Keynote: Peering into the post Moore's Law world

T. Austin
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引用次数: 0

Abstract

For decades, Moore's Law dimensional scaling has been the fuel that propelled the computing industry forward, by delivering performance, power and cost advantages with each new generation of silicon. Today, these scaling benefits are slowing to a crawl. If the computing industry wants to continue to make scalability the primary source of value in tomorrow's computing systems, we will have to quickly find new and productive ways to scale future systems. In this talk, I will highlight my work and the work of others that is rejuvenating scaling through the application of heterogeneous parallel designs. Leveraging these technologies to solve the scaling problem will be a significant challenge, as future scalability success will ultimately be less about “how” to do it and more about “how much” will it cost.
主题演讲:展望后摩尔定律时代
几十年来,摩尔定律的尺寸缩放一直是推动计算行业向前发展的燃料,通过每一代新硅提供性能、功率和成本优势。如今,这些规模效益正在放缓。如果计算行业希望继续使可伸缩性成为未来计算系统的主要价值来源,我们必须迅速找到新的、有效的方法来扩展未来的系统。在这次演讲中,我将重点介绍我的工作和其他人的工作,这些工作是通过应用异构并行设计来恢复可伸缩性的。利用这些技术来解决可伸缩性问题将是一个重大的挑战,因为未来可伸缩性的成功最终将不再是“如何”去做,而是更多地是“花费多少”。
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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