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    Q-学习及其在智能机器人局部路径规划中的应用研究

    Q-LEARNING AND ITS APPLICATION IN LOCAL PATH PLANNING OF INTELLIGENT ROBOTS

    • 摘要: 强化学习一词来自于行为心理学,这门学科把行为学习看成反复试验的过程,从而把环境状态映射成相应的动作.在设计智能机器人过程中,如何来实现行为主义的思想、在与环境的交互中学习行为动作? 文中把机器人在未知环境中为躲避障碍所采取的动作看作一种行为,采用强化学习方法来实现智能机器人避碰行为学习.Q-学习算法是类似于动态规划的一种强化学习方法,文中在介绍了Q-学习的基本算法之后,提出了具有竞争思想和自组织机制的Q-学习神经网络学习算法;然后研究了该算法在智能机器人局部路径规划中的应用,在文中的最后给出了详细的仿真结果

       

      Abstract: The concept of reinforcement learning comes from behavior psychology that takes behavior learning as trial and error, by which the states of environment are mapped into corresponding actions. There’s a question of how the behaviorism can be used to learn the actions in interaction with the environment in designing intelligent robots. In this paper, the actions that a robot takes to avoid obstacles are taken as one class of behaviors and the reinforcement learning is used to realize behavior learning of obstacle avoidance. Q\|learning is one kind of reinforcement learning method that is similar to dynamic programming. After basic ideas of Q\|learning are introduced, a neural network learning algorithm of Q\|learning with concepts of competition and self\|organization is presented. Its application in local path planning of intelligent robots is also introduced. Finally, the detailed simulation results are presented.

       

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