Streaming SIMD Extensions (SSE) is a unique feature embedded in the Pentium III and P4 classes of microprocessors. By fully exploiting SSE, parallel algorithms can be implemented on a standard personal computer and a theoretical speedup of four can be achieved. In this paper, we demonstrate the implementation of a parallel LU matrix decomposition algorithm for solving power systems network equations with SSE and discuss advantages and disadvantages of this approach
This thesis explores the possibility of applying the existing Multi-Area Thévenin Equivalent (MATE) ...
Efficient multiprocessing approaches to the execution of digital computer programs, which analyse po...
Abstract. This paper presents an implementation of the Jacobi power flow algorithm to be run on a si...
Streaming SIMD Extensions (SSE) is a unique feature embedded in the Pentium III and IV classes of mi...
The Streaming SIMD extension (SSE) is a special feature that is available in the Intel Pentium III a...
A coarse-grain parallel implementation is presented of LU factorisation, forward and backward substi...
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...
The desire for faster computation has motivated the application of parallel processing to power syst...
Parallelizing the LU factorization of sparse Jacobian matrices reduces the execution time of the pow...
As the need for faster power system dynamic simulations increases, it is essential to develop new al...
As the need for faster power system dynamic simulations increases, it is essential to develop new al...
The availability of parallel processing hardware and software presents an opportunity and a challeng...
Part 1: Session 1: Parallel Programming and AlgorithmsInternational audienceThe LU decomposition is ...
The linking-domain extraction (LDE) decomposition method is a new non-overlapping domain decompositi...
This thesis explores the possibility of applying the existing Multi-Area Thévenin Equivalent (MATE) ...
Efficient multiprocessing approaches to the execution of digital computer programs, which analyse po...
Abstract. This paper presents an implementation of the Jacobi power flow algorithm to be run on a si...
Streaming SIMD Extensions (SSE) is a unique feature embedded in the Pentium III and IV classes of mi...
The Streaming SIMD extension (SSE) is a special feature that is available in the Intel Pentium III a...
A coarse-grain parallel implementation is presented of LU factorisation, forward and backward substi...
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...
The desire for faster computation has motivated the application of parallel processing to power syst...
Parallelizing the LU factorization of sparse Jacobian matrices reduces the execution time of the pow...
As the need for faster power system dynamic simulations increases, it is essential to develop new al...
As the need for faster power system dynamic simulations increases, it is essential to develop new al...
The availability of parallel processing hardware and software presents an opportunity and a challeng...
Part 1: Session 1: Parallel Programming and AlgorithmsInternational audienceThe LU decomposition is ...
The linking-domain extraction (LDE) decomposition method is a new non-overlapping domain decompositi...
This thesis explores the possibility of applying the existing Multi-Area Thévenin Equivalent (MATE) ...
Efficient multiprocessing approaches to the execution of digital computer programs, which analyse po...
Abstract. This paper presents an implementation of the Jacobi power flow algorithm to be run on a si...