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MMM-PHC: A Particle-Based Multi-Agent Learning Algorithm

机译:MMM-PHC:基于粒子的多代理学习算法

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Learning is one way to determine how agents should act, but learning in multi-agent systems is more difficult than in single-agent systems because other learning agents modify their behavior. We introduce a particle-based algorithm called MMM-PHC. MMM-PHC promotes convergence to Nash equilibria in matrix games using the ideas of maxim in strategies and partial commitment. Partial commitment is implemented by restricting policies to a simplex. Simulations show that MMM-PHC performs on a larger class of games than WoLFPHC.
机译:学习是确定代理应该采取行动的一种方法,但在多代理系统中的学习比单代理系统更困难,因为其他学习代理改变了他们的行为。我们介绍一种称为MMM-PHC的粒子算法。 MMM-PHC促进矩阵游戏中纳什均衡的融合,使用Maxim的策略和部分承诺的思想。部分承诺通过将策略限制为单纯形来实现。模拟表明,MMM-PHC在比Wolfphc更大类的比赛上执行。

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