AbstractWe provide an algorithmic characterization of H-matrices. When A is an H-matrix, this algorithm determines a positive diagonal matrix D such that AD is strictly row diagonally dominant. In effect, D is produced iteratively by quantifying and redistributing the diagonal dominance present in some rows of A to the non-diagonally-dominant rows
H-matrices play an important role in the theory and applications of Numerical Linear Algebra. So, it...
AbstractResults are given concerning the LU factorization of H-matrices, and Gaussian elimination wi...
AbstractH-matrices play an important role in the theory and applications of Numerical Linear Algebra...
H-matrices appear in various areas of science and engineering and it is of vital importance to have ...
AbstractFor many applications it is very useful to know whether a matrix is an H-matrix or not. Hara...
AbstractH-matrices appear in various areas of science and engineering and it is of vital importance ...
Abstract—Nonsingular H − matrices play a very important role in matrix analysis and numerical algebr...
For many applications it is very useful to know whether a matrix is H-matrix or not. Recently, some ...
AbstractRecently, some iterative algorithms have been provided for identifying H-matrices, but most ...
It is well-known that most iterative methods for linear systems with strictly di-agonally dominant c...
AbstractIn the theory and applications of Numerical Linear Algebra the class of H-matrices is very i...
Abstract The nonsingular H-matrices play an important role in the study of the matrix theory and the...
The purpose of this paper is twofold: We first present a sufficient condition for testing strictly g...
AbstractFor many applications, it is very useful to know whether a matrix is an H-matrix or not. Rec...
H-matrices play an important role in the theory and applications. Different algorithms to determine ...
H-matrices play an important role in the theory and applications of Numerical Linear Algebra. So, it...
AbstractResults are given concerning the LU factorization of H-matrices, and Gaussian elimination wi...
AbstractH-matrices play an important role in the theory and applications of Numerical Linear Algebra...
H-matrices appear in various areas of science and engineering and it is of vital importance to have ...
AbstractFor many applications it is very useful to know whether a matrix is an H-matrix or not. Hara...
AbstractH-matrices appear in various areas of science and engineering and it is of vital importance ...
Abstract—Nonsingular H − matrices play a very important role in matrix analysis and numerical algebr...
For many applications it is very useful to know whether a matrix is H-matrix or not. Recently, some ...
AbstractRecently, some iterative algorithms have been provided for identifying H-matrices, but most ...
It is well-known that most iterative methods for linear systems with strictly di-agonally dominant c...
AbstractIn the theory and applications of Numerical Linear Algebra the class of H-matrices is very i...
Abstract The nonsingular H-matrices play an important role in the study of the matrix theory and the...
The purpose of this paper is twofold: We first present a sufficient condition for testing strictly g...
AbstractFor many applications, it is very useful to know whether a matrix is an H-matrix or not. Rec...
H-matrices play an important role in the theory and applications. Different algorithms to determine ...
H-matrices play an important role in the theory and applications of Numerical Linear Algebra. So, it...
AbstractResults are given concerning the LU factorization of H-matrices, and Gaussian elimination wi...
AbstractH-matrices play an important role in the theory and applications of Numerical Linear Algebra...
DOI
Add to ORKG