Introduction to "Rainbow is all you need"
"Rainbow is all you need" is an educational project designed to guide individuals through the journey of enhancing reinforcement learning (RL) agents. It takes users from the basic Deep Q-Network (DQN) to the comprehensive Rainbow framework. This project is ideal for those looking to see their RL agents perform optimally, like smoothly maneuvering on Atari video games.
Project Structure
The project is composed of a series of tutorial chapters, each providing both theoretical insights and practical, object-oriented coding implementations. These tutorials are accessible and can be executed immediately via Google Colab on devices as portable as a smartphone. Users are encouraged to engage actively, bringing their own ideas to the table by opening issues or contributing via pull requests.
Chapter Breakdown
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DQN (Deep Q-Network)
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DoubleDQN
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PrioritizedExperienceReplay
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DuelingNet
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NoisyNet
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CategoricalDQN
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N-step Learning
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Rainbow
Getting Started
To get started with the project, users should have Python 3.8+. The setup process involves cloning the repository and setting it up on their local machines:
git clone https://github.com/Curt-Park/rainbow-is-all-you-need.git
cd rainbow-is-all-you-need
make setup
Once set up, users can execute the tutorials using Jupyter Lab:
jupyter lab
Academic Foundations
The project builds upon widely recognized academic papers that have shaped the landscape of deep reinforcement learning. References range from foundational works on DQN and Double Q-learning to more recent advancements like prioritized experience replay and noisy networks.
Community and Contributions
The project embraces contributions of all kinds and is maintained by a community of dedicated developers and researchers. These contributors ensure the project remains a valuable resource for learners and practitioners aiming to excel in reinforcement learning.
In summary, "Rainbow is all you need" serves as a comprehensive and practical resource for anyone seeking to understand and implement advanced reinforcement learning techniques, tailored specifically for those interested in the domain of Atari-like game environments.