Book Image

IBM Cognos 8 Planning

Book Image

IBM Cognos 8 Planning

Overview of this book

Business planning is no longer just about defining goals, identifying critical issues, and then mapping out strategies. In today's dynamic and highly competitive business environment, companies with complex business models want their abstract strategies turned into discrete, executable plans. They want information from the field to reach decision makers in real-time so that they can fine-tune their plans as events unfold. IBM Cognos 8 Planning offers just that. This book provides you with everything you need to know for building planning models using IBM Cognos 8 Planning. After reading this book, you can begin your journey into model building bringing with you a perspective that comes from three of the most seasoned IBM Cognos Planning consultants in the business. In this book, you will learn how to build planning models using IBM Cognos Planning's modeling tool, Analyst. We introduce you to key objects in Analyst that let you define, store, and move data. Then we show how you can deploy the model to hundreds or thousands of users using IBM Cognos Planning's web-based tool, Contributor. We demonstrate some of the things you can do as an administrator and as a user. Finally, we show the automation tools that you can use to maintain and support your models. As we go through this, we will share with you tips and tricks and insights from our experience with real implementations.
Table of Contents (23 chapters)
IBM Cognos 8 Planning
Credits
About the Authors
Acknowledgment
About the Reviewers
Preface
5
Defining Data Structures: D-List
Index

The building blocks of an Analyst model


The Analyst objects are the building blocks of planning model. An Analyst object is a sub-program, or a tool that performs a specific function, such as defining data structure, storing data, moving data, connecting to data sources, or automating tasks. An Analyst model consists of objects that are built upon each other. Each object serves a function that enables other objects to perform theirs. For example, a D-Cube will require at least two D-Lists to form its dimensions. A D-List might need a Saved Format, or another D-List to define its data attributes. An Allocation Table can use a D-List or data in a D-Cube as its source or target. Some objects are multi-functional. For example, a D-List can be a dimension of a cube, a source of an A-Table, and the source of dimension items for another D-List.

Virtually every object can be shared. For instance, a D-List can form the dimension of several D-Cubes. The ability to share objects is an important feature...