The HRTE Platform (Heterogeneous Run-Time Environment) Enables The Construction Of Problem Solving Environments Dedicated To A Specific Area (PSE) That Exploit The Heterogeneous Processing Resources Available In A Desktop Computer (Eg GPU). The HRTE-Enabled PSE Supports The Inter-Operation Between Existing Processing Modules And New Ones (Hmodules), Optimizing The Typical Communication Patterns Of A PSE. Hmodules Can Register Multiple Implementations Allowing HRTE To Select The Target Device At Runtime. The Main Features Of HRTE And The Programming Interface Used To Build Hmodules Are Described. An Application In The Materials Science Area Illustrates The Approach And Allows Us To Show Some Promising Performance Figures.info:eu-repo/semanti...
High performance computing in heterogeneous environments is a dynamically developing area. A number ...
Developing heterogeneous multicore platforms requires choosing the best hardware configuration for m...
The current state and foreseeable future of high performance scientific computing (HPC) can be descr...
Heterogeneous architectures encompassing traditional CPUs with two or more cores, GPUs and other acc...
Modern HPC systems are becoming increasingly heterogeneous, affecting all components of HPC systems,...
The paper overviews the state of the art in design and implementation of data parallel scientific ap...
ABSTRACT We present what is destined to become the de-facto standard for hardware platforms for next...
One way to improve the performance of embedded systems is through heterogeneous platforms, i.e., usi...
This paper deals with high performance computing in heterogeneous clusters using the Distributed Obj...
Anytime you work with oranges and apples, you’ll need a number of schemes to organize total performa...
High-Level Heterogeneous and Hierarchical Parallel Systems (HLPGPU) aims to bring together researche...
This book describes the results and outcome of the FP6 project, known as hArtes, which focuses on th...
The paper presents Heterogeneous MPI (HMPI), an extension of MPI for programming high-performance co...
This paper describes a software infrastructure made up of tools and libraries designed to assist dev...
This edited book aims to present the state of the art in research and development of the convergence...
High performance computing in heterogeneous environments is a dynamically developing area. A number ...
Developing heterogeneous multicore platforms requires choosing the best hardware configuration for m...
The current state and foreseeable future of high performance scientific computing (HPC) can be descr...
Heterogeneous architectures encompassing traditional CPUs with two or more cores, GPUs and other acc...
Modern HPC systems are becoming increasingly heterogeneous, affecting all components of HPC systems,...
The paper overviews the state of the art in design and implementation of data parallel scientific ap...
ABSTRACT We present what is destined to become the de-facto standard for hardware platforms for next...
One way to improve the performance of embedded systems is through heterogeneous platforms, i.e., usi...
This paper deals with high performance computing in heterogeneous clusters using the Distributed Obj...
Anytime you work with oranges and apples, you’ll need a number of schemes to organize total performa...
High-Level Heterogeneous and Hierarchical Parallel Systems (HLPGPU) aims to bring together researche...
This book describes the results and outcome of the FP6 project, known as hArtes, which focuses on th...
The paper presents Heterogeneous MPI (HMPI), an extension of MPI for programming high-performance co...
This paper describes a software infrastructure made up of tools and libraries designed to assist dev...
This edited book aims to present the state of the art in research and development of the convergence...
High performance computing in heterogeneous environments is a dynamically developing area. A number ...
Developing heterogeneous multicore platforms requires choosing the best hardware configuration for m...
The current state and foreseeable future of high performance scientific computing (HPC) can be descr...