Nowadays, the scientific applications are developed with more complexity and accuracy and these precisions need high computational resources to be executed. Also, the current trend in high performance computing (HPC) is to find clusters composed of Multicore nodes, and these nodes include heterogeneity levels which have to be handled carefully if we want to improve the performance metrics. The integration of these Multicore nodes in HPC (High Performance Computing) has allowed the inclusion of more parallelism within nodes, but this parallelism generates challenges that have to be managed considering some troubles present in these environments that affect the application efficiency and speedup. Aspects associated to number of cores, data lo...
International audienceDue to the advent of modern hardware architectures of high-performance comput-...
Although cluster environments have an enormous potential processing power, real applications that ta...
This work describes a novel way to select the best computer node out of a pool of available potentia...
The goal of this work is to execute SPMD applications efficiently on heterogeneous environments. App...
AbstractA challenge for parallel programmers is to efficiently execute traditional MPI applications,...
Executing traditional Message Passing Interface (MPI) applications on multi-core cluster balancing s...
La necessitat d'executar aplicacions en ambients heterogenis és un obstacle que la programació paral...
Un reto al ejecutar las aplicaciones en un cluster es lograr mejorar las prestaciones utilizando los...
Current generations of NUMA node clusters feature multicore or manycore processors. Programming such...
Altres ajuts: acord transformatiu CRUE-CSICThe analysis of parallel scientific applications allows u...
We describe a methodology for developing high performance programs running on clusters of SMP no...
Cellular automata provide an abstract model of parallel computation that can be effectively used for...
. We present compiler optimization techniques for explicitly parallel programs that communicate thro...
In High Performance Computing (HPC) the demand for more performance is satisfied by increasing the n...
This paper discusses the implementation of particle based numerical methods on multi-core machines. ...
International audienceDue to the advent of modern hardware architectures of high-performance comput-...
Although cluster environments have an enormous potential processing power, real applications that ta...
This work describes a novel way to select the best computer node out of a pool of available potentia...
The goal of this work is to execute SPMD applications efficiently on heterogeneous environments. App...
AbstractA challenge for parallel programmers is to efficiently execute traditional MPI applications,...
Executing traditional Message Passing Interface (MPI) applications on multi-core cluster balancing s...
La necessitat d'executar aplicacions en ambients heterogenis és un obstacle que la programació paral...
Un reto al ejecutar las aplicaciones en un cluster es lograr mejorar las prestaciones utilizando los...
Current generations of NUMA node clusters feature multicore or manycore processors. Programming such...
Altres ajuts: acord transformatiu CRUE-CSICThe analysis of parallel scientific applications allows u...
We describe a methodology for developing high performance programs running on clusters of SMP no...
Cellular automata provide an abstract model of parallel computation that can be effectively used for...
. We present compiler optimization techniques for explicitly parallel programs that communicate thro...
In High Performance Computing (HPC) the demand for more performance is satisfied by increasing the n...
This paper discusses the implementation of particle based numerical methods on multi-core machines. ...
International audienceDue to the advent of modern hardware architectures of high-performance comput-...
Although cluster environments have an enormous potential processing power, real applications that ta...
This work describes a novel way to select the best computer node out of a pool of available potentia...