微操作机器人集成智能运动控制系统
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    摘要:

    针对微操作机器人交流伺服系统模型的非线性、不确定性以及强外界干扰,以PID控制为基础,将参数自整定PIDF、BP神经网络PID以及模糊自适应PID等控制策略有机集成,应用于微操作机器人的运动控制。通过集成,充分发挥模糊逻辑、神经网络的优势,弥补各自的不足。实验表明集成策略可提高运动精度,具有良好的动态、稳态性能,并能较好地适应负荷变化与外部干扰,具有较强的鲁棒性。

    Abstract:

    AC servo system of micromanipulator’s motion system has some bad characters for control, such as high nonlinear, uncertainty and strong external disturbance. Based on PID control, the parameters of self-adjusting PIDF control, the BP neural networks PID control and the fuzzy adaptive PID control have been adopted in integrating an intelligent system for motion control of micromanipulator. It made fully use of the advantages of these intelligent algorithms and filled up the deficiency of each of them. The designing details on each PID controller and the integrated method and working principle of intelligent system were presented. To validate its performance, the system was introduced into motion controlling for Panasonic AC servo system. Experimental results showed that integrated scheme improved the system accuracy with favorable dynamic and steady performance, and could adapt to load variation and external interference with a strong robustness.

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毛征宇,胡小平.微操作机器人集成智能运动控制系统[J].农业机械学报,2008,39(6):170-173.[J]. Transactions of the Chinese Society for Agricultural Machinery,2008,39(6):170-173

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