AMAP

Foundations

Evaluation & Benchmarking

Benchmarks, environments, and reproducible evaluation tools for multi-agent behavior.

8 projectsapibenchmarkcooperativeenvironmentsgeneralizationhistoricalmarlpytorchresearchroboticssimulationsocial
BenchMARL

Evaluation & Benchmarking

benchmark

A standardized library for benchmarking multi-agent reinforcement learning algorithms across environments and reproducible experiment configurations.

marlbenchmarkpytorch
Python MIT Self-hosted
PettingZoo

Evaluation & Benchmarking

benchmark

A standard API and maintained collection of environments for research and evaluation in multi-agent reinforcement learning.

marlenvironmentsapi
Python MIT Self-hosted
SMAC

Evaluation & Benchmarking

benchmark

The StarCraft Multi-Agent Challenge environment for evaluating cooperative multi-agent reinforcement learning methods.

marlcooperativestarcraft
Python MIT Self-hosted
PyMARL

Evaluation & Benchmarking

benchmark

A research framework for cooperative multi-agent reinforcement learning algorithms and experiments built around SMAC.

marlresearchcooperative
Python Apache-2.0 Self-hosted
Melting Pot

Evaluation & Benchmarking

benchmark

A suite of social multi-agent reinforcement learning scenarios for evaluating cooperation, competition, and generalization.

marlsocialgeneralization
Python Apache-2.0 Self-hosted
VMAS

Evaluation & Benchmarking

benchmark

A vectorized differentiable simulator providing fast multi-robot scenarios for multi-agent reinforcement learning research.

marlsimulationrobotics
Python MIT Self-hosted
Multi-Agent Transformer

Evaluation & Benchmarking

benchmark

The official research implementation of a transformer-based architecture for cooperative multi-agent reinforcement learning.

marltransformerresearch
Python MIT Self-hosted
Multi-Agent Particle Environments

Evaluation & Benchmarking

benchmark

A historical set of lightweight particle environments for cooperative and competitive multi-agent reinforcement learning.

marlenvironmentshistorical
Python MIT Self-hosted