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Matrix splitting

In the mathematical discipline of numerical linear algebra, a matrix splitting is an expression which represents a given matrix as a sum or… 
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Related topics

Related topics

14 relations
Convergent matrixGauss–Seidel methodIterative methodJacobi method

Broader (1)

Numerical linear algebra

Papers overview

Semantic Scholar uses AI to extract papers important to this topic.
2017
2017
Splitting Features of Rotation Shapes in the External Finite-Element Approximations Method
This article presents the improvement of a splitting algorithm for the External Finite-Element Approximations method (EFEAM) for… 
2017
2017
An SOR-Like Method for Fast Model Predictive Control
2015
2015
Parallel multisplitting iteration methods based on M-splitting for the PageRank problem
2010
2010
Regular Splitting Method for Approximating Linear System of Fuzzy Equation
A class of splitting iterative methods are considered for solving fuzzy system of linear equations, which covers Jacobi, Gauss… 
2007
2007
Computationally efficient approximated matrix inversion with application to crosstalk precoding in downstream VDSL
An algorithm for approximating crosstalk channel matrix inversion is proposed in this paper. The algorithm decomposes the… 
2007
2007
Constructions and bounds for (m, t)-splitting systems
1999
1999
Risk Analysis Using Perceptions and Quadratic Programming
A heuristic method (computation of weighted averages) is considered for risk analysis. It is improved upon by utilizing the… 
1993
1993
Remarks on Convergence of the Matrix Splitting Algorithm for the Symmetric Linear Complementarity Problem
In this paper it is shown how to remove a restriction on the perturbation vectors $h^i$ imposed by Mangasarian and Luo and Tseng… 
1993
1993
Convergence of splitting and Newton methods for complementarity problems: An application of some sensitivity results
This paper is concerned with two well-known families of iterative methods for solving the linear and nonlinear complementarity… 
1989
1989
Overlapping vs partitioning in block-iteration methods: Application in large-scale system theory
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