The present paper deals with the resolution on cloud architecture of synchronous and
asynchronous iterative parallel algorithms of stationary or evolution variational inequations …

In order to solve discretized stationary linear or non linear diffusion and convection–diffusion
problems, the present paper deals with a comparison between the performances of parallel …

This paper deals with a synthetic presentation of parallel iterative asynchronous algorithms
and their extensions for the solution of large sparse linear or pseudo-linear algebraic …

The paper improves a preliminary experimental study on a cluster by adding both theoretical
results and experimental tests on a grid platform. These algorithms solve univalued and …

1. Introduction In the last two decades, the fractional derivatives regained an important
interest, and have been widely used in various fields, such as modelling viscoelastic …

The work presented in this dissertation concerns parallel algorithmic work carried out over
the last fifteen years. More specifically, it presents in detail the implementation of …

In this paper we consider a mixed formulation for study of the bilaplacian problem with
obstacle constraints in conjunction with the penalization method. The idea is based on the …

Iterative asynchronous parallel methods are nowadays gaining renewed interest in the
community of researchers interested in High Performance Computing (HPC), in the specific …

Résumé The present study deals with the solution of univalued pseudo-linear problems
using parallel asynchronous multisplitting methods. With appropriate and realistic …

We study an iterative process to accelerate the successive approximations method in a
monotonous convergence framework. It consists in interrupting the sequence of the …