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Reinforcement Learning Algorithms with Python

You're reading from   Reinforcement Learning Algorithms with Python Learn, understand, and develop smart algorithms for addressing AI challenges

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Product type Paperback
Published in Oct 2019
Publisher Packt
ISBN-13 9781789131116
Length 366 pages
Edition 1st Edition
Languages
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Author (1):
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Andrea Lonza Andrea Lonza
Author Profile Icon Andrea Lonza
Andrea Lonza
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Toc

Table of Contents (19) Chapters Close

Preface 1. Section 1: Algorithms and Environments
2. The Landscape of Reinforcement Learning FREE CHAPTER 3. Implementing RL Cycle and OpenAI Gym 4. Solving Problems with Dynamic Programming 5. Section 2: Model-Free RL Algorithms
6. Q-Learning and SARSA Applications 7. Deep Q-Network 8. Learning Stochastic and PG Optimization 9. TRPO and PPO Implementation 10. DDPG and TD3 Applications 11. Section 3: Beyond Model-Free Algorithms and Improvements
12. Model-Based RL 13. Imitation Learning with the DAgger Algorithm 14. Understanding Black-Box Optimization Algorithms 15. Developing the ESBAS Algorithm 16. Practical Implementation for Resolving RL Challenges 17. Assessments
18. Other Books You May Enjoy

Imitation Learning with the DAgger Algorithm

The ability of an algorithm to learn only from rewards is a very important characteristic that led us to develop reinforcement learning algorithms. This enables an agent to learn and improve its policy from scratch without additional supervision. Despite this, there are situations where other expert agents are already employed in a given environment. Imitation learning (IL) algorithms leverage the expert by imitating their actions and learning the policy from them.

This chapter focuses on imitation learning. Although different to reinforcement learning, imitation learning offers great opportunities and capabilities, especially in environments with very large state spaces and sparse rewards. Obviously, imitation learning is possible only when a more expert agent to imitate is available.

The chapter will focus on the main concepts and...

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