This paper is concerned with the solution of block tridiagonal linear algebraic systems by two different parallel methods, the Arithmetic Mean method and the Alternating Group Explicit method. Similar convergence conditions hold for both methods. We describe the parallel implementation of both methods on shared and distributed memory systems and we report the results of numerical experiments on a set of test problems
A parallel variant of the block Gauss-Seidel iteration is presented for the solution of Mock tridiag...
For solving systems of linear algebraic equations with block-tridiagonal matrices arising in geoelec...
this paper, the wrap-around partitioning methodology, originally proposed by Hegland [1], is conside...
This paper is concerned with the solution of block tridiagonal linear algebraic systems by two diffe...
This paper is concerned with the parallel implementation of two splittings methods for solving block...
AbstractIn this paper, we consider a new form of the arithmetic mean method for solving large block ...
In this paper, we consider a new form of the arithmetic mean method for solving large block tridiago...
In this paper, we consider a new form of the arithmetic mean method for solving large block tridiago...
AbstractWe study the conditioning and the parallel solution of banded linear systems of algebraic eq...
We study the conditioning and the parallel solution of banded linear systems of algebraic equations....
AbstractThe explicit structure of the inverse of block tridiagonal matrices is presented in terms of...
AbstractFour parallel algorithms for the solution of block bidiagonal linear systems on distributed ...
AbstractWe formalize the concept of parallel factorization as a set of scalar factorizations. By mea...
We formalize the concept of patm!kZfitorhztim as a set of scalar factorizations. By means of this co...
In this report we consider two parallel additive preconditioners for solving block tridiagonal linea...
A parallel variant of the block Gauss-Seidel iteration is presented for the solution of Mock tridiag...
For solving systems of linear algebraic equations with block-tridiagonal matrices arising in geoelec...
this paper, the wrap-around partitioning methodology, originally proposed by Hegland [1], is conside...
This paper is concerned with the solution of block tridiagonal linear algebraic systems by two diffe...
This paper is concerned with the parallel implementation of two splittings methods for solving block...
AbstractIn this paper, we consider a new form of the arithmetic mean method for solving large block ...
In this paper, we consider a new form of the arithmetic mean method for solving large block tridiago...
In this paper, we consider a new form of the arithmetic mean method for solving large block tridiago...
AbstractWe study the conditioning and the parallel solution of banded linear systems of algebraic eq...
We study the conditioning and the parallel solution of banded linear systems of algebraic equations....
AbstractThe explicit structure of the inverse of block tridiagonal matrices is presented in terms of...
AbstractFour parallel algorithms for the solution of block bidiagonal linear systems on distributed ...
AbstractWe formalize the concept of parallel factorization as a set of scalar factorizations. By mea...
We formalize the concept of patm!kZfitorhztim as a set of scalar factorizations. By means of this co...
In this report we consider two parallel additive preconditioners for solving block tridiagonal linea...
A parallel variant of the block Gauss-Seidel iteration is presented for the solution of Mock tridiag...
For solving systems of linear algebraic equations with block-tridiagonal matrices arising in geoelec...
this paper, the wrap-around partitioning methodology, originally proposed by Hegland [1], is conside...