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Deep Reinforcement Learning Hands-On

You're reading from   Deep Reinforcement Learning Hands-On A practical and easy-to-follow guide to RL from Q-learning and DQNs to PPO and RLHF

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Product type Paperback
Published in Nov 2024
Publisher Packt
ISBN-13 9781835882702
Length 716 pages
Edition 3rd Edition
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Author (1):
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Maxim Lapan Maxim Lapan
Author Profile Icon Maxim Lapan
Maxim Lapan
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Toc

Table of Contents (29) Chapters Close

Preface 1. Part 1 Introduction to RL FREE CHAPTER
2. What Is Reinforcement Learning? 3. OpenAI Gym API and Gymnasium 4. Deep Learning with PyTorch 5. The Cross-Entropy Method 6. Part 2 Value-based methods
7. Tabular Learning and the Bellman Equation 8. Deep Q-Networks 9. Higher-Level RL Libraries 10. DQN Extensions 11. Ways to Speed Up RL 12. Stocks Trading Using RL 13. Part 3 Policy-based methods
14. Policy Gradients 15. Actor-Critic Method: A2C and A3C 16. The TextWorld Environment 17. Web Navigation 18. Part 4 Advanced RL
19. Continous Action Space 20. Trust Region Methods 21. Black-Box Optimizations in RL 22. Advanced Exploration 23. Reinforcement Learning with Human Feedback 24. AlphaGo Zero and MuZero 25. RL in Discrete Optimization 26. Multi-Agent RL 27. Bibliography
28. Index

PyTorch Ignite

PyTorch is an elegant and flexible library, which makes it a favorite choice for thousands of researchers, DL enthusiasts, industry developers, and others. But flexibility has its own price: too much code to be written to solve your problem. Sometimes, this is very beneficial, such as when implementing some new optimization method or DL trick that hasn’t been included in the standard library yet. Then you just implement the formulas using Python and PyTorch magic will do all the gradient and backpropagation machinery for you. Another example is in situations when you have to work on a very low level, fiddling with gradients, optimizer details, and the way your data is transformed by the NN.

However, sometimes you don’t need this flexibility, which happens when you work on routine tasks, like the simple supervised training of an image classifier. For such tasks, standard PyTorch might be at too low a level when you need to deal with the same code...

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