GetSparseCholeskyDefaultMicrobenchmarks: Initializes the list of default sparse Cholesky factorization...

In RHPCBenchmark: Benchmarks for High-Performance Computing Environments

Description

GetSparseCholeskyDefaultMicrobenchmarks defines the default sparse Cholesky factorization microbenchmarks to be executed by the RunSparseMatrixBenchmark function. The current sparse Cholesky factorization microbenchmarks cover a variety of matrices of different dimensions and number of non-zero values. They are as follows:

1. cholesky_ct20stif – Boeing structural matrix with 2600295 nonzeros

2. cholesky_Andrews – computer vision matrix with 760154

3. cholesky_G3_circuit – AMD circuit simulation matrix with 7660826 nonzeros

See the documentation for the SparseMatrixMicrobenchmark class for more details.

Usage

GetSparseCholeskyDefaultMicrobenchmarks()

Value

a list of SparseMatrixMicrobenchmark objects defining the microbenchmarks to be executed. The microbenchmarks appear in the order listed in the function description and are assigned the names enumerated in the description.

See Also

SparseMatrixMicrobenchmark

Other sparse matrix default microbenchmarks: GetSparseCholeskyExampleMicrobenchmarks, GetSparseLuDefaultMicrobenchmarks, GetSparseMatrixVectorDefaultMicrobenchmarks, GetSparseMatrixVectorExampleMicrobenchmarks, GetSparseQrDefaultMicrobenchmarks

RHPCBenchmark documentation built on May 2, 2019, 6:40 a.m.