In this paper three methods for the parallel solution of large-scale, sparse, linear equation systems are presented and compared. Both, factorization of the matrix and forward backward. Processes have been considered. A multiprocessor architecture has been simulated and results are presented corresponding to eight examples taken from power systems field, ranging from 117 to 660 equations
To meet the future needs of the electric power system, improvements need to be made in the areas of ...
Based on a hierarchical modular modeling the large nonlinear systems of differential algebraic equat...
Any opinions, findings, and conclusions or recommendations expressed in this publication are those o...
A coarse-grain parallel implementation is presented of LU factorisation, forward and backward substi...
The Massively Parallel Processor (MPP) was designed as a special machine for specific applications i...
Based on a hierarchical modular modeling the large nonlinear systems of differential algebraic equat...
Solving nonlinear systems of equations is a central problem in numerical analysis, with enormous sig...
Research is on-going that examines parallel direct block-diagonal-bordered sparse linear solvers for...
Solving sparse systems of linear equations permeates power system analysis. Newton-Raphson, decouple...
The paper deals with parallel approach for the numerical solution of large, sparse, non-symmetric sy...
With the increase of size and complexity of interconnected power system, the dynamic stability simul...
With the increase of size and complexity of interconnected power system, the dynamic stability simul...
This dissertation proposes a new technique for efficient parallel solution of very large linear syst...
Efficient multiprocessing approaches to the execution of digital computer programs, which analyse po...
In this review paper, we consider some important developments and trends in algorithm design for t...
To meet the future needs of the electric power system, improvements need to be made in the areas of ...
Based on a hierarchical modular modeling the large nonlinear systems of differential algebraic equat...
Any opinions, findings, and conclusions or recommendations expressed in this publication are those o...
A coarse-grain parallel implementation is presented of LU factorisation, forward and backward substi...
The Massively Parallel Processor (MPP) was designed as a special machine for specific applications i...
Based on a hierarchical modular modeling the large nonlinear systems of differential algebraic equat...
Solving nonlinear systems of equations is a central problem in numerical analysis, with enormous sig...
Research is on-going that examines parallel direct block-diagonal-bordered sparse linear solvers for...
Solving sparse systems of linear equations permeates power system analysis. Newton-Raphson, decouple...
The paper deals with parallel approach for the numerical solution of large, sparse, non-symmetric sy...
With the increase of size and complexity of interconnected power system, the dynamic stability simul...
With the increase of size and complexity of interconnected power system, the dynamic stability simul...
This dissertation proposes a new technique for efficient parallel solution of very large linear syst...
Efficient multiprocessing approaches to the execution of digital computer programs, which analyse po...
In this review paper, we consider some important developments and trends in algorithm design for t...
To meet the future needs of the electric power system, improvements need to be made in the areas of ...
Based on a hierarchical modular modeling the large nonlinear systems of differential algebraic equat...
Any opinions, findings, and conclusions or recommendations expressed in this publication are those o...