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Course Outline

Introduction

  • Defining the scope of Predictive AI
  • The history and evolution of predictive analytics
  • Foundational principles of machine learning and data mining

Data Gathering and Preparation

  • Sourcing and collecting relevant data
  • Cleaning and formatting data for analysis
  • Identifying different data types and their sources

Exploratory Data Analysis (EDA)

  • Using visualization tools to uncover insights
  • Applying descriptive statistics to summarize data
  • Detecting patterns and correlations within datasets

Statistical Modeling

  • Core concepts of statistical inference
  • Regression analysis techniques
  • Building classification models

Machine Learning for Prediction

  • Introduction to supervised learning algorithms
  • Decision trees and random forest methods
  • Fundamentals of neural networks and deep learning

Model Assessment and Selection

  • Interpreting accuracy and other performance metrics
  • Utilizing cross-validation strategies
  • Managing overfitting and tuning models for optimal results

Real-World Predictive AI Applications

  • Industry-specific case studies
  • Ethical frameworks in predictive modeling
  • Recognizing the limitations and challenges of Predictive AI

Practical Project

  • Developing a predictive model using a provided dataset
  • Deploying the model to generate forecasts
  • Analyzing and interpreting the final outcomes

Wrap-up and Future Directions

Requirements

  • A basic understanding of statistics
  • Experience with any programming language
  • Familiarity with data handling and spreadsheet applications
  • No prior background in AI or data science is necessary

Target Audience

  • IT professionals
  • Data analysts
  • Technical staff members
 21 Hours

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