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Restricted Additive Schwarz Method for Nonlinear Complementarity Problem with an M-Function

机译:用于M函数的非线性互补问题的限制添加剂施瓦茨方法

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Nonlinear complementarily problem (NCP) is a kind of very important problem. This kind of problem can be arisen from some complicated free boundary problem and other mathematical programming problem. In this paper, numerical solution of NCP with an M -function is considered. A new variant Schwarz method called restricted additive Schwarz method (RAS) is presented. Compared to classical additive Schwarz method, this method has many advantages, such as it reduces communication time while maintaining the most desirable used in practice. Some preliminary numerical results are reported. As we can see from the preliminary numerical results, the restricted additive Schwarz method spends less CPU time and needs fewer iteration numbers then classical additive Schwarz method and PSOR.
机译:非线性互补问题(NCP)是一种非常重要的问题。可以从一些复杂的自由边界问题和其他数学编程问题中出现这种问题。在本文中,考虑了具有M形功能的NCP的数值解。提出了一种称为限制添加剂Schwarz方法(RAS)的新变型Schwarz方法。与古典添加剂施瓦茨方法相比,该方法具有许多优点,例如降低通信时间,同时保持在实践中使用的最理想。报告了一些初步数值结果。随着我们可以从初步数值结果中看到的,受限制的添加剂Schwarz方法花费较少的CPU时间,需要较少的迭代号码,然后需要经典添加剂Schwarz方法和PSOR。

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