复杂机构开环控制逆动力学方程的一种新解法
A NEW SOLUTION TO THE INVERSE DYNAMIC EQUATION OF OPEN-LOOP CONTROL FOR COMPLICATED MECHANISMS
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摘要: 本文讨论了复杂机构开环控制逆动力学分析的一种新方法。它通过直接设计机构的开环输入,使机构完成给定的运动或跟踪给定的优化轨迹,同时抑制或消除不希望的干扰运动。本文提出了求解所得逆动力学方程的一种较为普遍的解法—模型递推算法,并给出了仿真示例。Abstract: The inverse dynamic analysis of open-loop control for complicated mechanisms was studied in the present paper, The open-loop inputs were determined which can make the complicated mechanisms complete the prescribed motions or trace the prescribed optimal trajectories, with the unexpected motions or dissonances being restricted or eliminated simultaneously, A common solution to the inverse dynamic equation - Model Recurrence Algorithm was also proposed and a numerical example was given.