The treatment of sparse numerical problems on large scale systems is often reduced to that of their kernels. For reasons of efficiency in time and space, specific compressing formats are used for storing the matrices of these problems. Most of sparse scientific computations are led to linear algebra problems. Here two fundamental problems are often considered: linear systems resolution and eigenvalue computation. In this thesis, we address the study of distribution of computations performed in iterative methods to solve such problems. The sparse matrix-vector product (SMVP) constitutes a basic kernel in such iterative methods. Thus, our problem reduces to the study of SMVP distribution on large scale distributed systems. Three phases are re...
Several applications in scientific computing deals with large sparse matrices having regular or irre...
Abstract. Sparse matrix-vector multiplication forms the heart of iterative linear solvers used widel...
Abstract. Sparse matrix-vector multiplication is an important computational kernel that tends to per...
The treatment of sparse numerical problems on large scale systems is often reduced to that of their ...
xxxxAbstract: Our aim in this work is to detect the best compression format of a sparse matrix in a ...
Abstract In this paper, we study the sparse matrix-vector product (SMVP) distribution on a large sca...
The matrix-vector product is one of the most important computational components of Krylov methods. T...
International audienceWe implement parallel and distributed versions of the sparse matrix-vector pro...
Sparse matrix problems are difficult to parallelize efficiently on distributed memory machines since...
We contribute to the optimization of the sparse matrix-vector product by introducing a variant of th...
Sparse matrix-vector multiplications are essential in the numerical resolution of partial differenti...
The general block distribution of a matrix is a rectilinear partition of the matrix into orthogonal ...
Efficient processing of Irregular Matrices on Single Instruction, Multiple Data (SIMD)-type architec...
An important kernel of scientific software is the multiplication of a sparse matrix by a vector. The...
We present a distributed-memory library for computations with dense structured matrices. A matrix is...
Several applications in scientific computing deals with large sparse matrices having regular or irre...
Abstract. Sparse matrix-vector multiplication forms the heart of iterative linear solvers used widel...
Abstract. Sparse matrix-vector multiplication is an important computational kernel that tends to per...
The treatment of sparse numerical problems on large scale systems is often reduced to that of their ...
xxxxAbstract: Our aim in this work is to detect the best compression format of a sparse matrix in a ...
Abstract In this paper, we study the sparse matrix-vector product (SMVP) distribution on a large sca...
The matrix-vector product is one of the most important computational components of Krylov methods. T...
International audienceWe implement parallel and distributed versions of the sparse matrix-vector pro...
Sparse matrix problems are difficult to parallelize efficiently on distributed memory machines since...
We contribute to the optimization of the sparse matrix-vector product by introducing a variant of th...
Sparse matrix-vector multiplications are essential in the numerical resolution of partial differenti...
The general block distribution of a matrix is a rectilinear partition of the matrix into orthogonal ...
Efficient processing of Irregular Matrices on Single Instruction, Multiple Data (SIMD)-type architec...
An important kernel of scientific software is the multiplication of a sparse matrix by a vector. The...
We present a distributed-memory library for computations with dense structured matrices. A matrix is...
Several applications in scientific computing deals with large sparse matrices having regular or irre...
Abstract. Sparse matrix-vector multiplication forms the heart of iterative linear solvers used widel...
Abstract. Sparse matrix-vector multiplication is an important computational kernel that tends to per...