Uses of Class
org.episteme.core.mathematics.linearalgebra.matrices.TiledMatrix

Packages that use TiledMatrix

Package	Description
org.episteme.benchmarks.benchmark.benchmarks
org.episteme.core.mathematics.linearalgebra.algorithms
org.episteme.core.mathematics.linearalgebra.matrices

Uses of TiledMatrix in org.episteme.benchmarks.benchmark.benchmarks

Methods in org.episteme.benchmarks.benchmark.benchmarks that return TiledMatrix

Modifier and Type	Method	Description
TiledMatrix<Real>	DistributedMatrixBenchmark.cannonMultiply()
TiledMatrix<Real>	DistributedMatrixBenchmark.carmaMultiply()
TiledMatrix<Real>	DistributedMatrixBenchmark.foxMultiply()
TiledMatrix<Real>	DistributedMatrixBenchmark.summaMultiply()
TiledMatrix<Real>	DistributedMatrixBenchmark.twoAndHalfDMultiply()

Uses of TiledMatrix in org.episteme.core.mathematics.linearalgebra.algorithms

Methods in org.episteme.core.mathematics.linearalgebra.algorithms that return TiledMatrix

Modifier and Type	Method	Description
static <E> TiledMatrix<E>	Distributed25DAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B, int replicationFactor)	Performs distributed matrix multiplication C = A x B using 2.5D algorithm.
static <E> TiledMatrix<E>	Distributed25DAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B, int replicationFactor, LinearAlgebraProvider<E> leafProvider)	Performs distributed matrix multiplication C = A x B using 2.5D algorithm with a leaf provider.
static <E> TiledMatrix<E>	DistributedCannonAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B)	Performs distributed matrix multiplication C = A × B using Cannon's algorithm.
static <E> TiledMatrix<E>	DistributedCannonAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B, LinearAlgebraProvider<E> leafProvider)	Performs distributed matrix multiplication C = A × B using Cannon's algorithm with a leaf provider.
static <E> TiledMatrix<E>	DistributedCARMAAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B)	Performs CARMA distributed matrix multiplication C = A × B.
static <E> TiledMatrix<E>	DistributedCARMAAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B, LinearAlgebraProvider<E> leafProvider)	Performs CARMA distributed matrix multiplication C = A × B with a leaf provider.
static <E> TiledMatrix<E>	DistributedFoxAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B)	Performs distributed matrix multiplication C = A × B using Fox's algorithm.
static <E> TiledMatrix<E>	DistributedFoxAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B, LinearAlgebraProvider<E> leafProvider)	Performs distributed matrix multiplication C = A × B using Fox's algorithm with a leaf provider.
static <E> TiledMatrix<E>	DistributedSUMMAAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B)	Performs distributed matrix multiplication C = A × B using SUMMA.
static <E> TiledMatrix<E>	DistributedSUMMAAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B, LinearAlgebraProvider<E> leafProvider)	Performs distributed matrix multiplication C = A × B using SUMMA with a leaf provider.
static <E> TiledMatrix<E>	MatrixMultiplicationPlanner.multiply(TiledMatrix<E> A, TiledMatrix<E> B)	Selects and executes the best distributed multiplication algorithm.

Methods in org.episteme.core.mathematics.linearalgebra.algorithms with parameters of type TiledMatrix

Modifier and Type	Method	Description
static <E> String	DistributedFoxAlgorithm.compareWithSUMMA(TiledMatrix<E> A, TiledMatrix<E> B)	Compares performance of Fox's algorithm vs.
static <E> TiledMatrix<E>	Distributed25DAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B, int replicationFactor)	Performs distributed matrix multiplication C = A x B using 2.5D algorithm.
static <E> TiledMatrix<E>	Distributed25DAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B, int replicationFactor, LinearAlgebraProvider<E> leafProvider)	Performs distributed matrix multiplication C = A x B using 2.5D algorithm with a leaf provider.
static <E> TiledMatrix<E>	DistributedCannonAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B)	Performs distributed matrix multiplication C = A × B using Cannon's algorithm.
static <E> TiledMatrix<E>	DistributedCannonAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B, LinearAlgebraProvider<E> leafProvider)	Performs distributed matrix multiplication C = A × B using Cannon's algorithm with a leaf provider.
static <E> TiledMatrix<E>	DistributedCARMAAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B)	Performs CARMA distributed matrix multiplication C = A × B.
static <E> TiledMatrix<E>	DistributedCARMAAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B, LinearAlgebraProvider<E> leafProvider)	Performs CARMA distributed matrix multiplication C = A × B with a leaf provider.
static <E> TiledMatrix<E>	DistributedFoxAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B)	Performs distributed matrix multiplication C = A × B using Fox's algorithm.
static <E> TiledMatrix<E>	DistributedFoxAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B, LinearAlgebraProvider<E> leafProvider)	Performs distributed matrix multiplication C = A × B using Fox's algorithm with a leaf provider.
static <E> TiledMatrix<E>	DistributedSUMMAAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B)	Performs distributed matrix multiplication C = A × B using SUMMA.
static <E> TiledMatrix<E>	DistributedSUMMAAlgorithm.multiply(TiledMatrix<E> A, TiledMatrix<E> B, LinearAlgebraProvider<E> leafProvider)	Performs distributed matrix multiplication C = A × B using SUMMA with a leaf provider.
static <E> TiledMatrix<E>	MatrixMultiplicationPlanner.multiply(TiledMatrix<E> A, TiledMatrix<E> B)	Selects and executes the best distributed multiplication algorithm.
static <E> MatrixMultiplicationPlanner.Algorithm	MatrixMultiplicationPlanner.selectAlgorithm(TiledMatrix<E> A, TiledMatrix<E> B, int p)	Heuristic Selection Logic.

Uses of TiledMatrix in org.episteme.core.mathematics.linearalgebra.matrices

Methods in org.episteme.core.mathematics.linearalgebra.matrices that return TiledMatrix

Modifier and Type	Method	Description
TiledMatrix<E>	TiledMatrix.getSubTiledMatrix(int startTileRow, int endTileRow, int startTileCol, int endTileCol)	Returns a sub-tiled matrix representing a portion of this tiled matrix.

Methods in org.episteme.core.mathematics.linearalgebra.matrices with parameters of type TiledMatrix

Modifier and Type	Method	Description
static <E> Matrix<E>	DistributedMatrixMultiply.multiply(TiledMatrix<E> A, TiledMatrix<E> B)	Multiplies two matrices using a tiled algorithm distributed across the current context.