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Comparison of Two Learning Algorithms in Modelling the Generator's Learning Abilities

机译:两个学习算法在模拟发电机学习能力中的比较

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This paper discusses the generator's optimal bidding problem. Reinforcement learning is employed to model the generator's learning ability. Through the repeated learning, the generator can develop optimal bidding in the point view of long term. Simulation result shows the generator equipped with learning ability can definitely perform better than the one without learning ability. The learning ability increases the profit of this 'smart' generator, who exercises more market power than the 'normal' generator. It's the main advantage that the generator with learning gets. We compare two learning algorithms, and conclude that SA-Q agent can always converge to the optimal action, but VRE can't. VRE has serious stochastic characteristic, which lead agent converge to one action randomly. In this work, VRE is quite sensitive to the parameters of system. However SA-Q has no such problem, which can lead agent converge to the optimal action.
机译:本文讨论了发电机的最佳竞标问题。钢筋学习是为了模拟发电机的学习能力。通过重复学习,发电机可以在长期观点观察中开发最佳竞标。仿真结果表明,配备学习能力的发电机绝对可以比没有学习能力更好地执行。学习能力提高了这款“智能”发电机的利润,他们比“正常”发电机更具市场力量。这是发电机与学习获得的主要优点。我们比较两个学习算法,并得出结论,SA-Q代理始终会收敛到最佳动作,但VRE不能。 VRE具有严重的随机特征,铅剂随机会聚到一种动作。在这项工作中,VRE对系统的参数非常敏感。然而,SA-Q没有这样的问题,可以将代理商收敛到最佳动作。

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