AbstractThe article is concerned with the relevant problem of effective mapping of existing applications on multi-core processor computers. Numerical model of convective cloud is used as an application to be parallelized. The choice of the application is stipulated by the necessity of real-time forecast of the dangerous atmospheric phenomena such as thunderstorms, hails and rain storms by means of rather cheap desktop computers. Space parallelization in conjunction with the multi-thread technology has been used. Test numerical experiments have been provided on the multi-core processor computers of different types. Effectiveness of parallelizing has been investigated in relation to core and thread number
Abstract. A sever thunderstorm is composed of strong convective clouds. In order to perform a simula...
We present an analysis of the performance aspects of an atmospheric general circulation model at the...
This paper describes a parallel implementation of a grand challenge problem: global atmospheric mode...
AbstractThe article is concerned with the relevant problem of effective mapping of existing applicat...
Problem statement. The use of programming technologies on modern multicore systems is an integral pa...
this paper there is hope that the computer power offered by parallel systems can be utilized efficie...
Computers based on vector processors have been dominating the super computing scene till the last de...
This thesis studies how the multi-core hardware architecture can be efficiently used for real-world ...
157-173A critical review is presented in this paper on parallel computing, including parallel algori...
Abstract. This paper evaluates efficiency in the parallelization of multi-core processors. Early com...
Abstract: The computer industry has evolved from single-core to many-core architectures to keep offe...
A previous research study conducted at Michigan Technological University by Dr. Deborah Nykanen and ...
The next generation computing systems are focusing on parallel computing to solve the problem in fas...
Multi-core processors are everywhere now, researchers all over the world are finding ways to benchm...
A data-parallel implementation on a SIMD platform of an operational numerical weather forecast model...
Abstract. A sever thunderstorm is composed of strong convective clouds. In order to perform a simula...
We present an analysis of the performance aspects of an atmospheric general circulation model at the...
This paper describes a parallel implementation of a grand challenge problem: global atmospheric mode...
AbstractThe article is concerned with the relevant problem of effective mapping of existing applicat...
Problem statement. The use of programming technologies on modern multicore systems is an integral pa...
this paper there is hope that the computer power offered by parallel systems can be utilized efficie...
Computers based on vector processors have been dominating the super computing scene till the last de...
This thesis studies how the multi-core hardware architecture can be efficiently used for real-world ...
157-173A critical review is presented in this paper on parallel computing, including parallel algori...
Abstract. This paper evaluates efficiency in the parallelization of multi-core processors. Early com...
Abstract: The computer industry has evolved from single-core to many-core architectures to keep offe...
A previous research study conducted at Michigan Technological University by Dr. Deborah Nykanen and ...
The next generation computing systems are focusing on parallel computing to solve the problem in fas...
Multi-core processors are everywhere now, researchers all over the world are finding ways to benchm...
A data-parallel implementation on a SIMD platform of an operational numerical weather forecast model...
Abstract. A sever thunderstorm is composed of strong convective clouds. In order to perform a simula...
We present an analysis of the performance aspects of an atmospheric general circulation model at the...
This paper describes a parallel implementation of a grand challenge problem: global atmospheric mode...