Task-oriented optimal grasping by multifingered robot hands

Zexiang Li, S. Sastry
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引用次数: 468

Abstract

The problem of optimal grasping of an object by a multifingered robot hand is discussed. Using screw theory and elementary differential geometry, the concept of a grasp is axiomated and its stability characterized. Three quality measures for evaluating a grasp are then proposed. The last quality measure is task-oriented and needs the development of a procedure for modeling tasks as ellipsoids in the wrench space of the object. Numerical computations of these quality measures and the selection of an optimal grasp are addressed in detail. Several examples are given using these quality measures to show that they are consistent with measurements yielded by the authors' experiments on grasping. >
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多指机械手面向任务的最优抓取
讨论了多指机械手抓取物体的最佳问题。利用螺旋理论和初等微分几何,给出了抓手的概念,并对抓手的稳定性进行了表征。然后提出了评价抓握的三个质量指标。最后一个质量度量是面向任务的,需要开发一个程序,将任务建模为对象扳手空间中的椭球体。详细讨论了这些质量指标的数值计算和最佳抓手的选择。用这些质量度量给出了几个例子,表明它们与作者在抓握实验中得到的测量结果是一致的。>
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