It is an increasingly common belief that the programmability of parallel machines is lacking, and that the high-end computing (HEC) community is suffering as a result of it. The population of users who can effectively program parallel machines comprises only a small fraction of those who can effectively program traditional sequential computers, and this gap seems only to be widening as time passes. The parallel computing community’s inability to tap the skill
International audienceThe increase in complexity, diversity and scale of high performance computing ...
Nowadays line programming do not support new style of hardware and requirements of time expression. ...
Parallel programming is widely acknowledged to be more difficult than sequential programming. One re...
Two basic technology gaps in today's parallel computers are: 1) too much latency in accessing o...
Two basic technology gaps in today's parallel computers are: 1) too much latency in accessing o...
Despite the processor industry having more or less successfully invested already 10 years to develop...
Despite the processor industry having more or less successfully invested already 10 years to develop...
We survey parallel programming models and languages using six criteria to assess their suitability ...
2Writing parallel programs is difficult. Besides the inherent difficulties associ-ated with writing ...
It is now rather easy to build the hardware of a multiprocessor computer, but still quite difficult ...
It is now rather easy to build the hardware of a multiprocessor computer, but still quite difficult ...
International audienceThe increase in complexity, diversity and scale of high performance computing ...
International audienceThe increase in complexity, diversity and scale of high performance computing ...
Of the 200+ parallel-programming languages and environments created in the 1990s, almost all are now...
Many-core architectures face significant hurdles to successful adoption by ISVs, and ultimately, the...
International audienceThe increase in complexity, diversity and scale of high performance computing ...
Nowadays line programming do not support new style of hardware and requirements of time expression. ...
Parallel programming is widely acknowledged to be more difficult than sequential programming. One re...
Two basic technology gaps in today's parallel computers are: 1) too much latency in accessing o...
Two basic technology gaps in today's parallel computers are: 1) too much latency in accessing o...
Despite the processor industry having more or less successfully invested already 10 years to develop...
Despite the processor industry having more or less successfully invested already 10 years to develop...
We survey parallel programming models and languages using six criteria to assess their suitability ...
2Writing parallel programs is difficult. Besides the inherent difficulties associ-ated with writing ...
It is now rather easy to build the hardware of a multiprocessor computer, but still quite difficult ...
It is now rather easy to build the hardware of a multiprocessor computer, but still quite difficult ...
International audienceThe increase in complexity, diversity and scale of high performance computing ...
International audienceThe increase in complexity, diversity and scale of high performance computing ...
Of the 200+ parallel-programming languages and environments created in the 1990s, almost all are now...
Many-core architectures face significant hurdles to successful adoption by ISVs, and ultimately, the...
International audienceThe increase in complexity, diversity and scale of high performance computing ...
Nowadays line programming do not support new style of hardware and requirements of time expression. ...
Parallel programming is widely acknowledged to be more difficult than sequential programming. One re...