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논문

Newton Schulz method for solving nonlinear matrix equation?Xp+A?XA=Q

등록일자 :

https://doi.org/10.4134/JKMS.j170809

  • 저자HYUN-MIN KIM,JIE MENG,김영진
  • 학술지JOURNAL OF THE KOREAN MATHEMATICAL SOCIETY (0394-9914), 55(6), 1529 ~ 1540
  • 등재유형SCI
  • 게재일자 20181101
The matrix equation Xp+A?XA=Q has been studied to find the positive definite solution in several researches. In this paper, we consider fixed-point iteration and Newton's method for finding the matrix p-th root. From these two considerations, we will use the Newton-Schulz algorithm (N.S.A). We will show the residual relation and the local convergence of the fixed-point iteration. The local convergence guarantees the convergence of N.S.A. We also show numerical experiments and easily check that the N.S. algorithm reduce the CPU-time significantly.

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