Title of article
ABS-Type Methods for Solving m Linear Equations in mk Steps for k = 1; 2; ... ;m [ABS-Type Methods for Solving m Linear Equations in mk Steps for k = 1; 2; ... ;m]
Author/Authors
Asadbeigi, L Department of Mathematics - Hamadan Branch - Islamic Azad University - Hamadan, Iran , Amirfakhrianj, M Department of Mathematics - Hamadan Branch - Islamic Azad University - Tehran, Iran
Pages
23
From page
185
To page
207
Abstract
Abstract. The ABS methods, introduced by Abay, Broyden and Spedicato, are direct itera- tion methods for solving a linear system where the i-th iteration satises the rst i equations,
therefore a system of m equations is solved in at most m steps. In this paper, we introduce a class of ABS-type methods for solving a full row rank linear equations, where the i-th itera-
tion solves the rst 3i equations. We also extended this method for k steps. So, termination is achieved in at most
h m+(k-1) k i steps. Morever in our new method in each iteration, we have the the general solution of each iteration.
Keywords
General solution of a system , General solution of an iteration , Linear system , Rank k update , ABS methods
Journal title
Astroparticle Physics
Serial Year
2017
Record number
2440111
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