INFLUENCE LEARNING FOR MULTI-AGENT SYSTEM BASED ON REINFORCEMENT LEARNING

Authors

  • Anton Kabysh
  • Vladimir Golovko
  • Arunas Lipnickas

DOI:

https://doi.org/10.47839/ijc.11.1.549

Keywords:

Reinforcement learning, influence learning, multi-agent learning, multi-joined robot.

Abstract

This paper describes a multi-agent influence learning approach and reinforcement learning adaptation to it. This learning technique is used for distributed, adaptive and self-organizing control in multi-agent system. This technique is quite simple and uses agent’s influences to estimate learning error between them. The best influences are rewarded via reinforcement learning which is a well-proven learning technique. It is shown that this learning rule supports positive-reward interactions between agents and does not require any additional information than standard reinforcement learning algorithm. This technique produces optimal behavior of multi-agent system with fast convergence patterns.

References

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Kabysh A., Golovko V., Mikhniayeu A., Lipnickas A., Behaviour patterns of adaptive multi-joined robot learned by multi-agent influence reinforcement learning, Proceedings of Pattern Recognition and Image Processing (PRIP–2011), 2011, 19–21 May, BSU, Minsk, pp. 392-297.

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Published

2014-08-01

How to Cite

Kabysh, A., Golovko, V., & Lipnickas, A. (2014). INFLUENCE LEARNING FOR MULTI-AGENT SYSTEM BASED ON REINFORCEMENT LEARNING. International Journal of Computing, 11(1), 39-44. https://doi.org/10.47839/ijc.11.1.549

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Section

Articles