Course Outline

Introduction

  • Overview of Random Forest Features and Advantages for Government Applications
  • Understanding Decision Trees and Ensemble Methods in the Context of Public Sector Operations

Getting Started

  • Setting Up Necessary Libraries (Numpy, Pandas, Matplotlib, etc.) for Government Use
  • Exploring Classification and Regression Techniques in Random Forests for Public Sector Data Analysis
  • Examining Use Cases and Examples Relevant to Government Operations

Implementing Random Forest

  • Preparing Data Sets for Training in Government Applications
  • Training the Machine Learning Model for Government-Specific Tasks
  • Evaluating and Improving Model Accuracy for Enhanced Public Sector Performance

Tuning Hyperparameters in Random Forest

  • Performing Cross-Validation to Ensure Robust Model Performance for Government Use
  • Utilizing Random Search and Grid Search Techniques for Efficient Hyperparameter Optimization
  • Visualizing Training Model Performance to Inform Decision-Making in Public Sector Projects
  • Optimizing Hyperparameters to Maximize Model Effectiveness for Government Applications

Best Practices and Troubleshooting Tips for Government Use

Summary and Next Steps for Government Implementation

Requirements

  • An understanding of machine learning concepts for government applications
  • Python programming experience

Audience

  • Data scientists
  • Software engineers
 14 Hours

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