Add to ORKGThe halfsweep multigrid algorithm, introduced by Othman et al in 1998 for solving a linear system, is known as a fast multigrid poisson solver. In this paper, the implementation of the parallel halfsweep multigrid algorithm with several parallel strategies is discussed. The experiments were carried out on the shared memory multiprocessors computer system, Sequent S27, and the results of the test problem are included
AbstractTwo acceleration techniques, based on additive corrections are evaluated with a multithreade...
n. Itroduction The architectural differences between a serial and a parallel machine raise a number ...
A new fast high-order points iterative algorithm of O(h4) applied to linear systems arising from di...
The halfsweep multigrid algorithm, introduced by Othman et al in 1998 for solving a linear system, i...
The halfsweep multigrid algorithm, introduced by Othman et al in 1998 for solving a linear system, i...
The multigrid algorithm is a fast and efficient (in fact provably optimal) method for solving a wide...
The paper considers the parallel implementation of an algebraic multigrid method. The sequential ver...
The idea of halfsweeps iterative method (introduced by A. R. Abdullah, 1991) is used to develop the ...
This paper describes the performance of a multigrid method implemented on a transputer-based archite...
A new multigrid scheme using half sweep nine-point finite difference approximation in solving the t...
The problem of finding the solution of partial differential equations (PDEs) plays a central role in...
AbstractThe problem of finding the solution of partial differential equations (PDEs) plays a central...
This paper describes the performance of a multigrid method implemented on a transputer-based archite...
In this paper, we introduce an efficient technique known as a quarter sweeps multigrid method for so...
Two acceleration techniques, based on additive corrections are evaluated with a multithreaded 2D Poi...
AbstractTwo acceleration techniques, based on additive corrections are evaluated with a multithreade...
n. Itroduction The architectural differences between a serial and a parallel machine raise a number ...
A new fast high-order points iterative algorithm of O(h4) applied to linear systems arising from di...
The halfsweep multigrid algorithm, introduced by Othman et al in 1998 for solving a linear system, i...
The halfsweep multigrid algorithm, introduced by Othman et al in 1998 for solving a linear system, i...
The multigrid algorithm is a fast and efficient (in fact provably optimal) method for solving a wide...
The paper considers the parallel implementation of an algebraic multigrid method. The sequential ver...
The idea of halfsweeps iterative method (introduced by A. R. Abdullah, 1991) is used to develop the ...
This paper describes the performance of a multigrid method implemented on a transputer-based archite...
A new multigrid scheme using half sweep nine-point finite difference approximation in solving the t...
The problem of finding the solution of partial differential equations (PDEs) plays a central role in...
AbstractThe problem of finding the solution of partial differential equations (PDEs) plays a central...
This paper describes the performance of a multigrid method implemented on a transputer-based archite...
In this paper, we introduce an efficient technique known as a quarter sweeps multigrid method for so...
Two acceleration techniques, based on additive corrections are evaluated with a multithreaded 2D Poi...
AbstractTwo acceleration techniques, based on additive corrections are evaluated with a multithreade...
n. Itroduction The architectural differences between a serial and a parallel machine raise a number ...
A new fast high-order points iterative algorithm of O(h4) applied to linear systems arising from di...