Add to ORKGThis report describes the development of an MPI parallelization support on top of the existing OpenMP parallel version of the MLfit benchmark for a hybrid evaluation on multicore and distributed computational hosts. The MLfit benchmark is used at CERN openlab as a representative of data analysis applications used in the high energy physics community. The report includes the results of scalability runs obtained with several configurations and systems
MCBEND is a general purpose radiation transport Monte Carlo code from AMEC Foster Wheelers’s ANSWERS...
Scientific developers face challenges adapting software to leverage increasingly heterogeneous archi...
With a large variety and complexity of existing HPC machines and uncertainty regarding exact future ...
Big Data has an increasing impact on the use of bioinformatics software. One way to deal with this c...
MPI is the predominant model for parallel programming in technical high performance computing. With ...
Today's supercomputers often consists of clusters of SMP nodes. Both OpenMP and MPI are programming ...
Recently MPI implementations have been extended to support accelerator devices, Intel Many Integrate...
Many/multi-core supercomputers provide a natural programming paradigm for hybrid MPI/OpenMP scientif...
The aim of this project is to evaluate parallel programming standards for embedded high performance ...
Recent developments at the NASA AMES Research Center's NAS Division have demonstrated that the new g...
Abstract: The developments of multi-core technology have induced big challenges to software structur...
In this paper we describe the parallelization of the multi-zone code versions of the NAS Parallel Be...
After a brief introduction on Cross Motif Search and its OpenMP and Hybrid OpenMP-MPI implementatio...
The NAS Parallel Benchmarks (NPB) are well-known applications with fixed algorithms for evaluating p...
In this paper we show, through a case-study, how the adoption of the MPI model for the distributed p...
MCBEND is a general purpose radiation transport Monte Carlo code from AMEC Foster Wheelers’s ANSWERS...
Scientific developers face challenges adapting software to leverage increasingly heterogeneous archi...
With a large variety and complexity of existing HPC machines and uncertainty regarding exact future ...
Big Data has an increasing impact on the use of bioinformatics software. One way to deal with this c...
MPI is the predominant model for parallel programming in technical high performance computing. With ...
Today's supercomputers often consists of clusters of SMP nodes. Both OpenMP and MPI are programming ...
Recently MPI implementations have been extended to support accelerator devices, Intel Many Integrate...
Many/multi-core supercomputers provide a natural programming paradigm for hybrid MPI/OpenMP scientif...
The aim of this project is to evaluate parallel programming standards for embedded high performance ...
Recent developments at the NASA AMES Research Center's NAS Division have demonstrated that the new g...
Abstract: The developments of multi-core technology have induced big challenges to software structur...
In this paper we describe the parallelization of the multi-zone code versions of the NAS Parallel Be...
After a brief introduction on Cross Motif Search and its OpenMP and Hybrid OpenMP-MPI implementatio...
The NAS Parallel Benchmarks (NPB) are well-known applications with fixed algorithms for evaluating p...
In this paper we show, through a case-study, how the adoption of the MPI model for the distributed p...
MCBEND is a general purpose radiation transport Monte Carlo code from AMEC Foster Wheelers’s ANSWERS...
Scientific developers face challenges adapting software to leverage increasingly heterogeneous archi...
With a large variety and complexity of existing HPC machines and uncertainty regarding exact future ...