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A New Method for Approximating Optimal Parameterization of Polynomial Curves

机译:多项式曲线最优参数化的一种新方法

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摘要

Rational re-parameterizations of a polynomial curve that preserve the curve degree and parameter domain are characterized by a single degree of freedom. The optimal re-parameterization in this family can be identified but the existing methods may exhibit too much residual parametric speed variation for motion control and other applications. In this paper, a new re-parameterization method to optimal parameterization is presented and the optimal parameterization in this family obtained by the new method satisfies that the maximum deviation from unit-speed is the minimum. Experiments for comparing the efficiency of this algorithm with other methods are also included.
机译:保持曲线度和参数域的多项式曲线的Rational Re-参数以单一的自由度为特征。可以识别该系列中的最佳重新参数化,但现有方法可能表现出用于运动控制和其他应用的过多的剩余参数速度变化。在本文中,提出了一种新的重新参数化方法,并且通过新方法获得的该系列中的最佳参数化满足了单位速度的最大偏差是最小的。还包括用于比较该算法的效率与其他方法的实验。

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