simoninithomas/Deep_reinforcement_learning_Course
Implementations from the free course Deep Reinforcement Learning with Tensorflow
repo name | simoninithomas/Deep_reinforcement_learning_Course |
repo link | https://github.com/simoninithomas/Deep_reinforcement_learning_Course |
homepage | https://simoninithomas.github.io/Deep_reinforcement_learning_Course/ |
language | Jupyter Notebook |
size (curr.) | 235657 kB |
stars (curr.) | 2160 |
created | 2018-03-25 |
license | |
Deep Reinforcement Learning Course
β οΈ I’m currently updating the implementations (January and February (some delay due to job interviews)) with Tensorflow and PyTorch.
πThe articles explain the concept from the big picture to the mathematical details behind it.
πΉ The videos explain how to create the agent with Tensorflow
Syllabus
π Part 1: Introduction to Reinforcement Learning ARTICLE
Part 2: Q-learning with FrozenLake
π ARTICLE // FROZENLAKE IMPLEMENTATION
πΉ Implementing a Q-learning agent that plays Taxi-v2 π
Part 3: Deep Q-learning with Doom
π ARTICLE // DOOM IMPLEMENTATION
πΉ Create a DQN Agent that learns to play Atari Space Invaders πΎ
Part 4: Policy Gradients with Doom
π ARTICLE // CARTPOLE IMPLEMENTATION // DOOM IMPLEMENTATION
πΉ Create an Agent that learns to play Doom deathmatch
Part 3+: Improvments in Deep Q-Learning
π ARTICLE// Doom Deadly corridor IMPLEMENTATION
πΉ Create an Agent that learns to play Doom Deadly corridor
Part 5: Advantage Advantage Actor Critic (A2C)
π ARTICLE
πΉ Create an Agent that learns to play Sonic
Part 6: Proximal Policy Gradients
π ARTICLE
π¨βπ» Create an Agent that learns to play Sonic the Hedgehog 2 and 3
Part 7: Curiosity Driven Learning made easy Part I
π ARTICLE
Part 8: Random Network Distillation with PyTorch
π¨βπ» A trained RND agent that learned to play Montezuma’s revenge (21 hours of training with a Tesla K80
Any questions π¨βπ»
How to help π
3 ways:
- Clap our articles and like our videos a lot:Clapping in Medium means that you really like our articles. And the more claps we have, the more our article is shared Liking our videos help them to be much more visible to the deep learning community.
- Share and speak about our articles and videos: By sharing our articles and videos you help us to spread the word.
- Improve our notebooks: if you found a bug or a better implementation you can send a pull request.