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Selecting strategy for agent behavior based on fuzzy algorithm and Q-learning

机译:基于模糊算法和Q学习的智能体行为选择策略

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In robot soccer simulation team, how to select a proper behavior for a player among shoot, dribbling and passing is a key issue. This paper proposes a more flexible behavior selecting strategy. In the strategy, the fuzzy-algorithm is used to deal with behavior selecting issue. Because the environment of the robot soccer is complicated, with this algorithm it's not necessary to build a precise mathematic model about the environment. Simultaneously, Q-learning is used to modify the fuzzy rules. The experimental results show that this algorithm is more efficient and robust which can improve the success rate of robot player in shoot, passing and dribbling.
机译:在机器人足球模拟团队中,如何在射击,盘带和传球中为球员选择合适的行为是关键问题。本文提出了一种更为灵活的行为选择策略。该策略采用模糊算法处理行为选择问题。由于足球机器人的环境很复杂,因此使用该算法无需建立关于环境的精确数学模型。同时,Q学习用于修改模糊规则。实验结果表明,该算法效率更高,鲁棒性更高,可以提高机器人选手投篮,传球,运球的成功率。

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