Message from the Workshop Chair

Yanbo Han
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Abstract

Users and developers of scientific and engineering applications target a wide range of diverse computing platforms: from laptops and workstations, to clusters with homogeneous or heterogeneous node architectures, to the largest and most powerful supercomputers on the planet. This diversity presents the high performance computing (HPC) community with the challenge of developing software using techniques that enable software portability without unduly compromising performance or significantly impacting productivity. Although there have been some partial successes in addressing this challenge, much work remains before the community can truly claim to have productive performance portability techniques (P3).
研讨会主席的话
科学和工程应用程序的用户和开发人员的目标是各种各样的计算平台:从笔记本电脑和工作站,到具有同构或异构节点架构的集群,再到地球上最大和最强大的超级计算机。这种多样性向高性能计算(HPC)社区提出了一个挑战,即使用能够实现软件可移植性的技术开发软件,同时又不会过度损害性能或显著影响生产力。尽管在应对这一挑战方面已经取得了部分成功,但在社区能够真正宣称拥有高效的性能可移植性技术(P3)之前,还有很多工作要做。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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