Add to ORKGEklundh's (1972) algorithm to transpose a large matrix stored on an external device such as a disc has been programmed and tested. A simple description of computer implementation is given in this note
Click on the DOI link to access the article (may not be free)Conventional two dimensional fast Fouri...
We consider the efficient implementation of matrix computations in interpreted Basic on a microcompu...
The transputer is a fast microprocessor, unique in its linking ability to provide a framework for bu...
This paper presents implementations of in‐place algorithms for transposing rectangular matrices. One...
A one-dimensional array is split into a pseudo two-dimensional array and stored into an external dev...
This thesis presents a novel algorithm for Transposing Rectangular matrices In-place and in Parallel...
This paper describes parallel matrix transpose algorithms on distributed memory concurrent processor...
We describe a decomposition for in-place matrix transposi-tion, with applications to Array of Struct...
International audienceModern computers keep following the traditional model of addressing memory lin...
In many applications, an m × n matrix A is stored on disk and is too large to be read into...
We develop a prototype library for in-place (dense) matrix storage for-mat conversion between the ca...
The inversion of matrices was calculated on a single transputer and on a network of transputers to s...
Matrix multiplication is an operation that produces a matrix from two matrices and its applications...
The paper presents analysis of matrix multiplication algorithms from the point of view of their effi...
Abstract An adaptive parallel matrix transpose algorithm optimized for distrib-uted multicore archit...
Click on the DOI link to access the article (may not be free)Conventional two dimensional fast Fouri...
We consider the efficient implementation of matrix computations in interpreted Basic on a microcompu...
The transputer is a fast microprocessor, unique in its linking ability to provide a framework for bu...
This paper presents implementations of in‐place algorithms for transposing rectangular matrices. One...
A one-dimensional array is split into a pseudo two-dimensional array and stored into an external dev...
This thesis presents a novel algorithm for Transposing Rectangular matrices In-place and in Parallel...
This paper describes parallel matrix transpose algorithms on distributed memory concurrent processor...
We describe a decomposition for in-place matrix transposi-tion, with applications to Array of Struct...
International audienceModern computers keep following the traditional model of addressing memory lin...
In many applications, an m × n matrix A is stored on disk and is too large to be read into...
We develop a prototype library for in-place (dense) matrix storage for-mat conversion between the ca...
The inversion of matrices was calculated on a single transputer and on a network of transputers to s...
Matrix multiplication is an operation that produces a matrix from two matrices and its applications...
The paper presents analysis of matrix multiplication algorithms from the point of view of their effi...
Abstract An adaptive parallel matrix transpose algorithm optimized for distrib-uted multicore archit...
Click on the DOI link to access the article (may not be free)Conventional two dimensional fast Fouri...
We consider the efficient implementation of matrix computations in interpreted Basic on a microcompu...
The transputer is a fast microprocessor, unique in its linking ability to provide a framework for bu...