Fuzzy PID Control for Multi-joint Robotic Arm

Jialin Lin, Xiaoxu Liu, Z. Ren
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Abstract

This paper studies the experimental control of multi-joint robotic arm (Geomagi Touch haptic device) via a fuzzy PID controller. First, the system of Geomagi Touch haptic device is introduced, and the hardware-in-loop control scheme is established through Matlab Simulink. Then, fuzzy logic is utilized to update PID controller gains, where the parameters can be updated adaptively such that the performance of multiply joints can be optimized. Finally the effectiveness of the presented fuzzy controller is validated through real experiment.
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多关节机械臂模糊PID控制
本文研究了基于模糊PID控制器的多关节机械臂(Geomagi Touch触觉装置)实验控制。首先,介绍了Geomagi Touch触觉装置的系统,并通过Matlab Simulink建立了硬件在环控制方案。然后,利用模糊逻辑对PID控制器增益进行更新,其中参数可以自适应更新,从而优化多关节的性能。最后通过实际实验验证了所提模糊控制器的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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