Course Outline

Introduction to Reinforcement Learning from Human Feedback (RLHF)

  • An overview of RLHF and its significance for government
  • A comparison with traditional supervised fine-tuning methods
  • Applications of RLHF in contemporary AI systems for government

Reward Modeling with Human Feedback

  • Collecting and structuring human feedback for government use
  • Developing and training reward models for government applications
  • Evaluating the effectiveness of reward models in a government context

Training with Proximal Policy Optimization (PPO)

  • An overview of PPO algorithms tailored for RLHF in government
  • Implementing PPO with reward models for government systems
  • Iterative and safe fine-tuning of models for government operations

Practical Fine-Tuning of Language Models

  • Preparing datasets for RLHF workflows in government
  • Hands-on fine-tuning of a small language model using RLHF for government purposes
  • Challenges and mitigation strategies for government applications

Scaling RLHF to Production Systems

  • Infrastructure and compute considerations for government deployment
  • Quality assurance and continuous feedback loops in government systems
  • Best practices for deploying and maintaining RLHF models for government use

Ethical Considerations and Bias Mitigation

  • Addressing ethical risks associated with human feedback in government
  • Bias detection and correction strategies for government applications
  • Ensuring alignment and safe outputs in government systems

Case Studies and Real-World Examples

  • Case study: Fine-tuning ChatGPT with RLHF for government use
  • Other successful RLHF deployments in the public sector
  • Lessons learned and industry insights relevant to government operations

Summary and Next Steps

Requirements

  • An understanding of the fundamentals of supervised and reinforcement learning for government applications.
  • Experience with model fine-tuning and neural network architectures to enhance governmental systems.
  • Familiarity with Python programming and deep learning frameworks such as TensorFlow and PyTorch, which are essential for government projects.

Audience

  • Machine learning engineers working on public sector initiatives.
  • AI researchers focused on advancing technology for government use.
 14 Hours

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