AI Analytics Modes: Difference between revisions

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(Created page with "thumb|626x626px|5 of the 8 Modes of Analytics AI analytics encompasses a variety of modes, each suited to different types of data and analysis needs. Here are some key modes of AI analytics: # '''Descriptive Analytics:''' #* '''Purpose:''' To describe what has happened in the past. #* '''Techniques:''' Data aggregation, data mining, and data visualization. #* '''Examples:''' Reports, dashboards, and data summaries. # '''Diagnostic Analy...")
 
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Each mode serves different analytical needs and can be used in combination to provide comprehensive insights and drive decision-making processes.
Each mode serves different analytical needs and can be used in combination to provide comprehensive insights and drive decision-making processes.
[[Category:AI]]

Latest revision as of 07:49, 28 August 2024

5 of the 8 Modes of Analytics

AI analytics encompasses a variety of modes, each suited to different types of data and analysis needs. Here are some key modes of AI analytics:

  1. Descriptive Analytics:
    • Purpose: To describe what has happened in the past.
    • Techniques: Data aggregation, data mining, and data visualization.
    • Examples: Reports, dashboards, and data summaries.
  2. Diagnostic Analytics:
    • Purpose: To understand why something happened.
    • Techniques: Drill-down, data discovery, and correlations.
    • Examples: Root cause analysis, anomaly detection, and statistical analysis.
  3. Predictive Analytics:
    • Purpose: To predict future outcomes based on historical data.
    • Techniques: Machine learning, regression analysis, and time series analysis.
    • Examples: Sales forecasts, risk assessments, and customer behavior predictions.
  4. Prescriptive Analytics:
    • Purpose: To recommend actions based on predictive insights.
    • Techniques: Optimization algorithms, simulation, and decision analysis.
    • Examples: Resource optimization, personalized marketing, and supply chain management.
  5. Cognitive Analytics:
    • Purpose: To simulate human thought processes in analyzing complex data.
    • Techniques: Natural language processing (NLP), machine learning, and deep learning.
    • Examples: Chatbots, virtual assistants, and automated content generation.
  6. Real-time Analytics:
    • Purpose: To analyze data as it is generated in real-time.
    • Techniques: Stream processing, event processing, and in-memory computing.
    • Examples: Real-time fraud detection, live customer support analytics, and instant recommendation systems.
  7. Edge Analytics:
    • Purpose: To analyze data at the edge of the network, close to where it is generated.
    • Techniques: Local processing, edge computing, and embedded AI.
    • Examples: IoT device analytics, autonomous vehicles, and smart sensors.
  8. Augmented Analytics:
    • Purpose: To enhance data analysis with AI-driven insights and automation.
    • Techniques: AI-powered data preparation, automated insights generation, and NLP for data querying.
    • Examples: Self-service BI tools, automated data storytelling, and AI-assisted data exploration.

Each mode serves different analytical needs and can be used in combination to provide comprehensive insights and drive decision-making processes.