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Visual sensor based vibration control and end-effector control for flexible robot arms

机译:基于视觉传感器的柔性机器人手臂的振动控制和末端执行器控制

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摘要

This paper addresses the issue of measurement and control of robot arms with link flexibility. A measurement system for link flexural deflection and end-effector position sensing using CCD camera and video tracker is presented. Based on the measurement system, both link vibration suppressing control scheme and end-effector trajectory tracking control scheme are designed. Experiments for link vibration control and end-effector trajectory tracking control are carried out on a 2 link flexible robot system as the test bed. The results confirm effectiveness and usefulness of the proposed measurement method and control systems.
机译:本文涉及具有链接灵活性的机器人臂的测量和控制问题。呈现了使用CCD相机和视频跟踪器的链路弯曲偏转和终端效应位置感测的测量系统。基于测量系统,设计了链路振动抑制控制方案和末端执行器轨迹跟踪控制方案。作为试验台的2个连杆柔性机器人系统进行了链路振动控制和终效应器轨迹跟踪控制的实验。结果证实了所提出的测量方法和控制系统的效果和有用性。

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