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marl-jax

JAX library for MARL research

Demo Video Paper Link

Funding Source

This work was funded at IIIT-H, Hyderabad, India

Implemented Algorithms

  • Independent-IMPALA for multi-agent environments
  • OPRE

Environments supported

Other Features

  • Distributed training (IMPALA style architecture)
    • Dynamically distribute load of multiple agents across available GPUs
    • Run multiple environment instances, one per CPU core for experience collection
  • Wandb and Tensorboard logging
  • PopArt normalization

Help

Results

Daycare

daycare

IMPALA OPRE
Substrate 65.944444 67.833333
Scenario 0 0.888889 0.333333
Scenario 1 109.111111 126.000000
Scenario 2 0.222222 0.000000
Scenario 3 154.555556 171.333333

Prisoner's Dilemma in the Matrix Repeated

pditn

IMPALA OPRE
Substrate 106.849834 38.178917
Scenario 0 131.002046 59.706502
Scenario 1 176.537759 114.685576
Scenario 2 79.583174 27.968283
Scenario 3 62.804043 41.763728
Scenario 4 48.626646 38.745093
Scenario 5 65.819378 47.660647
Scenario 6 101.830552 40.335949
Scenario 7 83.325145 49.824935
Scenario 8 77.751732 32.586948
Scenario 9 78.408784 74.622007

Implementation References

Citation

If you use this code in your project, please cite the following paper:

@article{mehta2023marljax,
      title={marl-jax: Multi-agent Reinforcement Leaning framework for Social Generalization}, 
      author={Kinal Mehta and Anuj Mahajan and Pawan Kumar},
      year={2023},
      journal={arXiv preprint arXiv:2303.13808},
      url={https://arxiv.org/abs/2303.13808},
}

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