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A comparison of two fast algorithms for computing the distance between convex polyhedra

机译:两种计算凸多面体之间距离的快速算法的比较

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摘要

The problem of tracking the distance between two convex polyhedra is finding applications in many areas of robotics. The algorithm of Lin and Canny (1991) is a well-known fast solution to this problem, but by recasting the algorithms into configuration space, we show that a minor modification to the earlier algorithm of Gilbert, Johnson, and Keerthi (1988) also gives this algorithm the same expected cost.
机译:跟踪两个凸多面体之间的距离的问题正在机器人的许多领域中得到应用。 Lin和Canny(1991)的算法是解决此问题的著名快速解决方案,但是通过将算法重铸到配置空间中,我们显示出对Gilbert,Johnson和Keerthi(1988)的早期算法也进行了较小的修改。使该算法具有相同的预期成本。

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