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IESP EXASCALE CHALLENGE: CO-DESIGN OF ARCHITECTURES AND ALGORITHMS

机译:IESP专家挑战:体系结构和算法的共同设计

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摘要

There is a large gap between the peak performance of supercomputers and the actual performance realized by today's algorithms. This architecture-algorithm performance gap will get even wider with the increase in computing power being driven by a rapid escalation in the number of cores incorporated into a single chip rather than increases in the clock rate. In order to improve the effectiveness of peta and exascale systems we need to have a paradigm shift where architectures and algorithms are co-designed.
机译:超级计算机的峰值性能与当今算法实现的实际性能之间存在很大差距。这种架构算法的性能差距将随着由单个芯片中包含的内核数量的快速升级而不是时钟速率的提高而推动的计算能力的提高而变得更大。为了提高peta和exascale系统的效率,我们需要进行范式转换,在该转换中,架构和算法是共同设计的。

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