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An Interval Matrix Based Generalized Newton Method for Linear Complementarity Problems

机译:基于区间矩阵的广义牛顿法求解线性互补问题

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摘要

The penalty equation of LCP is transformed into the absolute value equation, and then the existence of solutions for the penalty equation is proved by the regularity of the interval matrix. We propose a generalized Newton method for solving the linear complementarity problem with the regular interval matrix based on the nonlinear penalized equation. Further, we prove that this method is convergent. Numerical experiments are presented to show that the generalized Newton method is effective.
机译:将LCP的惩罚方程转化为绝对值方程,然后通过区间矩阵的正则性证明惩罚方程解的存在性。我们提出了一种基于非线性惩罚方程的广义牛顿法,用于求解带规则间隔矩阵的线性互补问题。此外,我们证明了该方法是收敛的。数值实验表明,广义牛顿法是有效的。

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