Cover image for Implementing Analytics : A Blueprint for Design, Development, and Adoption.
Implementing Analytics : A Blueprint for Design, Development, and Adoption.
Title:
Implementing Analytics : A Blueprint for Design, Development, and Adoption.
Author:
Sheikh, Nauman.
ISBN:
9780124016811
Personal Author:
Physical Description:
1 online resource (234 pages)
Series:
The Morgan Kaufmann Series on Business Intelligence
Contents:
Front Cover -- Implementing Analytics -- Copyright Page -- Contents -- Acknowledgments -- Author Biography -- Introduction -- Organization of Book -- Part 1 -- Part 2 -- Part 3 -- Audience -- 1 Concept -- 1 Defining Analytics -- The Hype -- The Challenge of Definition -- Definition 1: Business Value Perspective -- Definition 2: Technical Implementation Perspective -- Analytics Techniques -- Algorithm versus Analytics Model -- Forecasting -- Descriptive Analytics -- Clustering -- Predictive Analytics -- Prediction versus Forecasting -- Prediction Methods -- Regression -- Data Mining or Machine Learning -- Text Mining -- Decision Optimization -- Conclusion of Definition -- 2 Information Continuum -- Building Blocks of the Information Continuum -- Theoretical Foundation in Data Sciences -- Tools, Techniques, and Technology -- Skilled Human Resources -- Innovation and Need -- Information Continuum Levels -- Search and Lookup -- Implementation -- Challenges -- Counts and Lists -- Implementation -- Challenges -- Operational Reporting -- Implementation -- Challenges -- Summary Reporting -- Implementation -- Challenges -- Historical (Snapshot) Reporting -- Implementation -- Challenges -- Metrics, KPIs, and Thresholds -- Implementation -- Challenges -- Analytical Applications -- Implementation -- Challenges -- Analytics Models -- Implementation -- Challenges -- Decision Strategies -- Implementation -- Challenges -- Monitoring and Tuning-Governance -- Implementation -- Challenges -- Summary -- 3 Using Analytics -- Healthcare -- Emergency Room Visit -- Analytics Solution -- Patients with the Same Disease -- Analytics Solution -- Customer Relationship Management -- Customer Segmentation -- Analytics Solution -- Propensity to Buy -- Analytics Solution -- Human Resource -- Employee Attrition -- Analytics Solution -- Resumé Matching -- Analytics Solution.

Consumer Risk -- Borrower Default -- Analytics Solution -- Insurance -- Probability of a Claim -- Analytics Solution -- Telecommunication -- Call Usage Patterns -- Analytics Solution -- Higher Education -- Admission and Acceptance -- Analytics Solution -- Manufacturing -- Predicting Warranty Claims -- Analytics Solution -- Analyzing Warranty Claims -- Analytics Solution -- Energy and Utilities -- The New Power Management Challenge -- Analytics Solution -- Fraud Detection -- Benefits Fraud -- Analytics Solution -- Credit Card Fraud -- Analytics Solution -- Patterns of Problems -- How Much Data -- Performance or Derived Variables -- 2 Design -- 4 Performance Variables and Model Development -- Performance Variables -- What are Performance Variables? -- Reasons for Creating Performance Variables -- What If No Pattern is Reliably Available? -- Benefit of Using Performance Variables -- Creating Performance Variables -- Grain -- Range -- Spread -- Designing Performance Variables -- Discrete versus Continuous -- Nominal versus Ordinal -- Atomic versus Aggregate -- Working Example -- Model Development -- What is a Model? -- Model and Characteristics in Predictive Modeling -- Model and Characteristics in Descriptive Modeling -- Model Validation and Tuning -- Predictive Model Validation -- Validation Approaches: Parallel Run -- Validation Approaches: Retrospective Processing -- Champion-Challenger: A Culture of Constant Innovation -- 5 Automated Decisions and Business Innovation -- Automated Decisions -- Decision Strategy -- Business Rules in Business Operations -- Expert Business Rules -- Quantitative Business Rules -- Decision Automation and Business Rules -- Joint Business and Analytics Sessions for Decision Strategies -- Examples of Decision Strategy -- Retail Bank -- Decision Variables and Cutoffs -- Insurance Claims.

Decision Strategy in Descriptive Models -- Decision Automation and Intelligent Systems -- Learning versus Applying -- Strategy Integration Methods -- ETL to the Rescue -- Strategy Evaluation -- Retrospective Processing -- Reprocessing -- Champion-Challenger Strategies -- Business Process Innovation -- 6 Governance: Monitoring and Tuning of Analytics Solutions -- Analytics and Automated Decisions -- The Risk of Automated Decisions -- Monitoring Layer -- Audit and Control Framework -- Organization and Process -- Audit Datamart -- Unique Features of Audit Datamart -- Control Definition -- Best-Practice Controls -- Expert Controls -- Analytical Controls -- Reporting and Action -- 3 Implementation -- 7 Analytics Adoption Roadmap -- Learning from Success of Data Warehousing -- Lesson 1: Simplification -- Lesson 2: Quick Results -- Lesson 3: Evangelize -- Lesson 4: Efficient Data Acquisition -- Lesson 5: Holistic View -- Lesson 6: Data Management -- The Pilot -- Business Problem -- Management Attention and Champion -- The Project -- Existing Technology -- Existing Skills -- Source System Analysis -- Data Modeling -- ETL Design, Development, and Execution -- Metadata Management and Data Governance -- Job Scheduling and Error Handling -- Database Management and Query Tuning -- Reporting and Analysis -- Results, Roadshow, and Case for Wider Adoption -- Problem Statement -- Data and Value -- Roadshow -- Wider Adoption -- 8 Requirements Gathering for Analytics Projects -- Purpose of Requirements -- Requirements: Historical Perspective -- Calculations -- Process Automation -- Analytical and Reporting Systems -- Analytics and Decision Strategy -- Requirements Extraction -- Problem Statement and Goal -- Working Example from Consumer Credit -- Data Requirements -- Data Requirements Methodology -- Model and Decision Strategy Requirements.

Business Process Integration Requirements -- 9 Analytics Implementation Methodology -- Centralized versus Decentralized -- Centralized Approach -- Decentralized Approach -- A Hybrid Approach -- Building on the Data Warehouse -- Methodology -- Requirements -- Analysis -- Problem Statement and Goal-Analysis -- Profiling and Data-Analysis -- Syntactic Profiling -- Semantic Profiling -- Model and Decision Strategy-Analysis -- Operational Integration-Analysis -- Audit and Control-Analysis -- Design -- Data Warehouse Extension -- Analytics Variables -- Base Variables -- Performance Variables -- Model Characteristics -- Decision Variables -- Analytics Datamart -- Decision Strategy -- Operational Integration -- Strategy Firing Event -- Input Data -- Output Decision -- Analytics Governance-Audit and Control -- Implementation -- Deployment -- Execution and Monitoring -- 10 Analytics Organization and Architecture -- Organizational Structure -- BICC Organization Chart -- Roles and Responsibilities -- ETL -- Data Architecture -- Business Analysts -- Analytics -- Analytics Modeling -- Analytics Technology -- Decision Strategy -- Information Delivery -- Skills Summary -- Analytics Analyst -- Analytics Architect -- Analytics Specialist -- Technical Components in Analytics Solutions -- Analytics Datamart -- Base Analytics Data -- Performance Variables -- Reporting Variables -- Third-Party Variables -- Aggregate Variables -- Model and Characteristics -- Model Execution, Audit, and Control -- 11 Big Data, Hadoop, and Cloud Computing -- Big Data -- Velocity -- Variety -- Volume -- Big Data Implementation Challenge -- Controlling the Size -- Applying the Information Continuum -- Hadoop -- Hadoop Technology Stack -- Data Sources -- Hadoop Data Store -- Data Processing -- Data Access -- User Applications (User Experience) -- Hadoop Solution Architecture.

Hadoop as an ETL Engine -- Hadoop as an Analytical Engine -- Big Data and Hadoop-Working Example -- Cloud Computing (For Analytics) -- Disintegration in Cloud Computing -- Analytics in Cloud Computing -- Conclusion -- Objective 1: Simplification -- Objective 2: Commoditization -- Objective 3: Democratization -- Objective 4: Innovation -- References -- Index.
Abstract:
Implementing Analytics demystifies the concept, technology and application of analytics and breaks its implementation down to repeatable and manageable steps, making it possible for widespread adoption across all functions of an organization. Implementing Analytics simplifies and helps democratize a very specialized discipline to foster business efficiency and innovation without investing in multi-million dollar technology and manpower. A technology agnostic methodology that breaks down complex tasks like model design and tuning and emphasizes business decisions rather than the technology behind analytics. Simplifies the understanding of analytics from a technical and functional perspective and shows a wide array of problems that can be tackled using existing technology Provides a detailed step by step approach to identify opportunities, extract requirements, design variables and build and test models. It further explains the business decision strategies to use analytics models and provides an overview for governance and tuning Helps formalize analytics projects from staffing, technology and implementation perspectives Emphasizes machine learning and data mining over statistics and shows how the role of a Data Scientist can be broken down and still deliver the value by building a robust development process.
Local Note:
Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2017. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.
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