...丁网 Advanced Research Projects Agency,DARPA)于2002年提出高 效能计算系统(High Productivity Computing Systems ,HPCS)计划,指出过去的评价指标 存在仅注重高性能的问题,应该更多地关注高 效能的评估,其中包括实用性能、可..
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...in.com豆丁网 Advanced Research Projects Agency,DARPA)于2002年提出高 效能计算系统(High Productivity Computing Systems ,HPCS)计划,指出过去的评价指标 存在仅注重高性能的问题,应该更多地关注高 效能的评估,其中包括实用性能、可..
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通过嵌入处理器芯片的光通信,建立Exaflop(1018次,是千万亿次petaflop的1000倍)级水平的高效能计算机系统的愿景将在不太遥远的未来实现。
With optical communications embedded into the processor chips, the prospect of building power-efficient computer systems with performance at the Exaflop level might not be a very distant future.
典型的教练机训练效能计算模型对飞机的航空电子系统、操纵系统考虑不足,对飞行参数选择有局限性。
The typical computation model of training effectiveness of training plane has limitation in selection of flight parameters as well as insufficient attention to avionics and control system.
为了提高计算效能,研究更复杂的模型,很有必要将该有限元反演系统的算法实现并行化。
It is necessary to parallelize the algorithm of the finite element inversion system in order to improve computation efficiency and to study more complex models.
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