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Chapter_12

Chapter 12: Analytics and IS

Introduction

  • Overview of the importance of analytics in Management Information Systems (MIS).

  • Analytics involves acquiring, analyzing, and publishing data to discover patterns and inform business decisions.

Learning Objectives

  • Key questions addressed:

    • Q12-1: What is analytics and its importance in business?

    • Q12-2: Objectives of the analytics process?

    • Q12-3: Key components of an analytics information system (IS)?

    • Q12-4: How do analytics IS support analytics activities?

    • Q12-5: Support of business processes by analytics IS?

    • Q12-6: Definition and usage of Big Data analytics IS?

    • Q12-7: Risk management in analytics IS?

    • Q12-8: How SAP utilizes analytics?

    • Q12-9: Future IS impacting the analytics process by 2031.

Understanding Analytics

Definition and Importance

  • Analytics: The process of data handling focused on pattern discovery to guide business decisions.

    • Key activities include: acquiring, analyzing, and reporting data.

Types of Analytics

  1. Descriptive:

    • Involves sorting, categorizing, and summarizing data to understand what happened.

  2. Diagnostic:

    • Analysis of historical data to find out why events occurred.

  3. Predictive:

    • Provides predictions about future outcomes based on data trends.

  4. Prescriptive:

    • Offers recommendations and multiple action paths based on analysis results.

Objectives of the Analytics Process

  • Focus on maximizing effectiveness and efficiency in analytics processes.

    • Importance of setting clear objectives to use analytics effectively.

Key Components of an Analytics Information System (IS)

Overview

  • Five Components:

    • Business Intelligence IS: Tools for data analysis and decision-making.

    • Hardware: Scalable servers often residing in cloud environments.

    • Software: Varies per activity; software is user-friendly for ease of data analysis.

    • Data: Sourced from both internal and external avenues; stored in a data warehouse.

    • Procedures: Technical training required; increasing self-service capabilities for analytics.

    • People: Diverse knowledge, education, and experience differences that enhance collaboration.

Key Attributes of Analytics IS

  • Scalability, ease of use, dependency on data warehouses, collaboration skills among users.

Supporting Analytics Activities

  1. Acquisition: Data collection, cleansing, organizing, and cataloging.

  2. Analyzing: Applying statistical and analytical techniques to the prepared data.

  3. Publishing/Reporting: Presenting results through visualization and reporting tools; including operations like sorting, filtering, and grouping data:

    • RFM Analysis: Examines recent purchase behavior, frequency of purchases, and monetary value.

    • OLAP (Online Analytical Processing): Supports complex analytical queries including slicing and dicing data and drill-down options.

  4. Data Mining:

    • Regression: Examining the relationship between variables.

    • Market Basket Analysis (MBA): Identifying cross-selling opportunities.

    • Text Mining: Sentiment analysis to gauge customer opinions about products and services.

Big Data Analytics Information Systems

  • Big Data Characteristics: Volume, velocity, variety.

  • Technologies involved:

    • NoSQL databases, MapReduce, Hadoop, SAP HANA (in-memory databases).

  • Supporting processes utilized by Big Data analytics IS.

Risk Management in Analytics IS

Risks Associated with Business Intelligence

  1. Data Issues: Inaccuracies and management problems with analytics data.

  2. People Problems: User resistance, misunderstanding results, and oversimplification leading to misinterpretation.

  3. Analysts' Challenges: Over-reliance on data, lack of critical questioning, and biases affecting analysis.

  4. Leadership Failures: Poor scope definition, insufficient funding, and overselling results can lead to analytics failure.

Conclusion

  • Understanding analytics and its systems is crucial for businesses to utilize data effectively, maintaining both operational efficiency and strategic advantage.