Paper-Conference

Rank Revealing QR Methods for Sparse Block Low Rank Solvers

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esragul-korkmaz

Rank Revealing QR Methods for Sparse Block Low Rank Solvers

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esragul-korkmaz

Exploiting Parameterized Task-graph in Sparse Direct Solvers

Task-based programming models have been widely studied in the context of dense linear algebra, but remains less studied for the more complex sparse solvers. In this talk, we will …

m.-faverge

Block Low-rank Algebraic Clustering for Sparse Direct Solvers

In this talk, we adress the Block Low-Rank (BLR) clustering problem, to cluster unknowns within separators appearing during the factorization of sparse matrices. We show that …

g.-pichon

Supernodes ordering to enhance Block Low-Rank compression in sparse direct solvers

In this talk, we present new ordering heuristics to perform block low-rank clustering in supernodes issued from the nested dissection. As kway partitioning within supernodes does …

g.-pichon

Sparse Supernodal Solver exploiting Low-Rankness Property

In this talk, we will present recent advances on PaStiX, a supernodal sparse direct solver, which has been enhanced by the introduction of Block Low-Rank compression. We will …

g.-pichon

Utilisation de la compression Block Low-Rank pour accélérer un solveur direct creux supernodal

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g.-pichon

Sparse Supernodal Solver Using Block Low-Rank Compression

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g.-pichon

Sparse Supernodal Solver Using Hierarchical Compression over Runtime System

In this talk, we present the PaStiX sparse supernodal solver, using hierarchical compression to reduce the burden on large blocks appearing during the nested dissection process. We …

g.-pichon

Impact of Blocking Strategies for Sparse Direct Solvers on Top of Generic Runtimes

Among the preprocessing steps of a sparse direct solver, reordering and block symbolic factorization are two major steps to reach a suitable granularity for BLAS kernels efficiency …

g.-pichon