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tigerneil/awesome-deep-rl: For deep RL and the future of AI.

tigerneil/awesome-deep-rl: For deep RL and the future of AI.

16 hours ago

Awesome Deep Reinforcement Learning

Mar 1 2024 update: HILP added
July 2022 update: EDDICT added
Mar 2022 update: a few papers released in early 2022
Dec 2021 update: Unsupervised RL
September 17, 2026: Embodied RL research update, 12 new research notes, and the interactive atlas. Sources checked through September 17; preprints and adjacent VLA developments are labeled.

Introduction to awesome drl

Reinforcement learning is the fundamental framework for building AGI. Therefore we share important contributions within this awesome drl project.

Landscape of Deep RL

!updated Landscape of DRL

The 2026 frontier

The field is converging around data-centric and hybrid RL, world models, foundation policies for robotics, tool-using agents, scalable multi-agent coordination, and evaluation that measures generalization and safety. Top-conference RL work is now concentrated at NeurIPS, ICML, ICLR, CoRL/RSS, AAAI/IJCAI/AAMAS, and UAI, while the canonical test-of-time foundations still remain DQN, PPO, SAC, AlphaGo, MuZero, and world models. The latest frontier is also deeply shaped by LLM-agent RL, preference optimization (RLHF/DPO/GRPO), and embodied AI systems that couple perception, control, and long-horizon planning.

Start with the 2026 frontier guide, or use the interactive homepage to filter themes and track your reading locally. Browse the research lab directory to discover leading LLM and RL groups by research focus, organization type, and region.

Conference and foundational reading map

  • NeurIPS, ICML, ICLR: RL, world models, policy optimization, uncertainty-aware control, and sequence modeling for decision-making.
  • CoRL / RSS / ICRA / IROS: embodied AI, dexterous manipulation, sim-to-real transfer, and safe real-world control.
  • AAAI / IJCAI / AAMAS / UAI: agentic decision-making, planning, Bayesian RL, and multi-agent coordination.
  • Classic test-of-time anchors: DQN, PPO, SAC, AlphaGo, MuZero, World Models, and Inverse RL remain the core conceptual reference stack.
  • LLM and agent RL: RLHF, DPO, GRPO, ReAct, WebArena, and foundation-model policies such as OpenVLA and Octo.

2026 · Embodied RL

Latest curated notes, ordered by first public date. See the frontier guide for evaluation limits and artifact availability. Results are author-reported; dates do not imply peer review.

2026 · Agent RL

2026 · Embodied context

Benchmark and foundation-policy developments are relevant to RL without necessarily introducing an RL algorithm.

Content

- Introduction to awesome drl - Landscape of Deep RL - The 2026 frontier - 2026 · Embodied RL - 2026 · Agent RL - 2026 · Embodied context - Content - General guidances - 2022 - Foundations and theory - General benchmark frameworks - Unsupervised - Offline - Value based - Policy gradient - Explorations - Actor-Critic - Model-based - Model-free + Model-based - Hierarchical - Option - Connection with other methods - Connecting value and policy methods - Reward design - Unifying - Faster DRL - Multi-agent - New design - Multitask - Observational Learning - Meta Learning - Distributional - Planning - Safety - Inverse RL - No reward RL - Time - Adversarial learning - Use Natural Language - Generative and contrastive representation learning - Belief - PAC - Applications

Illustrations:

Recommendations and suggestions are welcome.

General guidances

2024

2022

  • Reinforcement Learning with Action-Free Pre-Training from Videos arxiv repo

Generalist policies

Foundations and theory

General benchmark frameworks

*

Unsupervised

Offline

Value based

Policy gradient

Explorations

Actor-Critic

Model-based

Model-free + Model-based

Hierarchical

Option

Connection with other methods

Connecting value and policy methods

Reward design

Unifying

Faster DRL

Multi-agent

New design

Multitask

Observational Learning

Meta Learning

Distributional

Planning

Safety

Inverse RL

No reward RL

Time

Adversarial learning

Use Natural Language

Generative and contrastive representation learning

Belief

PAC

Applications

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