Abstract. Motivated by the inadequacy of current parallel program-ming artifacts, the # component model was proposed to meet the new complexity of high performance computing (HPC). It has solid formal foundations, layed on category theory and Petri nets. This paper presents some important design and implementation issues on the implementation of programming frameworks based on the # component model.
In order to harness the power of multicore CPUs and GPUs, HPC (High Performance Com-puting) programm...
Current parallel programming languages support only a narrow range of programming styles; force prog...
This chapter presents the main ideas of the high-performance component-based Grid programming enviro...
Component-based programming has been applied to ad-dress the requirements of High Performance Comput...
AbstractThe # (hash) component model has been proposed to bring the advantages of a component-based ...
The nature of scientific programming is evolving to larger, composite applications that are composed...
Due to the increased complexity of applications, the distributed hierarchy architecture of clusters ...
AbstractThe # (hash) component model aims to take advantage of a component-based perspective of soft...
The development of new High Performance Computing (HPC) application has demanded a set of tools for ...
International audienceIn the seek of more computing power, two sources of complexity are to face. On...
We survey parallel programming models and languages using six criteria to assess their suitability ...
International audienceScientific applications are getting increasingly complex, e.g., to improve the...
Since processor performance scalability will now mostly be achieved through thread-level parallelism...
International audienceScientific programmers are eager to take advantage of the computational power ...
Programming environments are used to bridge the gap between actual computers ad developement of thei...
In order to harness the power of multicore CPUs and GPUs, HPC (High Performance Com-puting) programm...
Current parallel programming languages support only a narrow range of programming styles; force prog...
This chapter presents the main ideas of the high-performance component-based Grid programming enviro...
Component-based programming has been applied to ad-dress the requirements of High Performance Comput...
AbstractThe # (hash) component model has been proposed to bring the advantages of a component-based ...
The nature of scientific programming is evolving to larger, composite applications that are composed...
Due to the increased complexity of applications, the distributed hierarchy architecture of clusters ...
AbstractThe # (hash) component model aims to take advantage of a component-based perspective of soft...
The development of new High Performance Computing (HPC) application has demanded a set of tools for ...
International audienceIn the seek of more computing power, two sources of complexity are to face. On...
We survey parallel programming models and languages using six criteria to assess their suitability ...
International audienceScientific applications are getting increasingly complex, e.g., to improve the...
Since processor performance scalability will now mostly be achieved through thread-level parallelism...
International audienceScientific programmers are eager to take advantage of the computational power ...
Programming environments are used to bridge the gap between actual computers ad developement of thei...
In order to harness the power of multicore CPUs and GPUs, HPC (High Performance Com-puting) programm...
Current parallel programming languages support only a narrow range of programming styles; force prog...
This chapter presents the main ideas of the high-performance component-based Grid programming enviro...