International audienceGrid computing in general is a special type of parallel computing. It intends to deliver high-performance computing over distributed platforms for computation and data-intensive applications by making use of a very large amount of resources. The GMRES method is used widely to solve the large sparse linear systems. In this paper, we present an effective parallel hybrid asynchronous method, which combines the typical parallel GMRES method with the Least Square method that needs some eigenvalues obtained from a parallel Arnoldi process. And we apply it on a Grid Computing platform Grid5000. From the numeric results, we will present that this hybrid method has some advantage for some real or complex systems compared to the...
International audienceSolving large sparse linear systems is essential in numerous scientific domain...
This dissertation deals mainly with the design, implementation, and analysis of efficient iterative ...
In this paper we present a new approach to solving the power system dynamic simulation problem using...
International audienceGrid computing focuses on making use of a very large amount of resources from ...
AbstractWe present a parallel hybrid asynchronous method to solve large sparse linear systems by the...
Many scientific and industrial problems need the resolution of nonsymmetric linear systems of large ...
Nous étudions dans cette thèse une méthode hybride de résolution des systèmes linéaires GMRES/LS-Arn...
Abstract. Hybrid GMRES algorithms are effective for solving large nonsymmetric linear systems. GMRES...
Abstract Efficiently solving large sparse linear systems on loosely coupled net-works of computers i...
AbstractA method for simultaneous solution of large and sparse linearized equation sets and the corr...
International audienceIn this paper, we aim at exploiting the power computing of a graphics processi...
International audienceTraditional largesparselinearsolvers are not suited in agrid computing environ...
In this paper we describe an efficient iterative algorithm for solving large sparse linear systems o...
The objective of this work is to contribute to the resolution of the large eigenproblems and/or the ...
International audienceScientific applications very often rely on solving one or more linear systems....
International audienceSolving large sparse linear systems is essential in numerous scientific domain...
This dissertation deals mainly with the design, implementation, and analysis of efficient iterative ...
In this paper we present a new approach to solving the power system dynamic simulation problem using...
International audienceGrid computing focuses on making use of a very large amount of resources from ...
AbstractWe present a parallel hybrid asynchronous method to solve large sparse linear systems by the...
Many scientific and industrial problems need the resolution of nonsymmetric linear systems of large ...
Nous étudions dans cette thèse une méthode hybride de résolution des systèmes linéaires GMRES/LS-Arn...
Abstract. Hybrid GMRES algorithms are effective for solving large nonsymmetric linear systems. GMRES...
Abstract Efficiently solving large sparse linear systems on loosely coupled net-works of computers i...
AbstractA method for simultaneous solution of large and sparse linearized equation sets and the corr...
International audienceIn this paper, we aim at exploiting the power computing of a graphics processi...
International audienceTraditional largesparselinearsolvers are not suited in agrid computing environ...
In this paper we describe an efficient iterative algorithm for solving large sparse linear systems o...
The objective of this work is to contribute to the resolution of the large eigenproblems and/or the ...
International audienceScientific applications very often rely on solving one or more linear systems....
International audienceSolving large sparse linear systems is essential in numerous scientific domain...
This dissertation deals mainly with the design, implementation, and analysis of efficient iterative ...
In this paper we present a new approach to solving the power system dynamic simulation problem using...