异构计算时代应用驱动的高层设计

R. Puri
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引用次数: 0

摘要

只提供摘要形式。半导体技术成本的不断上升及其相对于历史趋势的滞后性能促使加速和专业化成为增加系统价值的更有效手段。越来越多的人追求有针对性的专业化,将其作为实现工作负载加速方面显著改进的一种重要方式。这需要对工作负载、系统结构和算法有广泛的了解,以确定加速/专门化的内容,以及如何(即通过软件)。通过HW ?;还是通过SW+HW?这就需要软件和硬件的协同优化。在这次演讲中,我们将重点介绍一种应用驱动的方法,用于软件和系统协同优化的高级设计,基于发明新的软件算法,这些算法与硬件加速有很强的亲缘关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application driven high level design in the era of heterogeneous computing
Summary form only given. Escalating costs of semiconductor technology and its lagging performance relative to historic trends is motivating acceleration and specialization as more impactful means to increase system value. Targeted specialization is being increasingly pursued as an important way to achieve dramatic improvements in workload acceleration. This requires a broad understanding of workloads, system structures, and algorithms to determine what to accelerate / specialize, and how, i.e., via SW?; via HW?; or via SW+HW? which presents many choices, necessitating co-optimization of SW and HW. In this talk, we will focus on an application driven approach to high level design for software and system co-optimization, based on inventing new software algorithms, that have strong affinity to hardware acceleration.
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