Collision avoidance with a redundant articulated robot: an implicit approach

M. Keller, R. Schilling
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Abstract

A resolved-motion rate control method which causes the distal links of a redundant articulated robot to avoid collisions by following the path planned for the tool tip is described. The method is presented for a robot with n+2 links and 2n+3 joints. Explicit closed-form equations for the joint rates are developed. A recursive formulation of a feedback control law is derived for the joint velocities of the 2n distal joints. Path tracking performance is illustrated with two simulation examples
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冗余关节机器人的避碰:一种隐式方法
描述了一种使冗余铰接机器人的远端连杆通过遵循为刀尖规划的路径来避免碰撞的确定运动速率控制方法。针对具有n+2个连杆和2n+3个关节的机器人,提出了该方法。建立了关节速率的显式封闭方程。推导了2n远端关节速度反馈控制律的递推公式。通过两个仿真实例说明了路径跟踪性能
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