High Degree Toom'n'Half for Balanced and Unbalanced Multiplication

Marco Bodrato
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引用次数: 4

Abstract

Some hints and tricks to automatically obtain high degree Toom-Cook implementations, i.e. functions for integer or polynomial multiplication with a reduced complexity. The described method generates quite an efficient sequence of operations and the memory footprint is kept low by using a new strategy: mixing evaluation, interpolation and recomposition phases. It is possible to automatise the whole procedure obtaining a general Toom-n function, and to extend the method to polynomials in any characteristic except two.
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平衡和不平衡乘法的高阶二分之一
一些提示和技巧,自动获得高程度的Toom-Cook实现,即整数或多项式乘法的函数与降低复杂性。所描述的方法产生了相当高效的操作序列,并且使用了一种新的策略:混合计算,插值和重组阶段,从而保持了较低的内存占用。这是可能的自动化整个过程,以获得一般的托姆-n函数,并将该方法扩展到多项式的任何特征,除了两个。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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