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.
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.
Analytics: The process of data handling focused on pattern discovery to guide business decisions.
Key activities include: acquiring, analyzing, and reporting data.
Descriptive:
Involves sorting, categorizing, and summarizing data to understand what happened.
Diagnostic:
Analysis of historical data to find out why events occurred.
Predictive:
Provides predictions about future outcomes based on data trends.
Prescriptive:
Offers recommendations and multiple action paths based on analysis results.
Focus on maximizing effectiveness and efficiency in analytics processes.
Importance of setting clear objectives to use analytics effectively.
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.
Scalability, ease of use, dependency on data warehouses, collaboration skills among users.
Acquisition: Data collection, cleansing, organizing, and cataloging.
Analyzing: Applying statistical and analytical techniques to the prepared data.
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.
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 Characteristics: Volume, velocity, variety.
Technologies involved:
NoSQL databases, MapReduce, Hadoop, SAP HANA (in-memory databases).
Supporting processes utilized by Big Data analytics IS.
Data Issues: Inaccuracies and management problems with analytics data.
People Problems: User resistance, misunderstanding results, and oversimplification leading to misinterpretation.
Analysts' Challenges: Over-reliance on data, lack of critical questioning, and biases affecting analysis.
Leadership Failures: Poor scope definition, insufficient funding, and overselling results can lead to analytics failure.
Understanding analytics and its systems is crucial for businesses to utilize data effectively, maintaining both operational efficiency and strategic advantage.