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[account ↗] [repo ↗] DATA_RESEARCH ★ 5004 812 ● maintained (last update 4 months ago)
reviewed by: deepseek/deepseek-v4-flash

This repository hosts the Hugging Face Deep Reinforcement Learning Course (v2.0), a free, open-source educational curriculum covering RL from fundamentals (Q-Learning, Policy Gradients) to advanced topics (PPO, A2C, Multi-Agent RL, Curiosity-Driven RL). It is primarily a collection of theoretical lessons (MDX files) and hands-on Jupyter notebooks designed to run on Google Colab. The notebooks train agents using libraries like Stable-Baselines3, CleanRL, ML-Agents, and Sample Factory, and push trained models to the Hugging Face Hub with evaluation videos and leaderboard comparison. While not a production application or data pipeline, the repo contains reusable training loops, evaluation helpers, and Hub packaging functions that can be extracted for other RL projects. The course is in low-maintenance mode, with some broken features (Unit 7 AI vs AI) and dependency drift (gym vs gymnasium), but the core content remains functional and well-structured.

RATING6.7/10
QUALITY6.5/10
MAINTENANCEmaintained
DRIFTmedium
REPRODUCIBILITY6.0/10
CONTRIBUTORS112
VELOCITY0.49
OPEN ISSUES147
CLOSED ISSUES293
LAST COMMIT4 months ago
Files by Type (count)
Other (.mdx)
114
Jupyter Notebook
10
Markdown
5
YAML
4
Text
4
Files by Type (size)
Other (.mdx)
554KB
Jupyter Notebook
390KB
Markdown
13KB
YAML
10KB
Text
387B

The LLM identified 4 files worth highlighting for reuse:

Implements tabular Q-Learning from scratch for FrozenLake-v1 and Taxi-v3. Contains a reusable `train` function with epsilon decay, Bellman update, and evaluation. Also includes `push_to_hub` and `load_from_hub` functions that package the Q-table, evaluation results, and a replay video into a Hugging Face Hub model repository. This pattern is self-contained and can be adapted to any discrete-action RL environment.

file: notebooks/unit2/unit2.ipynb ↗ | tags: #q-learning #training-loop #hub-integration

Implements the REINFORCE (policy gradient) algorithm from scratch for CartPole-v1 and PixelCopter. Defines a `Policy` neural network class, a `reinforce` training loop with return-to-go and return standardization, and an `evaluate_agent` function. The Hub packaging logic (`push_to_hub`) is reusable for any policy-based RL agent. Demonstrates clean separation of model definition, training, evaluation, and deployment.

file: notebooks/unit4/unit4.ipynb ↗ | tags: #policy-gradient #reinforce #hub-integration

Contains a full PPO implementation from scratch (based on CleanRL) with actor-critic networks, GAE advantage estimation, minibatch updates, and KL early stopping. The `package_to_hub` function bundles the model, evaluation metrics, and replay video for Hub upload. This is a production-quality PPO training script that can be extracted and used as a standalone training pipeline for any Gymnasium environment.

file: notebooks/unit8/unit8_part1.ipynb ↗ | tags: #ppo #cleanrl #hub-integration

Demonstrates training a PPO agent using Stable-Baselines3 on LunarLander-v2. Uses the `huggingface_sb3` library to push the model to the Hub with automatic evaluation and replay video generation. The pattern of using `package_to_hub` from `huggingface_sb3` is a reusable template for any SB3-trained agent.

file: notebooks/unit1/unit1.ipynb ↗ | tags: #stable-baselines3 #hub-integration #evaluation
Last analyzed: 2026-08-31 23:11:28.921141
Next check: 2026-09-30 23:11:28.918465
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