with Oracle Communications Data Model as shown in Figure B-4.

Figure B-4 Customer Calls Model

Description of Figure B-4 follows
Description of "Figure B-4 Customer Calls Model"

The call data can be saved in Oracle Communications Data Model:

The CUSTOMER, PRODUCT, and ACCESS METHOD are set up, as described in Sample Use Case 2: Acquiring a New Customer (with Family Plan).

Each time the customer makes a call, this generates a Call Detail Record (CDR) in the network, at the switch level (raw CDRs) which then will be collected by the mediation (Mediated CDRs) and forwarded to the rating and/or billing engine (Rated CDRs). This last CDR - in the wireless case - is saved into the WIRELESS CALL EVENT table in Oracle Communications Data Model (this is a sub-entity of the NETWORK EVENT table). A NETWORK EVENT is an abstract entity which defines the minimal common definition of any network events (calls and service usage of any type).

The CALL CATEGORY tracks the type of a call, such as a data or a voice call.

The ROAMING TYPE tracks whether the call roams from another operator or to another operator.

The MEDIATED CALL EVENT table stores the CDRs from the mediation system (before entering the billing engine).

The NETWORK EVENT table stores the call details such as the call date and time and the call duration.

Note: Depending on where the source Call Detail Record (CDR) is taken, the CDR may contain a charge for the following:

In case of Roaming, the (base) charge is set by the other operator (raw or mediated CDRs level), while the carrier itself usually adds a surcharge (fixed percentage or fixed price per minute - normally higher than the roaming charge).

In case of Value Added Service, the charge is set by the vendor (raw or mediated CDRs)

In case the CDR source is the billing system, after rating has taken place (rated CDRs). This is also true for CDRs from the IN Platform which is doing the rating (typically for Prepaid).

Depending on the type of analysis, it is usually recommended for revenue assurance to check at least both mediated (before the billing system) and rated or billed CDRs (from the billing). The raw CDRs, direct input from the network, are usually more complex to deal with (binary type of data, a potential factor 100 in number of CDRs and additional signaling information) but are very interesting from a network operation and revenue assurance point of view.

Sample Use Case 5: Customer Billing

At the end of each bill cycle period (usually a specific day of the month for a given bill cycle), SuperTelco runs the billing process over the calling records for the customer and generates an invoice. In our example, Tom Daniels receives an invoice of $100 for all the phone numbers (Postpaid only normally, but one could think that he could also have agreed to pay by default every month some Recharges for his children "Prepaid" phones). Tom Daniels has to pay SuperTelco within a month or the service could be suspended.

Oracle Communications Data Model stores the customer billing, invoice, and payment information as shown in Figure B-5.

Figure B-5 Billing and Payment Data Model

Description of Figure B-5 follows
Description of "Figure B-5 Billing and Payment Data Model"

Billing Data in Oracle Communications Data Model:

The section, Sample Use Case 4: Storing Customer Call Data, describes the collection of call data records data.

To store the details of the product charging information, Oracle Communications Data Model uses the PRODUCT sub-entities such as: PRODUCT RATING PLAN, PRODUCT RATING PLAN DETAIL and PRODUCT CHARGE TYPE.

Each ACCOUNT is billed independently. If a customer owns multiple contracts, multiple INVOICEs are generated in the same month.

A contract may have a different billing period than other contracts associated to the same account. A billing period may be specified monthly, bi-weekly, and so on.

After the billing and invoicing have occurred in the billing system, the INVOICE, INVOICE ITEM and INVOICE ITEM DETAIL tables store all the information of the invoice for the given billing period (usually a month). The term at which the customer has to pay the invoice is saved in the INVOICE PAYMENT TERM TYPE associated with each invoice (for example, one month or 90 days). The term is fixed when the contract is signed.

In case a discount or adjustment is applied to the invoice, this information is stored in the corresponding table (INVOICE DISCOUNT or INVOICE ADJUSTMENT). An EMPLOYEE can make invoice adjustments to the amount limited by INVOICE ADJUSTMENT QUOTA.

The invoice delivery to Tom Daniels itself is stored as a "non-network event" in the EVENT INVOICE DELIVERY.

The ACCOUNT PREFERRED PAYMENT METHOD stores the payment method chosen when the contract was signed and this method is the default for the payment transaction.

When Tom Daniels pays the invoice, for example using a bank transfer, the payment is stored in ACCOUNT PAYMENT and assigned to the corresponding open invoice. The ACCOUNT PAYMENT is stored into the INVOICE PAYMENT ASSIGNMENT.

The difference between the INVOICE amount and the payment adds to the debt (the debt is not shown in Figure B-5).

Note: for the revenue assurance sub-area and its corresponding reports, it is important to store the itemized bill in Oracle Communications Data Model. The usage items (detailed call list) can then be compared, one by one, with the rated CDRs and using this method you can find the difference between rated and billed CDRs.

The section,"Sample Use Case 8: Targeted Promotion for Video-on-Demand Services"shows a campaign set-up with the prospect choice. For this campaign, a measure of the campaign success could be obtained by analyzing the number of subscribers who contacted the call center and requested a product change based on the promotion, as a factor of time, in hours or days, between sending the promotion and customer call-back.

Sample Use Case 6: Changing Plan and Billing Address

SuperTelco launches a campaign to promote a package with converged broadband and mobile services. Tom Daniels sees the promotion message, delivered through an SMS campaign, and decides to take advantage of the promotion. He calls the call center and asks to change his product package to obtain the new converged family plan that includes broadband services. Later, using the SuperTelco Web Self-Service Interface he changes his billing address.

SuperTelco uses Oracle Communications Data Model to store this customer interaction as shown in Figure B-6 and as outlined in the corresponding steps.

Figure B-6 Changing Plan and Billing Address Data Model

Description of Figure B-6 follows
Description of "Figure B-6 Changing Plan and Billing Address Data Model"

The section, "Sample Use Case 1: Setting Up the Business Unit Organization" covers information about the call center.

The call center agent, stored in CALL CENTER AGENT, as well as the team and department, in CALL CENTER table, are uniquely identified in Oracle Communications Data Model. The call center agent may be an employee (stored then in EMPLOYEE) of SuperTelco or an employee of a partner company that runs the call center for SuperTelco. For this example the CALL CENTER AGENTis a subtype of EMPLOYEE. All INTERACTION CHANNELs need to be configured, such as the CALL CENTER and any Web or Online business system, or a counter (in a shop), to make sure that one can trace the interaction with the customer at any time.

The details for interaction information for the call center are stored as a "non network event". Depending on the method Tom Daniels uses to contact the call center, the corresponding code from INTERACTION TYPE is stored with the event:

Using EVENT PARTY INTERACTION CALL. This information is aggregated in the CALL CENTER CALL MONTH AGGR for further analysis.

Using PARTY INTERACTION THREAD to store the reason for the customer call. A thread groups all interactions having to do with the same list of requests, inquiries and issues the customer deals with. This information is aggregated in the CALL CENTER CASE MONTH AGGR for further analysis.

When the customer confirms the contract change, the product change process occurs in the CRM and billing system. This process triggers two SUBSCRIPTION events for the ACCOUNT (when the converged product is a complete package which cannot be split). Oracle Communications Data Model stores the following events:

The first event is a cancellation for the existing SUBSCRIPTION ("PKG_Mobile_300"). The effective_to_date attribute changes to the current date.

The second event for the SUBSCRIPTION is a new product subscription for the converged package (as described in "Sample Use Case 1: Setting Up the Business Unit Organization").

The third event involves creating the link between the two subscriptions and uses the table SUBSCRIPTION ASSIGNMENT to store their relationship.

If, as part of the commercial process for this offering defined by the Service Provider the CONTRACT requires changes, then do the following:

Close the old contract with a "cancellation reason" specified (find the cancellation reason in the lookup table CONTRACT STATUS REASON).

Create a new contract with the corresponding CONTRACT TERM VALUE supplied.

If the CONTRACT does not need to be replaced and the new product uses the same contract, then change the product assignment for the existing contract in the table CONTRACT PRODUCT ASSIGNMENT with a specific assignment code.

Note that a product change impacts several other tables on the next automatic data movement (and their corresponding reports):

The CANNIBALIZATION DETAIL MONTH AGGR table which captures the individual record related to the tariff and package change. This table fills the Cross and Up-sell mining model.

The CHURN PREDICT SOURCE DERIVED "Churn Predict Source". The contract or product has changed and this change impacts the likelihood to churn.

Customer Lifetime Value associated table is also updated. The contract or product has changed and this change impacts the likelihood to churn.

The Revenue Forecast OLAP cube also changes for this customer.

The details for the product charge information are stored in the various PRODUCT sub-entities, including: PRODUCT RATING PLAN and PRODUCT RATING PLAN DETAIL.

Note: the Oracle Communications Data Model does not rate, from the monetary perspective, any kind of event (no "shadow billing" as such), although one could customize Oracle Communications Data Model for this purpose.

The customer table, using the entity CUSTOMER and the attribute Billing Address Location Code, stores the customer's billing address. This attribute links to the actual address entity ADDRESS LOCATION. The billing address is one type with a value from the ADDRESS TYPE for the new address. For example, when Tom Daniels changes the billing address, using the SuperTelco Web Self-Service Interface, the change is captured by the ETLs (from the CRM or from the web interface) and is stored in Oracle Communications Data Model as a the non-network event (from the source Web Interface, the Web based customer self-care system, typically where you login to obtain your offer).

When Tom Daniels has given the new address, the two addresses are linked with the ADDRESS RELATED entity. With more than one address, changes are required in the ADDRESS RELATED and CUSTOMER entities:

The current billing address in ADDRESS RELATED has the value "Old Billing Address" as reason.

The new billing address reason is assigned: if this is a new home address the new address exists in Oracle Communications Data Model and becomes the new billing address.

The ADDRESS STATUS of new address is set to "Active" while the ADDRESS STATUS for the old address becomes "Inactive".

In the CUSTOMER table, the new billing address location is overwritten and the billing address effective date is updated to the correct date.

The change of address may impact the customer profiling mining model.

Additionally, the PARTY STATUS HISTORY could be updated (depending on what information the Service Provider requires).

Sample Use Case 7: Targeted Promotion for Video-on-Demand Services

SuperTelco analyzes the current customer base to identify the customers who are most likely to purchase the Video-On-Demand service. The Marketing department would also like to increase the number of customers in the loyalty program (this can help limit churn). Using the Data Mining tool for target promotion, the business analyst in the SuperTelco Marketing generates a list of customers that are likely to be interested in this service and that are not currently members of a loyalty program ("supervised" mining).

A sample of the target list of customers is selected to test the promotion. Customer Tom Daniels is among the target list of customers. SuperTelco sends the target customers an email. In order to collect customer feedback, SuperTelco decides that the test promotion customers must contact the call center to get the Video-On-Demand service and one free DVD.

Tom Daniels decides to buy the service and calls the CALL CENTER to get the new promotion, including:

A month of Video-On-Demand service for ten dollars.

Five films per month free and one free DVD.

During the call he is offered the option to be added to the loyalty program with 500 Loyalty bonus points.

The section, "Sample Use Case 6: Changing Plan and Billing Address" covers the impact of a product change.

The business analyst prepares the campaign, selects the prospects, and measures the campaign success as follow:

The marketing manager determines the number of customers that are members of the loyalty program. Membership in the loyalty program seems to be a factor in reducing churn and increasing SuperTelco's knowledge of a customer's preferences. To increase the number of customers in the loyalty program the marketing manager decides to contact existing customers to proposing a new offering, the Video-On-Demand product, and bind the offering to the loyalty program membership. The loyalty program membership is proposed whether the customer takes advantages of the Video-On-Demand promotion or not. Thus, the promotion includes two promotions:

Service Offering: Video-On-Demand

Loyalty Program Membership

The product setting for Video-On-Demand is specified in the PRODUCT and PRODUCT MARKET PLAN tables. The purpose and summary information for each promotion is specified in the PROMOTION table. Some PROMOTIONs may serve a single strategic purpose (the CAMPAIGN tracks the promotion purpose).

The business analyst for this campaign has the following requirements:

Prospects for Video-On-Demand should have an active broadband service.

Prospects for the loyalty program should not yet be a member of the loyalty program.

Prospects should only be individuals.

Prospects should not be in a campaign or have recently, within the last three months, been contacted for a promotional offering.

Prospect revenue should be at least in the middle range.

Prospect payment should be on-time, debt aging at zero or near zero, and the prospect should have had no service suspension for bad payments.

Before proposing the promotion on a large scale the business analyst should select a list of two hundred sample customers to test the campaign.

Because of the information received the business analyst uses the "supervised" method for targeted promotion data mining, using the specified criteria to find the prospect list.

The business analyst determines that there are two possibilities to generate the prospect list contacts:

The operator can buy a CONTACT LIST from an external marketing data provider. The SOURCE SYSTEM contains possible sources for this type of data. The marketing department can also design criteria based on which customers to select from a CONTACT LIST. The customer information may not be in the operator's customer database yet. In this case the customer information is recorded in PARTY and PARTY CONTACT LIST PARTICIPATION that associate the PARTY and a CONTACT LIST. The PROMOTION CONTACT LIST UTILIZATION records which promotion utilizes which CONTACT LIST.

The operator can run data mining, provided with Oracle Communications Data Model including the "Targeted Product Promotion", or "Customer Segmentation". This corresponds to a Mining result table whose name is "DWD_CUST_PROD_AFFLTN". The output from the mining model CUSTOMER SEGMENTATION MODELL is specified in the entity CUSTOMER SEGMENT.

For more information, see Chapter 10, "Oracle Communications Data Model Data Mining Models" and "Model 4: Cross-Sell Opportunity".

For the sample use case the customer Tom Daniels is part of the two hundred customer test sample. He is tagged as a prospect for this campaign and will appear in the table PROSPECT. Tom Daniels can be a prospect of only one campaign at a time. This is strictly necessary to correctly measure the campaign response. Note that because Tom Daniels is an individual, the table PROSPECT INDIVIDUAL is filled; in addition, some data may be collected during the promotion customer interaction.

Following Tom Daniels's interaction with the CALL CENTER, as specified in the PARTY INTERACTION THREAD, the tables INITIATIVE RESULT TYPE, PARTY PROMOTION RESPONSE, and PROSPECT, field Prospect Result Code, are updated:

Tom Daniels bought the service as specified in the promotion and the video chosen by Tom Daniels is recorded for further analysis (for billing and because the interest is saved information on "Tom Daniels's interest" and on most successful "Videos" type and name).

Tom Daniels accepts membership in the loyalty program, stored in the LOYALTY PROGRAM entity, thus increasing the number of loyalty program members and the knowledge of Tom Daniels's interests.

Each response from a targeted customer is recorded in PARTY PROMOTION RESPONSE. A positive response is stored as part of the mining result to the campaign, thus providing a better score to individual customers in a similar segment as Tom Daniels. The scoring table is reused to calculate the likelihood of a positive answer to the campaign when the campaign is broadened beyond the test to other customers.

Note: A customer email triggered this initiative and the initiative was completed by the call center. Thus, Tom Daniels's CALL CENTER call was triggered by the email so the medium of this targeted promotion is email while the sales channel is the CALL CENTER.

As a consequence of the new loyalty program membership and the associated 500 bonus points, a "non-network" event of type Loyalty is created and stored in the EVENT LOYALTY PROGRAM table. Tom Daniels also appears in the LOYALTY PROGRAM table (LOYALTY PROGRAM MO AGGR) coming from the previously defined CALL CENTER in the LOYALTY PROGRAM CHANNEL entity. The PARTY STATUS HISTORY is changed and some fields of CUSTOMER are updated (for example, Initiative Number and Customer Balance).

Sample Use Case 9: Retention of Terminating Contract

After a period as a customer, Tom Daniels's contract and plan ends. Before the contract ends SuperTelco notices that he is likely to churn, according to the socio-demographic data, the subscriptions he has, the usage and revenue pattern (based on comparisons with the customer segment).

The call center proposes that this customer continue with a new offering:

Family Broadband

Video-On-Demand and Phone

The new generation phone as equipment

A special 12% Discount for 12 months (12 month sign up)

SuperTelco uses Oracle Communications Data Model to store this customer interaction as shown in Figure B-7 and as outlined in the corresponding steps.

Figure B-7 Retention of Terminating Contract Model

Description of Figure B-7 follows
Description of "Figure B-7 Retention of Terminating Contract Model"

The terminating contract and call center retention involves the following steps:

Tom Daniels's churn likelihood increases as the end of the contract approaches. Because he is an important customer, belonging to the loyalty program, the churn likelihood should be lower than in other segments (according to AWARD LEVEL when Tom Daniels participates in the loyalty program by PARTY LOYALTY PROGRAM PARTICIPATION).

The operator may run Oracle Communications Data Model mining model to identify the highest probability churners. The result from mining model is saved in CUSTOMER MINING table. For more information, see "Model 1: Churn Prediction", and "Model 3: Customer Churn Factor".

There are usually two possible actions when a contract is due to terminate:

Do nothing: In this case the contract renews itself automatically when it is not actively canceled (assume that the customer will not churn). This is typically the case for a "sleeping" customer" that does not take the latest cheaper offering.

Actively contact the customer: In this case, contact the customer before the customer is sent an end contract term letter (do this if it appears that the probability of customer churn is high and this customer is worth the investment). This action is particularly true for short-term churn-conditions. For example, when a communication is indicated up to one month before the end of the contract where the customer may get an offer from a competitor. If the contract ended automatically an action of the Service Provider is required for a renewal.

Assuming that Tom Daniels is contacted, SuperTelco needs to know what to propose. Choices for this contact include the following:

Renew the contract with no changes: this is possible but usually after several years this option in not attractive, due to competition.

Proposing a new offering.

Renewing the contract with new hardware and a discount if the customer engages for more than twelve months.

For the sample use case with Tom Daniels, contract renewal with new hardware might be a good offering when the handsets for all the family members are old, over two years old, as specified in the information from HANDSET INSTANCE (subtype of EQUIPMENT INSTANCE). By offering a contract renewal with new hardware, you could allow the customer to use-up some loyalty points he has earned (by selecting different equipment). Additionally, binding the customer to twelve more months according to his ARPU Band could be worth a 12% discount.

Note that when you offer a new handset, this could provide new capabilities. For example, applications to download that could generate additional revenue for SuperTelco. This expectation can be reinforced due to the age of the children.

From the process perspective this use case is similar to the targeted promotion as described in "Sample Use Case 7: Targeted Promotion for Video-on-Demand Services" with similar entities and similar changes. After the customer accepts the new offer, a new CONTRACT is setup. In addition to the new CONTRACT, Tom Daniels is granted a gift. In this example, the new contract offer includes a new handset or a one month data service free pass. How the customer decides to pick up the gift is tracked in EVENT GIFT REDEMPTION.

Additionally to the party interaction, a non network event is stored in the table EVENT LOYALTY PROGRAM REDEMPTION to contain the free handset information. The free handset comes out of the association with the GIVE AWAY TYPE table assigned from the corresponding market plan (in PRODUCT MARKET PLAN ASSIGNMENT table). The handset itself is in the ITEM table.

In addition, to provide information on the kind of handsets Tom Daniels could afford, use the table REDEMPTION MO AGGR.

Note that if Tom Daniels was not a member of a loyalty program a similar offer could be available; the interaction for this handset offering would be stored into the EVENT GIFT REDEMPTION table.

Sample Use Case 10: Dealer and Employee Sales Commission

This use case expands the details for customer information, as described in the section, "Sample Use Case 2: Acquiring a New Customer (with Family Plan)". This use case provides details for how sales information from a dealer is stored. Recall that in Use Case 2, the customer Tom Daniels asked for a family plan offering with the following features:

Four numbers: two Postpaid mobile and two PrePaid

One Friends and Family option

During the interaction the customer calls the call center to get the phone and broadband offering and the Video On Demand Service. Assuming that SuperTelco rewards dealers depending on customer revenue, the number of services and the customer loyalty, one shall consider the commissions and costs spending for dealers and for a given campaign:

Actions for the dealer and employee sales commission use case include the following:

Party interaction, customer, and dealer

Impact on commission and cost

Loyalty campaign cost

SuperTelco uses Oracle Communications Data Model to store this dealer and customer interaction as shown in Figure B-8 and as outlined in the corresponding steps.

Figure B-8 Dealer and Employee Sales Commission Model

Description of Figure B-8 follows
Description of "Figure B-8 Dealer and Employee Sales Commission Model"

The information for the customer and account setup is described in "Sample Use Case 2: Acquiring a New Customer (with Family Plan)".

At implementation time or when the dealer first appeared, the dealer is entered as a DEALER, for example John Dealer, a sub-type of the PARTY table. A DEALER includes the associated entities:

An address (stored in ADDRESS LOCATION and related to DEALER).

A SALES CHANNEL and a channel to identify the dealer. The SALES CHANNEL is an abstracted umbrella that unifies both an external DEALER and the internal sales agents as an EMPLOYEE. The JOB ROLE for each employee is in EMPLOYEE JOB ROLE ASSIGNMENT. For example, the job role for a Sales Employee should be "Sales Agent".

An organization structure or a relationship to individuals (ORGANIZATION BUSINESS UNIT).

A discount group in the DISCOUNT GROUP entity within the DEALER DISCOUNT GROUP ASSIGNMENT table. All the discounts the provider allows for a dealer are defined in DEALER DISCOUNT GROUP ASSIGNMENT (as a group). This entity feeds the dealer cost and customer cost table.

As an employee in sales, John Dealer is associated with a sales commission plan code from the SALES COMMISSION PLAN table (using JOB ROLE). The details of the plan SALES COMMISSION PLAN DETAIL or the type of commission COMMISSION TYPE are stored in associated entities so that the full commissions and rewards for the item, equipment, services, and product market plan sold are set-up. The EMPLOYEE JOB ROLE ASSIGNMENT.

The Party interaction between John Dealer and Tom Daniels generates a new CUSTOMER ORDER. The customer order is generated in the BOSS/OSS system and loaded into Oracle Communications Data Model. For each customer order the SALES COMMISSION DETAIL is loaded to track how much commission should be granted to the DEALER in this sales transaction. Once the CUSTOMER ORDER is fulfilled in the provisioning system, a contract is settled with four activations, four handsets (ITEMs) and probably five products (one per mobile and the shared Friends and Family offering (even if there is only one contract). This has the following consequences in Oracle Communications Data Model:

John Dealer generated revenue increases and the number of customer and subscriptions: the revenue is compared to the quota the dealer had at the beginning of the month on each of these items, revenue, number of customers, and subscriptions, for the calculation of the dealer's commission and potential bonus and for the final dealer report.

John Dealer "costs" increase correspondingly, as he wins a percentage of the generated revenue.

The number of handsets available at John's shop is reduced by four (two Postpaid and two Prepaid). The out-of-stock forecast mining model is automatically fed and correspondingly updated.

The commission associated with the handsets through the commission indicator attribute ("Commission Ind") will trigger the calculation of an extra commission for the items sold, aggregated on the monthly basis (using COMMISSION DAY DRVD and SALES MONTH AGGR).

Assuming SuperTelco rewards on the effective revenue generated by the customer, depending on the ARPU band of the account associated with the customer, the special bonus for John Dealer is updated with Tom Daniel's profile and added as a supplementary cost for the dealer and for the customer. Note that often at this stage a fraud detection mechanism is applied to limit dealer or customer fraud.

As Tom Daniels changes the package to the convergent offering, due to a campaign, SuperTelco does not reward John Dealer. The campaign cost may be increased by the cost of creating and sending the SMS, in general, and by the cost of the call center agent interaction. The customer cost could also only be increased by the cost of the call center agent interaction (assuming the SMS sent to Tom Daniels is not considered). Note that the fact that Tom Daniels changes his package will probably impact the Band ARPU that could also change the bonus for John Dealer.

As Tom Daniels's contract comes to an end SuperTelco may decide to reward only the call center as a successful clawback action rather than granting further John Dealer with a bonus for the loyalty of the customer, as the later was not involved at all in the action. The customer cost for Tom Daniels would still increase. The employee and call center cost would also correspondingly increase (here, probably only the employee cost, as the call center cost must be considered to be the sum of the labor, employee, costs and other costs). For example the rent for the building or of the call center service is typically associated with the location of the call center only. Note that its total margin, due to the revenue generation through the contract renewal, is increasing even if the relative margin will probably decrease over the month.

At each end of month when the sales agent commissions are paid by payroll, the information in SALES COMMISSION PAYROLL is populated.

Sometimes certain dealers may commit fraud when bringing in new customers. For example, a dealer may have friends sign contracts to win a gift but then terminate the contract. The new customers brought in by the fraudulent dealer may be identified by SUBSCRIPTION STATISTIC DRVD. In this derived table some statistical functions are applied to find a high churn rate by a possibly cheating DEALER, compared to all other dealers.

Sample Use Case 11: Handling a Network Fault

The Network Monitoring System detects a failure at a switch. SuperTelco wants to understand how many customers are affected by the incident. The Network Monitoring System queries the Network Inventory to get the resource ID of the faulty element. The Network Monitoring System then generates a "network failure" event and Oracle Communications Data Model captures this event.

SuperTelco uses Oracle Communications Data Model to handle a network fault, as shown in Figure B-9 and as outlined in the corresponding steps.

SuperTelco includes the full network structure as specified in Oracle Communications Data Model and both the network operating and the network inventory applications provide information to Oracle Communications Data Model once a day.

Figure B-9 Handling a Network Fault Model

Description of Figure B-9 follows
Description of "Figure B-9 Handling a Network Fault Model"

Consider the case and steps required to handle a network fault:

The first questions for the manager after identifying the issue are:

One evening at 8pm a network cell suffers a power outage after being hit by lightning, and the network cell goes out and does not restart. The real-time network monitoring system alerts SuperTelco maintenance central. This allows SuperTelco to quickly identify where the failure is (site, location, default configuration before the break-down) and SuperTelco sends a team to look at the issue. Assume that this outage is a cell which is difficult to reach, despite being in a high density population area; thus it takes four hours to the maintenance team to repair and restart the network cell.

While the network is down, SuperTelco customers call the call center from fixed lines to complain. Some customers threaten to quit the service if the problem persists.

Up to this stage, Oracle Communications Data Model does not play a role. One could assume that Oracle Communications Data Model gets this summary information events, status, and so on, daily (at 2am the following morning). Note if the ETLs for the network controlling applications are configured such that Oracle Communications Data Model is updated in near real-time, for example hourly, then Oracle Communications Data Model may know about the event sooner.

The SuperTelco manager gets the network fault information in real-time from the network applications team.

Where is the cell located?

Whose qualified team is in charge now?

Which services are impacted?

Which customers may be impacted?

What is the average revenue impact if nothing is done?

Network applications should be able to answer directly where the cell is located and the team in charge. Note that Oracle Communications Data Model could also identify this information if the ID of the cell that broke down is supplied (even if Oracle Communications Data Model does not yet know that it broke down). A simple adhoc query on the NETWORK ELEMENT table, and its sub-tables, could answer the question:

"Where is my network element ID xxx?"

To answer the question:

"Who is in charge according to the maintenance plan?"

Oracle Communications Data Model can supply this information with a customization of the model (this information is not available out-of-the-box). If the network fault happens to multiple NETWORK ELEMENTs, all the faulted network elements are tracked in NETWORK ELEMENT FAULT ASSIGNMENT.

Each occurrence of a network failure is recorded in NETWORK FAULT. When a network fault happens at customer site, technical support activities to solve the problem are saved in the CUSTOMER FIELD SUPPORT when loaded into Oracle Communications Data Model. The CUSTOMER FIELD SUPPORT entity is a subtype of CUSTOMER FIELD SERVICE ACTIVITY.

Once the network fault is resolved the resolution type of the network fault is loaded according to FAULT RESOLUTION TYPE.

The list of services impacted is related to the list of elements which were out. In the sample use case, with a lightning strike, consider the full wireless traffic is down in the area near the antenna. Because this area is a high density area, one could expect that other antennae may partly cover the geographic coverage. In a GSM network, geographic areas are divided into different CELLs which are served by the corresponding BASE STATION CONTROLLER. The BASE STATION CONTROLLER is a subtype of NETWORK ELEMENT. A simple report showing the affected areas and services also lists the services associated with the cell.

You can obtain a list of impacted customers through the NETWORK FAULT SUBSCRIPTION ASSIGNMENT, which links the network fault to the SUBSCRIPTION table. The later contains the Circuit Component Code attribute that allows you to use the table CIRCUIT COMPONENT to get the NETWORK TOUCHPOINT concerned, the CELL SITE being a sub-table of NETWORK TOUCHPOINT. Consequently, a simple query on all subscriptions whose circuit component is tied to the cell ID that failed provides a list all the customer information associated with the given cell.

Similarly, the exact list of products impacted, per customer, can easily be provided (related to the service that is down and the subscriptions concerned).

With a list of products impacted, the manager can check how many calls normally run Friday evening between 8pm and 12pm, and get the average revenue generated at that time for those customers. This provides the average revenue loss within the four hours of time-off. The manager may send an email to the call center with the list of potential customers, to warn the call center that within the next three to four hours, those customers may be complaining about a loss of coverage.

When a customer calls the call center, an interaction event is created in EVENT PARTY INTERACTION, with an interaction type of Complain.

With the email and the customer list, a call center manager can warn the call center employees, and possibly ask for a additional personnel to manage the potential increase of complaint calls. Not that it is important to identify all the customer calls to the call center, associated with the failed cell that may be related to the network issue. This identification can be done either upfront in real-time by the call center agent or on a later with analysis from Oracle Communications Data Model. Note: the call center manager may have then an explanation ready for the next monthly meeting when he shows the customer satisfaction report.

For the most valuable customers that complain and threaten to churn, the customer care manager may decide to run a compensation program. For example, by providing ten free SMS or ten minutes for free next month for private customers and provide a 10% discount for business customers at risk of churning.

Later, if these procedures were not carried out, an increase in churn for the following month may be quickly related to the network issue: the default reports might show an alert due to an unusual increase in churn in a specific area (using the outlier function of the database associated to the alert functionality of Oracle Business Intelligence Suite Enterprise Edition).

With Oracle Communications Data Model, there are therefore several ways to come to the same conclusion, in our case:

The network cell ID (near real-time).

The abnormally limited geographic distribution of origin of some complaints (most probably the next two days).

The abnormally increase of churn in a limited region (a month later).

Sample Use Case 12: Implementing a Business Area

The CFO requests that the SuperTelco IT manager (Susan) has to implement all the billing related reports of Oracle Communications Data Model

For simplification, assume that:

The CFO wants to get the value as quickly as possible, so that Susan is not supposed to customize anything unless strictly necessary.

SuperTelco uses Oracle Business Intelligence Suite Enterprise Edition as the reporting tool.

Oracle Communications Data Model is installed but all tables are completely empty.

Despite the fact that some DWHs exist, on customers and products, Susan goes forward as for a "greenfield" implementation. But she will reuse part of the work that was done before, either directly from the DWH tables, used as a source to Oracle Communications Data Model or using the ETLs to directly feed Oracle Communications Data Model tables.

In a second phase, the CFO requests a special report to take the customers that are diplomats and hence do not pay any VAT. A special customer code must be created and the CFO wants a report only for these specially coded customers. Thus, Susan decides she needs to enhance the customer table with a column Tax Rate Amount and introduce a new Customer Type: Diplomat. These changes should be done in parallel in the CRM, in the Customer DWH, and in the billing system.

To implement these steps, the IT manager, Susan, does the following:

The project follows a typical DWH project plan with one important exception: because Oracle Communications Data Model is a "DWH-out-of-the-box", with an optimized design and an automatic data movement, intra-ETL provided, the main challenges for Susan are:

Limiting the Scope of the project to quickly deliver value to the CFO:

Identifying the reports associated with the chosen business area.

Identifying the OLAP cubes and Mining needed or wanted by the business.

Identifying the input tables required to fulfill the expectations.

Identifying from the source systems the data needed to fill the tables.

Analysis:

Identifying the gaps between the organization needs and Oracle Communications Data Model out-of-the-box delivery. In Susan's case, one could assume these are reduced to a minimum. If it has not been a "greenfield" implementation, the gap analysis between the existing reports and underlying DWH structure with Oracle Communications Data Model should also be run.

Identifying and writing down the difference in semantics between the various terms (normally, this should be quickly done after training with Oracle Communications Data Model). Mapping the source systems (in this case, only the billing and maybe the Product and Customer DWH) to Target Data Element.

Design and Development:

ETL (Billing to Oracle Communications Data Model and other DWH toOracle Communications Data Model).

Logical Data Model and Reports Design Enhancement

Training and Testing:

Scenarii creation and run

Acceptance Testing with some (trained) power-users

Deployment:

Initial / history data load

Incremental load

Maintenance:

Within a given business area, Susan will find the reports available out-of-the-box (directly looking at the reports themselves or in the associated documentation) and discuss those the CFO wants to see absolutely.

Once with the list of reports to feed, Susan checks the documentation to find out the entities from which these reports are filled and the programs used. She first turns to the Oracle Metadata dashboard (visible in Oracle Business Intelligence Suite Enterprise Edition): for each report, she finds all the tables that need to be filled (Dashboard Report-Entities) and gets also access to the Intra-ETLs that access these tables (Dashboard Entities-Programs).

Going down to the entity description, she can decide which attributes (columns) per table she needs to fill and compare those with the data she can get out of its different sources. Note that Susan will be able to find which KPIs is associated to which column in the Excel file OCDM_KPI_Aggr_spec.xls:

NETWORK EVENT as rated event from the billing system.

INVOICE details from the billing system.

Customer data either from the billing or the CRM system, or from its own Customer DWH.

Product and product rating data from either the billing system or its Product DWH.

Finally, it is Susan's decision to determine the source and then create the ETLs that load the corresponding information. In this case, she has two possibilities, the choice between the two being rather an architecture/process decision:

She uses the Product and Customer DWHs as the base for true and up-to-date customer and product information (product and customer "hubs" principle). If she used the standard DWH principles, those are probably in 3NF format, thus easing the mapping process to Oracle Communications Data Model base tables for customers, products and services.

She uses the ETLs that were feeding the Product and Customer DWHs and adapt them to feed Oracle Communications Data Model directly.

Important for Susan is that, as soon as some data are available in Oracle Communications Data Model, it will be automatically pushed to reporting level, in the OLAP cubes and to the various mining models (following the plan agreed at implementation time). She can therefore cross-check the data at each Oracle Communications Data Model level (reference, base, derived, aggregation,…) and compare them with previous reports she has. The difference in definitions (what is a subscriber, a customer, an offering, a service,…?) must have been run upfront to be able to compare the data and clarify any differences appearing.

On the second phase, adding a new type costs nothing but adding one line in the corresponding lookup table (CUSTOMER TYPE). The ETLs should be able to reference correctly the new customer type.

For the tax customization, Susan will check in the Oracle Metadata dashboard the list of all intra-ETLs and programs hit by a customization of the customer table: in principle, there are a lot impacted. However, with a new attribute, most of them won't need any changes; only those that need to aggregate the result of any facts according to this new column must be extended.

With this information, Susan will access and adapt the code of each intra-ETL she needs to. She will then adapt Oracle Business Intelligence Suite Enterprise Edition repository and the sample reports to present the new dimension.

Index

A  B  C  D  E  F  G  H  I  L  M  N  O  P  Q  R  S  T  U  V  W 

A

access method logical dimension, 3.1.1

account logical dimension, 3.1.2

account payment method status type logical dimension, 3.1.3

account refund reason logical dimension, 3.1.4

address location logical dimension, 3.1.5

age band logical dimension, 3.1.6

age on net band logical dimension, 3.1.7

aggregate population scripts for intra-ETL, 7.1

aggregate tables

physical data model, 4.6

application adapters

for Oracle Communications Data Model, 13, 14

arpu band logical dimension, 3.1.8

B

bank direct debit channel logical dimension, 3.1.9

base tables

physical data model, 4.4

ber fer type logical dimension, 3.1.10

Billing and Revenue Management Adapter

Oracle Communications Data Model, 14

billing cycle logical dimension, 3.1.11

billing status type logical dimension, 3.1.12

BRM Adapter, 14

business time logical dimension, 3.1.13

C

calendar population

utility scripts, 11.1

calendar time logical dimension, 3.1.14

call category logical dimension, 3.1.15

call center agent logical dimension, 3.1.16

call center case title logical dimension, 3.1.17

call center logical dimension, 3.1.18

call direction logical dimension, 3.1.19

call other type logical dimension, 3.1.20

call routing type logical dimension, 3.1.21

call service type logical dimension, 3.1.22

call source destination logical dimension, 3.1.23

call success fail type logical dimension, 3.1.24

call type logical dimension, 3.1.25

campaign channel logical dimension, 3.1.26

campaign logical dimension, 3.1.27

cell outage reason logical dimension, 3.1.28

change proposed by type logical dimension, 3.1.29

collection agency logical dimension, 3.1.30

commission type logical dimension, 3.1.31

compressed tables

physical data model, 4.9

conformance certification

Information Framework, 1.6

content type logical dimension, 3.1.32

contract change initiator type logical dimension, 3.1.33

contract change reason logical dimension, 3.1.34

contract logical dimension, 3.1.35

cost and contribution sample reports, 12.1

credit category logical dimension, 3.1.36

customer management sample reports, 12.2

customer revenue band logical dimension, 3.1.37

customer segment logical dimension, 3.1.38

D

data mining in Oracle Communication Data Model

models. See data mining models, Oracle Communication Data Model

database sequences

physical data model, 4.8

dealer entity, 2.1.3

dealer logical dimension, 3.1.39

debt age band logical dimension, 3.1.40

derived population scripts for intra-ETL, 7.1

derived tables

physical data model, 4.5

dimensions

Oracle Communications Data Model, 3

direct debit status reason logical dimension, 3.1.41

divert retrieve type logical dimension, 3.1.42

E

employee logical dimension, 3.1.43

entities, Oracle Communications Data Model

logical, 2

entity dictionary, 2.3

event result logical dimension, 3.1.44

event type logical dimension, 3.1.45

external operator logical dimension, 3.1.46

F

fraud profile class logical dimension, 3.1.47

G

geography logical dimension, 3.1.48

give away type logical dimension, 3.1.49

GPRS services logical dimension, 3.1.50

H

handset model logical dimension, 3.1.51

I

IN platform logical dimension, 3.1.52

Information Framework (SID), 1.6

initiative type logical dimension, 3.1.53

interaction channel logical dimension, 3.1.54

internet service provider logical dimension, 3.1.55

intra-ETL, 7

DWC_OLAP_ETL_PARAMETER table, A.2

execution of workflow, 7.1

mapping and value lookup, 7.2

PL/SQL mapping, 7.4

process flows, 7.5

source and target mapping, 7.3

Intra-ETL introduction, 7.1

Intra-ETL scripts

aggregate population, 7.1

derived population, 7.1

invoice adjustment reason logical dimension, 3.1.56

invoice adjustment type logical dimension, 3.1.57

item logical dimension, 3.1.58

L

legal process status type logical dimension, 3.1.59

logical data model, 2.3

business area entities, 2.2

dimensions, 3

reference entities, 2.1

logical data model, Oracle Communications Data Model, 2

logical dimension

access method dimension, 3.1.1

account dimension, 3.1.2

account payment method status type dimension, 3.1.3

account refund reason dimension, 3.1.4

address location dimension, 3.1.5

age band dimension, 3.1.6

age on net band dimension, 3.1.7

arpu band dimension, 3.1.8

bank direct debit channel dimension, 3.1.9

ber fer type dimension, 3.1.10

billing cycle dimension, 3.1.11

billing status type dimension, 3.1.12

business time dimension, 3.1.13

calendar time dimension, 3.1.14

call category dimension, 3.1.15

call center agent dimension, 3.1.16

call center case title dimension, 3.1.17

call center dimension, 3.1.18

call direction dimension, 3.1.19

call other type dimension, 3.1.20

call routing type dimension, 3.1.21

call service type dimension, 3.1.22

call source destination dimension, 3.1.23

call success fail type dimension, 3.1.24

call type dimension, 3.1.25

campaign channel dimension, 3.1.26

campaign dimension, 3.1.27

cell outage reason dimension, 3.1.28

change proposed by type dimension, 3.1.29

collection agency dimension, 3.1.30

commission type dimension, 3.1.31

content type dimension, 3.1.32

contract change initiator type dimension, 3.1.33

contract change reason dimension, 3.1.34

contract dimension, 3.1.35

credit category dimension, 3.1.36

customer revenue band dimension, 3.1.37

customer segment dimension, 3.1.38

dealer dimension, 3.1.39

debt age band dimension, 3.1.40

direct debit status reason dimension, 3.1.41

divert retrieve type dimension, 3.1.42

employee dimension, 3.1.43

event result dimension, 3.1.44

event type dimension, 3.1.45

external operator dimension, 3.1.46

fraud profile class dimension, 3.1.47

geography dimension, 3.1.48

give away type dimension, 3.1.49

GPRS services dimension, 3.1.50

handset model dimension, 3.1.51

IN platform dimension, 3.1.52

initiative type dimension, 3.1.53

interaction channel dimension, 3.1.54

internet service provider dimension, 3.1.55

invoice adjustment reason dimension, 3.1.56

invoice adjustment type dimension, 3.1.57

item dimension, 3.1.58

legal process status type dimension, 3.1.59

loyalty program channel dimension, 3.1.60

market area dimension, 3.1.61

network dimension, 3.1.62

network element dimension, 3.1.63

network touchpoint class dimension, 3.1.64

network touchpoint status dimension, 3.1.65

network touchpoint type dimension, 3.1.66

notification type dimension, 3.1.67

NP request type dimension, 3.1.68

on off net dimension, 3.1.69

organization dimension, 3.1.70

partner settlement reason dimension, 3.1.71

party dimension, 3.1.72

payment channel dimension, 3.1.73

payment method dimension, 3.1.74

payment transaction type dimension, 3.1.75

PCU outage reason dimension, 3.1.76

peak offpeak time dimension, 3.1.77

PPA category dimension, 3.1.78

product dimension, 3.1.79, 3.1.80

promotion dimension, 3.1.81

promotion result type dimension, 3.1.82

recharge revenue slab dimension, 3.1.83

redemption type dimension, 3.1.84

RF carrier dimension, 3.1.85

roaming type dimension, 3.1.86

sales channel dimension, 3.1.87

sales channel representative dimension, 3.1.88

service coverage area dimension, 3.1.89

subscription dimension, 3.1.90

subsidy type dimension, 3.1.91

switch dimension, 3.1.92

technology type dimension, 3.1.93

time slot dimension, 3.1.94

UMS access type dimension, 3.1.95

value added services dimension, 3.1.96

VAS dimension, 3.1.96

logical dimensions, Oracle Communications Data Model, 3

logical entities, Oracle Communications Data Model, 2

logical entity

dealer entity, 2.1.3

partner management business area entity, 2.2.5

product instance entity, 2.1.9

product management business area entity, 2.2.6

revenue business area entity, 2.2.8

service entity, 2.1.10

subscription entity, 2.1.11

wireless network entity, 2.1.14

logical to physical mapping

Oracle Communications Data Model, 5

lookup tables

physical data model, 4.3

loyalty program channel logical dimension, 3.1.60

M

market area logical dimension, 3.1.61

marketing sample reports, 12.3

N

NCC Adapter, 13

Network Charging and Control Adapter

Oracle Communications Data Model, 13

network element logical dimension, 3.1.63

network logical dimension, 3.1.62

network sample reports, 12.4

network touchpoint class logical dimension, 3.1.64

network touchpoint status logical dimension, 3.1.65

network touchpoint type logical dimension, 3.1.66

notification type logical dimension, 3.1.67

NP request type logical dimension, 3.1.68

O

OLAP

populating the OLAP module, 8.1.1

OLAP cube

account debt cube, 9.1.1

account payment cube, 9.1.2

account refund cube, 9.1.3

ACM, 9.1.9

ACM_FCST, 9.1.16

ACM_FCST_STTSTC, 9.1.17

ADM, 9.1.1

APM, 9.1.2

ARM, 9.1.3

CCM, 9.1.8

cell statistic cube, 9.1.4

cell statistic forecast cube, 9.1.18

CHRN, 9.1.15

CM, 9.1.6

CMSN, 9.1.5

COM, 9.1.7

commission cube, 9.1.5

contract cube, 9.1.6

cost customer cube, 9.1.8

cost organizational cube, 9.1.7

CSM, 9.1.4

CSM_FCST, 9.1.18

customer acquisition cube, 9.1.9

customer acquisition forecast cube, 9.1.16

customer acquisition forecast statistic cube, 9.1.17

EDCM, 9.1.10

external debt collection cube, 9.1.10

handset stock cube, 9.1.11

handset stock forecast cube, 9.1.19

HSKM, 9.1.11

HSKM_FCST, 9.1.19

IAM, 9.1.12

ICT, 9.1.13

invoice adjustment cube, 9.1.12

invoice customer type cube, 9.1.13

revenue cube, 9.1.14

revenue forecast cube, 9.1.20

RVN, 9.1.14

RVN_FCST, 9.1.20

subscriber churn statistic cube, 9.1.15

OLAP cube materialized views, 4.10

OLAP cube views

from ocdm_sys schema, 4.10

OLAP dimension

account refund reason, 8.2.1

ARRSN, 8.2.1

CAGNCY, 8.2.3

churn reason, 8.2.2

CMTYP, 8.2.4

collection agency, 8.2.3

commission type, 8.2.4

CRNRSN, 8.2.2

CSGMNT, 8.2.6

CUST, 8.2.5

customer, 8.2.5

customer segment, 8.2.6

customer type, 8.2.7

CUSTYP, 8.2.7

DAB, 8.2.8

debt aging band, 8.2.8

GEO, 8.2.9

geography, 8.2.9

handset model, 8.2.10

HSMDL, 8.2.10

IARSN, 8.2.11

IATYP, 8.2.12

invoice adjustment reason, 8.2.11

invoice adjustment type, 8.2.12

mining churn type, 8.2.13

mining life time survival band, 8.2.14

mining life time value band, 8.2.15

mining sentiment category, 8.2.16

MNCT, 8.2.13

MNLSB, 8.2.14

MNLVB, 8.2.15

MNSC, 8.2.16

NELMNT, 8.2.17

network element, 8.2.17

ORG, 8.2.18

organization, 8.2.18

payment channel, 8.2.19

payment method type, 8.2.20

payment transaction type, 8.2.21

PCHNL, 8.2.19

peak offpeak time, 8.2.22

PMP, 8.2.24

PMTYP, 8.2.20

POPT, 8.2.22

PRMTN, 8.2.25

PROD, 8.2.23

product, 8.2.23

product market plan, 8.2.24

promotion, 8.2.25

PTTYP, 8.2.21

sales channel, 8.2.26

SLCHNL, 8.2.26

time, 8.2.27

time slot, 8.2.28

TSLT, 8.2.28

OLAP dimensions, 8.2

OLAP model cubes

Oracle Communications Data Model, 9

OLAP model dimensions

Oracle Communications Data Model, 8

on off net logical dimension, 3.1.69

Oracle Communications Data Model, 4, 7

Billing and Revenue Management Adapter, 14

components summary, 1.3

intra-ETL, 7

logical data model, 2, 4

logical data model dimensions, 3

logical to physical mapping, 5

Network Charging and Control Adapter, 13

OLAP dimensions, 8.2

OLAP model cubes, 9

OLAP model dimensions, 8

physical data model partitioning, 6

sample reports, 12

utility scripts, 11

organization logical dimension, 3.1.70

P

partner management business area entity, 2.2.5

partner management sample reports, 12.5

partner settlement reason logical dimension, 3.1.71

party logical dimension, 3.1.72

payment channel logical dimension, 3.1.73

payment method logical dimension, 3.1.74

payment transaction type logical dimension, 3.1.75

PCU outage reason logical dimension, 3.1.76

peak offpeak time logical dimension, 3.1.77

physical data model, 4

aggregate tables, 4.6

base tables, 4.4

compressed tables, 4.9

database sequences, 4.8

derived tables, 4.5

lookup tables, 4.3

OLAP cube materialized views, 4.10

partitioning, 6

reference tables, 4.2

physical data model, Oracle Communications Data Model, 4

physical entities, Oracle Communications Data Model

physical, 4

PL/SQL mapping for intra-ETL, 7.4

PPA category logical dimension, 3.1.78

process flows

intra-ETL, 7.5

product dimension logical dimension, 3.1.79, 3.1.80

product instance entity, 2.1.9

product management business area entity, 2.2.6

product management sample reports, 12.6

promotion dimension logical dimension, 3.1.81

promotion result type logical dimension, 3.1.82

provisioning and service sample reports, 12.7

Q

query rewrite for cube materialized views, 8.1.2

R

recharge revenue slab logical dimension, 3.1.83

redemption type logical dimension, 3.1.84

reference tables

physical data model, 4.2

revenue business area entity, 2.2.8

revenue sample reports, 12.8

RF carrier logical dimension, 3.1.85

roaming type logical dimension, 3.1.86

S

sales channel logical dimension, 3.1.87

sales channel representative logical dimension, 3.1.88

sample reports

cost and contribution, 12.1

customer management, 12.2

marketing, 12.3

network, 12.4

Oracle Communications Data Model, 12

partner management, 12.5

product management, 12.6

provisioning and service, 12.7

revenue, 12.8

service coverage area logical dimension, 3.1.89

service entity, 2.1.10

SID

conformance certification, 1.6

Information Framework, 1.6

source and target mapping for intra-ETL, 7.3

standards support

TM Forum SID, 1.6

subscription entity, 2.1.11

subscription logical dimension, 3.1.90

subsidy type logical dimension, 3.1.91

switch logical dimension, 3.1.92

T

technology type logical dimension, 3.1.93

time slot logical dimension, 3.1.94

TM Forum Information Framework, 1.6

U

UMS access type logical dimension, 3.1.95

utility scripts

calendar population, 11.1

Oracle Communications Data Model, 11

V

value added services logical dimension, 3.1.96

value lookup

for intra-ETL mapping, 7.2

VAS logical dimension, 3.1.96

W

wireless network entity, 2.1.14

This report shows the Network Health Analysis tab with the Connection by geography tab sample report. This report shows a top level control area and a bar chart with a key

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Shows the churn outlier by sales agent sample report. This includes a top level control area and a table of values.

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This figure shows the customer market share analysis report. The report includes a top level control area and a Customer Market Share pie chart with a key.

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Shows the DRVD_FLW flow.

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Shows the standard GRPS Service hierarchy, Total, Detail.

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Shows the Customer Churn Rate sample report. This includes a top control area to specify the year, the district, and the customer type, and a bar graph and a table of values.

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Shows the model for the organization business unit set up.

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Shows the cost of controlling attrition per employee sample report. This shows a control area, two bar charts, and values in a table.

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Shows the standard Credit Category hierarchy, Total, Detail.

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Shows the model for a terminating contract and customer retentions.

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This report shows the Network Health Analysis tab with the Traffic by Connection tab sample report. This report shows a top level control area, a bar and line graph "Traffic by Connection", and a table of values.

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Shows the customer churn statistics sample report. This report includes a top level control area, two bar graphs, and a table of values.

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Shows the standard Network Touchpoint Type hierarchy, Total, Detail.

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Shows the standard Employee hierarchy, Total, Detail.

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The figure shows the partner management churn outlier by partner sample report. This report shows a top level control area, a bar chart, and a table of values.

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Shows the standard Organization Company hierarchy, Corporation, Company, Chain, Area, Region, District, Business Unit.

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Shows the standard Call Other Type hierarchy, Total, Detail.

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This report shows the customer order analysis area, order volume by product sample report. The report shows a top level control area, a date range slider, and an Order Volume chart with Order Volume by Product Name.

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Shows the standard Debt Aging Band hierarchy, All Debt Aging, Detail.

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This report shows the Network Analysis tab with the Load During Busy Hours tab sample report. The report includes a top level control area, and a bar chart, and a table of values.

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This report shows the Customer Order Analysis Order Volume per Month sample report. This report shows a top level control area, a date range slider, and a bar chart, "Order Volume".

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Shows the Churn tab with the complain rate outlier by business unit tab sample report. This includes a top level control area and a table of values.

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Shows the standard Initiative Type hierarchy, Total, Detail.

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Shows the standard Geography hierarchy, Total, World, Region, Subregion, Country, State, City, County, Address Location.

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This figure shows the Revenue montly future plan drop-out sample report. This report shows a top level control area, a bar graph, and a table of values.

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Shows the predicted churn customer by LTV category report. This report includes a top level SVM Predict control area, a DT Predict Churner Indicator control area, and a table of values.

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Show two flow charts, on for a standard offer, and one for CustA (Customer A). The Standard offer includes an Offer1: $200 with a contract period of 24 (months). This includes, in tree form: Product A, Product B, and Product C. The second chart shows Cust A, Offer1, and Product A, Product B, and Product C, with text (bought offer 1 from standard offer, monthly 200, contract period 24.

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This report shows the Customer Order Analysis Fall Out Rate by Product Type sample report. The report includes a top level control area, a date range slider, and a bar chart.

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Shows the relationship diagram for the product and subscription scenario. This includes the Contract (Offer1: $200 and Contract Period 24), Customer (John), Account (A-J), Subscription (Product A, Product B, and Product C), Product (Product A, Product B, Product C), Product Market Plan Assignment, Product Market Plan, Business Interaction Item, and Contract Item (shows flow and relationships between these items).

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The report shows the network usage number area, number of calls by call category sample report. This report shows a top level control area, a bar chart, and a table of values.

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Shows the average operating cost per employee sample report. This includes a control area, two bar charts, and values in a table.

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Shows the standard Call Routing Type hierarchy, Total, Detail.

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Shows the standard PPA Category hierarchy, Total, Detail.

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This figure shows the Revenue Net Sales sample report. This report shows a top level control area, two bar charts, and a table of values.

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Shows the OLAP_FLW sub-process.

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Shows the BRM Adapter Architecture. This includes: BRM, GoldenGate or ODI feeding the Staging Layer, ODI to load the Foundation Layer, and then the Analytic Layer, and then the Presentation Layer.

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Shows the standard Network Touchpoint Class hierarchy, Total, Detail.

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This figure shows the Revenue Abnormally High Usage samplereport. This figure shows a top level control area, a line chart, and a table of values.

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This figure shows the Revenue Assurance sample report. This report shows a top level control area, and two bar charts: "Remaining Contract Amount" and "Revenue".

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Shows Handset Model, Inventory Out-of-Stock, sample report. This includes a top level control area, a graph with count of inventory out of stock and actual stock, and a table of values.

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Shows the standard Time Slot hierarchy, Total, Detail.

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Shows the standard Content Type hierarchy, All Content Type, Content Type Detail.

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This report shows the Network Health Analysis tab Dropped Cal Rate tab sample report. This report shows a top level control area and a bar chart for Dropped Call Rate, and a table of values.

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Shows the standard Contract hierarchy, Total, Detail.

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This figure shows the Revenue percent of non billed revenue sample report. This report shows a top level control area and line chart with two lines.

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Shows the standard Give Away Type hierarchy, Total, Detail.

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Shows the standard Subsidy Type hierarchy, All Subsidy Types, Subsidy Type.

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Shows the standard Dealer hierarchy, Total, Detail.

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Shows the standard Billing Cycle hierarchy, Total, Detail.

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This figure shows the Activation and Service orders sample report.This report shows a table of values.

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Shows the standard Collection Agency hierarchy, Total, Detail.

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Shows the standard Sales Channel hierarchy, Total, Detail.

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This report shows the Customer Order Analysis area, Order Change per Quarter sample report. The report includes a top level control area, a date range selector, a bar chart, Gross Additions, and a table of values.

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This figure shows the customer order analysis, order volume by order type sample report. The report shows a top level control area, a date range slider, and an bar chart for order volume by order type.

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Shows the entities in a business interaction for a customer order.

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Shows the standard Redemption Type hierarchy, Total, Detail.

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Shows the standard Cell Outage Reason hierarchy, Total, Detail.

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Shows the standard Account hierarchy, Total, Detail.

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Shows the standard Item hierarchy, Total, Detail.

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Shows the customer acquisition forecast sample report. This includes a top level control area, a line graph, and a table of values.

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Shows the standard Market Area hierarchy, Total, Detail.

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Shows the standard Campaign Channel hierarchy, Total, Detail.

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This report shows the customer base product share sample report. The report includes a top level control area, two pie charts with keys and associated tables of values.

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This report shows the track dealer commission and performance sample report. The report includes a top level control area, two bar charts and a table of values.

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Shows the Investment Cost sample report. This includes a top area control with drop down lists, a pie chart, a bar chart, and values in a table.

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Shows the Oracle Communications Data Model components, including: Foundation Layer, Analytic Layer, and Presentation Layer. Flow is shown with arrows from Foundation Layer to Analytic Layer to Presentation Layer.

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This report shows the product performance sample report. This report shows a top level control area, a bar chart for Product Perormance by product and total amount billed, and a table of values.

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Shows the standardCall Source Destination hierarchy, Total, Detail.

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Show the entity model diagram for relationships with Party entity and Party Assignment entity. This includes the following entity relationships: Party Interaction Thread, Party Role, Party Role Assignment, Party Contact Information, Party Assignment, Party Cost Assignment, Party Status History, Party Address Location Assignment, Party Type, and Party.

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Shows the standard Invoice Adjustment Reason hierarchy, Total, Detail.

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This report shows the Customer Order Anlysis Order Volume by Product Type sample report. The report includes a top level control area, a date range slider, and a bar chart, "Order Volume".

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This figure shows the Revenue monthly revenue sample report. This report shows a top level control area, two bar charts, "Billed Revenue" and "Total Revenue", and a table of values.

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Shows the standard Call Center hierarchy, Total, Detail.

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This figure shows the Revenue Analysis tab with the Debt Collection tab sample report. This report shows a top level control area, two bar and line graphs, and a cut off table of values showing just the top two rows and the row headings.

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This report shows the network analysis tab with the network capacity tab sample report. The report includes a control area, a bar graph with Network Capacity by Month, and a table of values.

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Shows the standard Loyalty Program Channel hierarchy, Total, Detail.

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Shows the Operating Cost sample report. This includes a top area control area with dropdown lists, a pie chart, a line graph, and a table of values.

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Shows the standard Recharge Revenue Slab hierarchy, Total, Detail.

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Shows the standard Product hierarchy, Total, Type, Detail.

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This figure shows the Revenue Gross Sales sample report. This report shows a top level control area, two bar charts, and a table of values.

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Shows the model for handling a network fault.

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This figure shows the Revenue invoice collected and uncollected sample report. This report shows a top level control area, a bar graph, and a table of values.

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Shows the standard PCU Outage Reason hierarchy, Total, Detail.

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Shows the customer by life time span category sample report. This includes a top level control area, a set of 5 pie charts with assoicated key.

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Shows the standard Handset Model hierarchy, Total, Detail.

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Shows the standard Call Center Case Title hierarchy, Total, Detail.

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Shows the standard Event Result hierarchy, Total, Detail.

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Shows the Churn Outlier by Site (Building) report. This report includes a top level control area, a bar chart, "Churn Rate by Street, and a table of values.

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Shows the Oracle Communications Data Model components, including: Foundation Layer, Analytic Layer, and Presentation Layer. Flow is shown with arrows from Foundation Layer to Analytic Layer to Presentation Layer. Also shows a circle that includes a subset of the tables shown, within the flow across the data.

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Shows the standard Technology Type hierarchy, Total, Detail.

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Shows the standard Customer Segment hierarchy, Total, Detail.

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Shows the standard Organization Banner hierarchy, Corporation, Banner, Business Unit.

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Shows the MINING_FLW sub process.

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The figure shows the Customer Order Analysis area, Order Volume by Order Status sample report. This report shows a top level control area, a slider for the date range, and an Order Volume by Order Status, cancelled, delivered, partially delivered, processing, and shipped bar chart.

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Shows the standard Bank Direct Debt Channel hierarchy, Total, Detail.

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Shows the billing and payment model.

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Shows the standard Payment Method hierarchy, Total, Detail.

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Shows the standard Product Market Plan hierarchy, Total, Type,Detail.

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Shows the standard Sales Channel Representative hierarchy, Total, Detail.

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Shows the standard External Operator hierarchy, Total, Detail.

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This report shows the partner management roaming partner settlement summary sample report. This report includes a top level control area, a bar chart, and a table of values.

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Shows the average profit per customer sample report. This includes a top level control area and sample values in a table.

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Shows the standard Account Payment Method Status Type Hierarchy hierarchy: Total, Detail.

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Shows the new family plan setup with entity model.

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Shows the standard Campaign hierarchy, Total, Detail.

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Shows a customer future Life Time Value LTV sample report. This includes a table of values and notes.

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Shows the average profit per employee sample report. This includes a top level control area, two bar charts and values in a table.

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Shows the standard Payment Transaction Type hierarchy, Total, Detail.

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Shows the Total Profit sample report. This includes a top level control area, two bar charts and values in a table.

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Shows the customer growth rate sample report. This includes a top level control area, a bar chart, and a table of values.

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This report shows the Network Health Analysis tab with the Call Failure Rate tab sample report. This report shows a top level control area, a bar chart for "Number of Failed Calls, and a table of values.

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Shows the standard Promotion Result hierarchy, Total, Detail.

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This figure shows the Revenue refund to customer sample report. This report shows a top level control area and two bar charts.

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Shows the standard Party hierarchy, Total, Detail.

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This report shows the Network Health Analysis tab Connections per Site tab sample report. This report shows a top level control area, a bar chart for "Connections per Site", and a table of values.

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Shows the advertising cost sample report. This includes a pie chart, a bar chart, and values in a table.

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Shows the standard Age On Net Band hierarchy, Total, Detail.

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This figure shows the Revenue Sales sample report. This report shows a top level control area, two bar charts, and a table of values.

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Shows the customer segmentation details report. This includes a top level control for Segment Name, and a table of values showing churn probability.

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This report shows the Network Health Analysis tab with the Congestion tab sample report. This report shows a top level control area, a bar chart showing "Network Congestion, and a table of values.

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Shows the standard Call Category hierarchy, Total, Detail.

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Shows the standard Access Method hierarchy: Total, Type, and Detail.

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Figure

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Shows the standard Network hierarchy, Total, Detail.

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The report shows the network usage number of 911 calls sample report. This report shows a top level control area, a bar chart, and a table of values.

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Shows the standard Call Successful Fail hierarchy, Total, Detail.

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Shows the Customer Churn Report tab with the Customer by Life Type Value Band tab sample report. This report includes a table of values with a column showing the Predict Churn SVM probability with a probability value and a level indicator.

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Shows the standard Call Type hierarchy, Total, Detail.

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Shows the standard Service Coverage hierarchy, Total, Area.

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This figure shows the Revenue minutes of usage for high local call usage sample report. This report shows a top level control area, a bar chart, and a table of values.

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Shows the standard Contract Assignment Reason hierarchy, All Contract Assignment Reason, Contract Assignment Reason Detail.

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This figure shows the Revenue invoice adjustment sample report. This report shows a top level control area and table of values.

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This report shows the network analysis minutes of usage sample report. The report includes a top level control area, a bar chart for minutes of usage by month with key, and a table of values.

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This report shows the partner content sales sample report. The report includes a top level control area, a bar chart, "Monthly Rated Amount by Content", a second bar chart, "Bytes Transferred by Content", and a table of values.

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Shows the Customer LTV sample report. This report shows a table of values.

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Shows the standard NP Request hierarchy, Total, Detail.

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Shows the Churn Reason Distribution sample report. This includes a top control area, a bar graph with a key, a pie chart with a key, and a table of values.

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Shows the customer call model. This includes the following entities: Product, Access Method, Account, Customer Network Event, Mediated Call Event, Wireless Call Event, Roaming Type, and Call Category.

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Shows the standard Account Refund Reason hierarchy, Total, Detail.

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Shows the standard Call Center Agent hierarchy, Total, Type, Detail.

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Shows the standard Call Direction hierarchy, Total, Detail.

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Shows the standard Divert Retrieve Type hierarchy, Total, Detail.

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Shows the standard Organization Division hierarchy, Corporation, Division, Business Unit.

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Shows the standard Network Element hierarchy, Total, Detail.

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Shows the standard Partner Settlement Reason hierarchy, Total, Detail.

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Shows the Organization Business Unit entity relationships. This includes the relationships between: Organization Area, Organization Chain, Organization Company, Organization Region, Organization Corporate, Organization District, Organization Banner, and Organization Division, all related to Organization Business Unit.

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Shows the standard Roaming Type hierarchy, Total, Type.

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The report shows the network usage number of calls by routing type sample report. This report shows a top level control area, a bar chart, and a table of values.

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Shows the standard Legal Process Status Type hierarchy, Total, Detail.

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Shows the Churn profile using decision tree sample report. This includes a table of values.

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Shows the standard Network Touchpoint Status hierarchy, Total, Detail.

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This figure shows the Revenue CDR Revenue compared to Billed Revenue sample report. This report shows a top level control area, a bar chart, "Billed vs. Collected Revenue", and a table of values.

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Shows the standard Event Type hierarchy, Total, Detail.

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The report shows the network usage area, number of calls by call service type sample report. This report shows a top level control area, a bar chart, and a table of values.

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This report shows the network analysis airetime per subscription sample report. The report includes a top level control area and a bar chart, Airtime per Subscription.

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Shows the Churn Factor Rank sample report. This includes a bar chart, an acronym and attribute description key, and a table of values with the Churn SVM factor.

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This figure shows the Revenue tab with the Average Revenue per Business Unit tab. This report shows a top level control area, two bar charts, and a table of values.

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Shows the standard Internet Service Provider hierarchy, Total, Detail.

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Shows the standard UMS Access Type hierarchy, Total, Detail.

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Shows the standard Contract Change Initiator Type hierarchy, All, Detail.

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Shows the standard Address Location hierarchy, Total, Detail.

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Shows the customer segments sample report. This includes a top level control area and two pie charts.

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Shows the standard Direct Debt Status Reason hierarchy, Total, Detail.

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Shows the standard IN Platform hierarchy, Total, Detail.

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Shows the Value Added Services hierarchy, Total, Detail.

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Shows the retention cumulative gain sample report. This includes a line graph and a table of values.

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Shows the standard Ber Fer Type hierarchy, Total, Detail.

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Shows the standard Business Time hierarchy, Total, Year, Half Year, Quarter, Month, Half Month, Day.

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Shows the standard Subscription hierarchy, Subscriptions Total, Subscriptions Type, Subscription.

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Shows changing the plan with a new plan and a new billing address.

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Shows the model for dealer and employee sales commission.

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Shows the standard Call Service Type hierarchy, Total, Detail.

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Shows the standard Invoice Adjustment Type hierarchy, Total, Detail.

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Shows the architecture of Oracle Communications Data Model. This includes an outer layer of "Security". There is a container with Data Sources that contains the Staging Layer, the Foundation Layer, and the Access and Performance Layer. This area includes the ETL, Messaging, and Metadata. The flow is from Data Sources, one of: COTS Operational systems, Unstructured data, or syndicated external, or Master Data to the staging layer (including temporary loading structures and rejected data). Then to the foundation layer, then to the Access and Performance Layer. The figure also shows BI Abstraction and Query Generation, Performance Management Apps, and Advanced Analysis Tools, Alerts, Dashboards and MD-Analysis Reports, and Web Service.

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Shows the standard Age Band hierarchy, Total, Detail.

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Shows the relationships among the Oracle Communications Data Model mining schemas.

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Shows the predicted churn customer by Life Time Span details sample report. This report includes a top level control area and a table of values.

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Shows the standard Fraud Profile Class hierarchy, Total, Detail.

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Shows the standard Commission Type hierarchy, Total, Detail.

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This report shows the Network Health Analysis, Connection by Voice Channel sample report. This report shows a top level control area, a bar chart, and a table of values.

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Shows the standard On Off Net hierarchy, Total, Detail.

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Shows the standard Promotion hierarchy, Campaign, Campaign Type, Promotion Type, Promotion.

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This report shows the customer base organization share sample report. The report includes a top level control area, two pie charts with keys, and a tables of values.

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This figure shows the Revenue ARPU (Average Revenue per User) sample report. This report shows a top level control area, two bar charts and a table of values.

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Shows the standard Customer Revenue Band hierarchy, Total, Detail.

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Shows the customer churn prediction by revenue band sample report. This shows six pie charts and a table of values.

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Shows the Predicted Churner Life Time Values Chart. This includes a control area and a table of values.

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Shows the standard Switch hierarchy, Total, Detail.

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Shows the customer promotion list sample report. This includes a top level control area to select a product for promotion, and a table of values.

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Shows the standard Notification Type hierarchy, Total, Detail.

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This figure shows the Revenue billable xDRs suspended or errored compared to total xDRs sample report. This report shows a top level control area and a table of values.

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Shows the standard Calendar Time hierarchy, Total, Year, Half Year, Quarter, Month, Half Month, Day.

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This figure shows the Revenue forecast sample report. This report shows a top level control area, three line graphs, and a table of values.

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Shows the INTRA-ETL Process flow. This shows the process flow: Start1, Start_PROCESS, DRVD_FLW, IS_DERIVED SUCESSFUL, AGGR_FLOW, ISAGGREGATESUCESSFUL, FORK, MINING_FLW, OLAP_MAP, AND, END_PROCESS, END_SUCCESS.

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Shows the average operating cost per customer sample report. This includes a control area, a bar chart, and values in a table.

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This figure shows the Revenue customer sum of future plans sample report. This report shows a top level control area, a bar graph, and a table of values.

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The report show the partner management external debt collection sample report. This report shows a top level control area, a bar chart, "payment Collected Count", a second bar chart, "Payment Collected Amount", and a table of values.

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This figure shows the Revenue montly contract sum loss sample report. This report shows a top level control area and two table of values.

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This report shows the Customer Order Analysis Order Change per Quarter sample report. The report includes a top level control area, a date range selector, a bar chart, "Net Change, and a table of values.

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Shows the standard RF Carrier hierarchy: Total, Detail.

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This figure shows the Revenue percentage of recovered revenue sample report. This report shows a bar chart and a table of values.

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Shows the AGGR_FLW sub-process.

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This report shows the current customer base sample report. The figure includes a control area and a bar graph.

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Shows the standard Payment Channel hierarchy, Total, Detail.

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Shows the standard Interaction Channel hierarchy, Total, Detail.

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This figure shows the Revenue Analysis table with the Debt Aging tab sample report. This report shows a top level control area, three bar charts, and a table of values.

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Shows the standard Change Proposed By Type hierarchy, Total, Detail.

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Shows the standard Peak Offpeak Time hierarchy, Total, Detail.

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Shows Average Profit per Customer tab. Includes a control area, two bar charts, and a table of values.

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Shows the standard ARPU Band hierarchy, Total, Detail.

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Shows the standard Billing Status Type hierarchy, Total, Detail.

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This figure shows the Revenue external debt collection sample report. This report shows a top level control area, two bar charts, and a table of values.

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Shows the Churn Prediction List, by SVM, list sample report. This includes a table of values.

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Shows the Customer Growth Rate tab with the customer growth trend forecast tab sample report. This includes a top level control area, and a line graph, "Customer Growth Trend Forcast, and a table of values.

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Shows the Customer Acquisition Forcast tab with the customer acquisition tab sample report. This includes a top level control area, a bar chart, and a table of values.

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U.S. GOVERNMENT RIGHTS Programs, software, databases, and related documentation and technical data delivered to U.S. Government customers are "commercial computer software" or "commercial technical data" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations. As such, the use, duplication, disclosure, modification, and adaptation shall be subject to the restrictions and license terms set forth in the applicable Government contract, and, to the extent applicable by the terms of the Government contract, the additional rights set forth in FAR 52.227-19, Commercial Computer Software License (December 2007). Oracle America, Inc., 500 Oracle Parkway, Redwood City, CA 94065.

Hazardous Applications Notice

This software or hardware is developed for general use in a variety of information management applications. It is not developed or intended for use in any inherently dangerous applications, including applications that may create a risk of personal injury. If you use this software or hardware in dangerous applications, then you shall be responsible to take all appropriate fail-safe, backup, redundancy, and other measures to ensure its safe use. Oracle Corporation and its affiliates disclaim any liability for any damages caused by use of this software or hardware in dangerous applications.

Third-Party Content, Products, and Services Disclaimer

This software or hardware and documentation may provide access to or information on content, products, and services from third parties. Oracle Corporation and its affiliates are not responsible for and expressly disclaim all warranties of any kind with respect to third-party content, products, and services. Oracle Corporation and its affiliates will not be responsible for any loss, costs, or damages incurred due to your access to or use of third-party content, products, or services.

Alpha and Beta Draft Documentation Notice

If this document is in prerelease status:

This documentation is in prerelease status and is intended for demonstration and preliminary use only. It may not be specific to the hardware on which you are using the software. Oracle Corporation and its affiliates are not responsible for and expressly disclaim all warranties of any kind with respect to this documentation and will not be responsible for any loss, costs, or damages incurred due to the use of this documentation.