rl_games and Practical_RL

rl_games is a practical implementation framework while Practical_RL is an educational course that teaches RL concepts—they are complements, as the course could use rl_games as a reference implementation or hands-on tool for students learning reinforcement learning algorithms.

rl_games
71
Verified
Practical_RL
64
Established
Maintenance 13/25
Adoption 10/25
Maturity 25/25
Community 23/25
Maintenance 13/25
Adoption 10/25
Maturity 16/25
Community 25/25
Stars: 1,310
Forks: 205
Downloads:
Commits (30d): 3
Language: Jupyter Notebook
License: MIT
Stars: 6,460
Forks: 1,796
Downloads:
Commits (30d): 2
Language: Jupyter Notebook
License: Unlicense
No risk flags
No Package No Dependents

About rl_games

Denys88/rl_games

RL implementations

This project helps robotics engineers and researchers train robots and intelligent agents to perform complex tasks using reinforcement learning. You can input simulated environments or real-world robotic data and get optimized control policies for dexterous manipulation, locomotion, or multi-agent coordination. It's ideal for those developing AI for robotics, autonomous systems, or game AI.

robotics reinforcement-learning autonomous-systems AI-training simulation-to-reality

About Practical_RL

yandexdataschool/Practical_RL

A course in reinforcement learning in the wild

This course helps aspiring practitioners understand how to develop intelligent agents that learn optimal behaviors through trial and error in various environments. It takes learners from foundational concepts like decision processes and value-based methods to advanced topics such as deep reinforcement learning, policy gradient methods, and model-based RL. It's designed for anyone interested in building systems that can make sequential decisions to achieve goals, like autonomous robots, game AI, or resource management.

AI-development autonomous-systems sequential-decision-making machine-learning-engineering control-systems

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