线性系统叠列解的混沌方法

Computing Systems in Engineering Pub Date : 1995-08-01 DOI:10.1016/0956-0521(95)00046-1

Rafael Bru , Violeta Migallon , José Penadés

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引用次数: 17

摘要

提出了基于两阶段法求解非奇异线性系统的混沌同步和异步方案。研究了这些格式在混沌参数变得足够大或矩阵单调时的收敛性。结果在共享内存多处理器矢量计算机上得到了验证。

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Chaotic methods for the papallel solution of linear systems

Chaotic synchronous and asynchronous schemes based on two-stage methods to solve nonsingular linear systems are presented. The convergence of these schemes is studied either when the chaotic parameters become sufficiently large or when the matrix in question is monotone. The results are illustrated by computational experiments on a shared memory multiprocessor vector computer.

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Computing Systems in Engineering

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