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An iteration method for the anti-symmetric solutions to the matrix equation AX=B

机译:矩阵方程AX = B的反对称解的迭代方法

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摘要

In this paper, a class of iterative method for the anti-symmetric solution to the matrix equation AX = B is constructed. By this iteration method, the least-norm symmetric solution for the matrix equation can be obtained when the problem is consistent. The related optimal approximation solution is also obtained by this iteration method. The analysis for the convergence of the method shows that the convergence rates can be improved by preconditioned methods.
机译:本文针对矩阵方程AX = B的反对称解,构造了一类迭代方法。通过这种迭代方法,当问题一致时,可以获得矩阵方程的最小范数对称解。通过该迭代方法也获得了相关的最佳逼近解。对方法收敛性的分析表明,采用预处理方法可以提高收敛速度。

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