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Designing and Implementing OLAP Solutions with Microsoft SQL Server 2000

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Module 1: Introduction to OLAP and Data Warehousing

  • Why Data Warehousing
  • Data Marts and Data Warehouses
  • Intorduction to OLAP
  • Understanding Multidimensionality
  • The Microsoft Data Warehouse Solution
Skills
  • Understand OLAP (online analytical processing) and data warehousing concepts and applications.
  • Describe characteristics, goals, and applications of a data warehouse.
  • Explain the relationship between data marts and data warehouses.
  • Describe reasons for implementing relational and/or multidimensional data marts to meet decision support needs.
  • Describe tools to manage data warehouse implementations.
  • Describe components of OLAP databases.
Top

Module 2: Designing Multidimensional Data Marts

  • Designing a Data Warehouse Strategy
  • Introducing the Data Warehouse
  • The Relational Schema Behind the OLAP Database
  • OLAP and Relational Dimensions
  • Cubes and Fact Tables
Skills
  • Design multidimensional data marts by using star and snowflake schemas.
  • Describe a process for designing data warehouse systems.
  • Understand how relational dimensions and fact tables relate to OLAP dimensions and cubes.
  • Determine OLAP dimension elements.
  • Determine OLAP cube elements.
Top

Module 3: Previewing OLAP Using Analysis Services

  • Analysis Server Basics
  • Using OLAP Manager
  • Understanding the Star Schema Source
  • Creating the Sales Cube
  • Building the Sales Cube
  • Building the Dimensions
  • Finalizing the Cube
  • Designing Storage and Processing
  • Viewing the Results
Skills
  • Verify that Analysis Server is started.
  • Create an ODBC data source for the database.
  • Start Analysis Manager.
  • Understand the underlying star schema source.
  • Create a database by using Analysis Manager.
  • Build dimensions by using the Dimension Wizard.
  • Design a cube by using the Cube Wizard.
  • Design storage and process a cube using the Storage Design Wizard.
  • Browse the cube results.
Top

Module 4: Understanding Analysis Services Architecture

  • Microsoft Data Warehousing Overview
  • Analysis Services Architecture
  • Storage Modes
  • Partitioning
  • Dimension Alternatives
  • Large Dimension Support
  • Caching and Write-Back
  • How Databases Are Organized
  • Other Server Side Elements
  • Client Architecture
  • Office 2000 OLAP Components
  • Data Mining
Skills
  • Understand the Analysis Server architecture.
  • Understand the metadata repository.
  • Know the difference between MOLAP, ROLAP, and HOLAP storage modes.
  • Understand how Analysis Manager interfaces with the server by using DSO.
  • Appreciate the benefits of partitioning.
  • Understand how cubes and databases are organized.
  • Understand client architecture and the role of PivotTable Services.
  • Recognize Microsoft Office 2000 OLAP capabilities.
Top

Module 5: Setting Up Dimensions

  • Understanding Dimension Basics
  • Private Versus Shared Dimensions
  • Working with Star Schema Dimensions
  • Working with Snowflake Dimensions
  • Working with Time Dimensions
  • Working with Parent-Child Dimensions
  • Creating Time Dimensions
Skills
  • Understand when to use shared and private dimensions.
  • Open and work with the dimension editor.
  • Add levels to dimensions.
  • Create dimensions from star and snowflake schemas.
  • Define member properties at dimension levels.
  • Implement time hierarchies and dimensions.
  • Organize levels within dimensions for drill up and drill down.
  • Develop parent-child dimensions.
Top

Module 6: Advanced Dimension Settings

  • Creating Custom Hierarchies
  • Nuances of Levels
  • Hierarchies and Dimensions
  • Understanding Virtual Dimensions
  • Creating Cube with Financial Accounts
  • Creating Cube with Large Dimensions
  • Creating Cube with Forecasting Data
  • Validating and Optimizing the Cube Structure
Skills
  • Use the Dimension Editor and Dimension Wizard to build and fine-tune dimensions.
  • Make use of various dimension properties.
  • Work with dimension levels and hierarchies.
  • Create virtual dimensions from member properties.
  • Create custom member and rollup formulas.
  • Manage very large, flat dimensions.
  • Disable levels of a shared dimension.
Top

Module 7: Advanced Data Mart Design Techniques

  • Sharing Dimensions Among Cubes With Different Granularity
  • Handling Nulls In the Source Data
  • Managing Slowly Changing Dimensions
  • Implementing Summary Fact Tables
  • Managing Various Dimension Scenarios
  • Optimization Tuning
Skills
  • Apply advanced OLAP dimension and cube design techniques.
  • Share dimensions across cubes with different granularity using relational and multidimensional design techniques.
  • Handle nulls in the source data using relational and multidimensional design techniques.
  • Manage slowly changing dimensions using relational and multidimensional design techniques.
  • Implement summary fact tables.
Top

Module 8: Cubes and Measures

  • Understanding Cube Basics
  • Working with Cubes
  • Working with Measures
  • Defining Measure Properties
  • Creating Calculations
  • Defining Dimension Properties
Skills
  • Create cubes by using the Cube Editor.
  • Add and delete measures from a cube.
  • Add and delete dimensions from a cube.
  • Set up a measure by using each of the five aggregation functions.
  • Format measures.
  • Define an internal measure.
  • Create simple calculated members.
  • Administer dimension properties within the Cube Editor.
Top

Module 9: Creating the Sales Reporting Cube

  • Building the Sales Reporting Cube
  • Modifying the Sales Reporting Cube
Skills
  • Create a cube based upon end-user requirements.
  • Build dimensions given the dimension tables and expected levels.
  • Use various dimension types.
  • Use expressions to create dimension member names.
  • Create measures.
  • Build simple calculated members.
  • Design aggregations and process the cube.
  • Verify cube results by using the Cube Browser.
Top

Module 10: Virtual Cubes

  • Understanding Virtual Cubes
  • Obtaining Logical Results
  • Building a Virtual Cube
  • Creating Calculated Members
Skills
  • Understand when to use virtual cubes and know their benefits.
  • Understand the limitations of using virtual cubes.
  • Know the rules for constructing meaningful virtual cubes.
  • Build virtual cubes by using the Virtual Cube Wizard.
  • Define calculated members in virtual cubes by using the Calculated Member Builder.
Top

Module 11: Storage Optimization

  • Analysis Server Storage
  • Analysis Server Aggregations
  • The Storage Design Wizard
  • Aggregation Details
  • Usage-Based Optimization
  • Optimization Tuning
Skills
  • Explain the pros and cons of the three data storage modes.
  • Describe how aggregations work.
  • Use the Storage Design Wizard to set storage design.
  • Design aggregations for cubes.
  • Describe the contents of a single aggregation.
  • Describe the concepts and mechanics of usage-based optimization.
  • Override aggregation settings per dimension.
Top

Module 12: Processing Dimensions and Cubes

  • Overview of Schema and Data
  • Processing Dimensions
  • Rebuilding Dimensions
  • Incrementally Updating a Dimension
  • Processing Cubes
  • The Full Process
  • Refreshing a Cube
  • Incrementally Updating a Cube
  • Troubleshooting Cube Problems
  • Optimizing Cube Processing
Skills
  • Rebuild shared dimensions.
  • Handle new and deleted members.
  • Understand the difference between rebuilding and incrementally updating dimensions.
  • Process a cube using the three methods.
  • Explain the implications of the three cube processing types.
  • Perform an incremental data load using a database filter.
  • See how changes are reflected in OLAP cubes after changing data within the source RDBMS.
Top

Module 13: Creating Partitions

  • Partitioning Overview
  • Creating Partitions
  • Fact Table Considerations
  • Working with Partitions
  • Merging Partitions
Skills
  • Explain the benefits of partitioning.
  • Describe the pros and cons of portioning source fact tables.
  • Describe the mechanics of the Partition Wizard.
  • Explain when to define slices and when to define filters.
  • Describe the purpose and mechanics of merging partitions.
Top

Module 14: Implementing Calculations Using MDX

  • Understanding Calculated Members
  • Defining Calculated Members
  • Members, Tuples, and Sets
  • Calculated Members in Non-Measure Dimensions
  • Using Functions Within Calculated Members
  • Understanding Solve Order
Skills
  • Describe how calculated members work.
  • Describe the impact of calculated members on cube size and performance.
  • Explain the mechanics of the Calculated Member Builder.
  • Build simple calculated members.
  • Understand the importance of calculation solve order.
Top

Module 15: Using Excel as an OLAP Client

  • Overview of Office 2000 OLAP
  • Creating an Excel PivotTable
  • Fine Tuning PivotTables
  • Working with PivotCharts
  • Working with Local Cubes
  • Creating OLAP Enabled Web Pages
Skills
  • Create a PivotTable from an OLAP cube.
  • Interact with a PivotTable through pivots, drill-downs, and filters.
  • Perform PivotTable formatting.
  • Create PivotCharts.
  • Create local cube files.
  • Create Web pages containing Pivot web components.
Top

Module 16: Introduction to Data Mining

  • Understanding Data Mining
  • Creating A Decision Tree Model Using OLAP Data
  • Creating a Decision Tree Model Using Relational Data
  • Editing an Existing Model
  • Creating a Clustering Model Using OLAP Data
  • Creating a Clustering Model Using Relational Data
Skills
  • Define data mining.
  • Understand how data mining fits within OLAP and the Microsoft data warehousing framework.
  • Describe the decision tree and clustering algorithms.
  • Use data mining to discover data patterns.
  • Segment data by using data mining.
  • Create a data mining model using the decision tree algorithm.
  • Edit an existing model.
  • Explore the decision tree and look for predictable indicators in the results.
Top

Module 17: Analyzing Data with Actions, Drill-Through, and Write-Back

  • Understanding Actions
  • Creating Actions
  • Drill-Through Fundamentals
  • Enabling Drill-Through
  • Cube Write-Back
Skills
  • Create and manage actions.
  • Invoke an action that was already created.
  • Enable cube drill-through.
  • Understand the mechanics of cube drill-through.
  • Set up a cube for write-back.
Top

Module 18: Implementing OLAP Security

  • Analysis Services Security Overview
  • Using Windows 2000 Security
  • Managing Roles
  • Using Virtual Cubes for Security
  • Defining Dimension Security
  • Administering Cell Level Security
Skills
  • Understand how Analysis Services security is linked to Windows 2000 security.
  • Add a security role to a database via the Analysis Manager.
  • Assign roles to a cube.
  • Implement dimension security.
  • Develop cell-level security by using simple MDX.
Top

Module 19: Deploying an OLAP Application

  • DTS Overview
  • Executing and Scheduling Packages
  • Analysis Services Processing Task
  • Database Migration and Disaster Recovery
Skills
  • Describe the role of Data Transformation Services (DTS) within OLAP applications.
  • Create a DTS Package.
  • Define an Analysis Services processing task.
  • Schedule the processing of an OLAP dimension or cube.
  • Move from testing to production environments.
  • Perform disaster recovery on OLAP databases.
Top

Module 20: Creating the Warehouse Database

  • Building the Warehouse Cube
  • Building the Sales Cube
  • Building the Warehouse and Sales Virtual Cube
  • Deploying the Warehouse and Sales Cubes
Skills
  • Create cubes and virtual cubes based upon end-user requirements.
  • Build dimensions given the dimension tables and expected levels.
  • Create partitions by using different fact tables.
  • Use various dimension types.
  • Build calculated members.
Top

Exams:

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£ 995.00
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Last Modified 01 May 2008