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Solving systems of polynomial equations: A novel end condition and root computation method

机译:多项式方程组的求解系统:一种新的终止条件和根计算方法

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摘要

In this paper we present an improvement of the algorithm based on recursive de Casteljau subdivision over an n-dimensional bounded domain (simplex or box). The modification consists of a novel end condition and a way of calculation the root in subdomain. Both innovations are based on linear approximation of polynomials in a system. This improvement results in that our approach takes almost half of the time of the standard approach: it can be stopped much earlier than using standard diameter condition and getting midpoint of a subdomain as a root.
机译:在本文中,我们提出了一种基于递归de Casteljau细分的n维有界域(简单或框)算法的改进。该修改包括一个新颖的结束条件和一种计算子域中的根的方法。两种创新都基于系统中多项式的线性逼近。这种改进导致我们的方法几乎花费了标准方法的一半时间:比使用标准直径条件并将子域的中点作为根要早得多,它可以被停止。

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