Preview Control for Robot Force Control: Experimental Investigation of Edge-Following

B. Yong
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Abstract

It is often useful in automation tasks to make a robot manipulator interact with its environment in a controlled manner. This paper considers an edge-following using accommodation force control. The robot behavior changes with configuration, and unexpected workpiece disturbances degrade the system performance. The tracking speed and force regulation of the edge-following can be improved by preview control. The preview controller is implemented on an industrial robot system, and experiments are carried out to verify validity of the preview control.
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机器人力控制的预览控制:边缘跟踪的实验研究
在自动化任务中,使机器人机械手以受控的方式与其环境相互作用通常是有用的。本文研究了一种采用调节力控制的沿边跟踪方法。机器人的行为随着结构的变化而变化,并且意外的工件干扰降低了系统的性能。通过预瞄控制,可以提高边缘跟踪的跟踪速度和力的调节。在工业机器人系统上实现了该预瞄控制器,并进行了实验验证了预瞄控制的有效性。
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