Interconnect-Centric计算

W. Dally
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引用次数: 6

摘要

只提供摘要形式。随着我们进入多核时代,计算机系统的互连网络,而不是处理器或存储模块,将主导其性能。最近在互连网络架构方面的一些发展,包括全局自适应路由、高基数路由器和技术匹配拓扑,大大提高了这一关键组件的性能和效率。部分互连网络在多核芯片上的实现也为网络设计带来了新的机遇和挑战。本讲座探讨互连网络在现代计算机系统中的作用,网络架构和设计的最新发展,以及片上互连网络的挑战。示例将从包括克雷黑寡妇在内的几个系统中抽取
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interconnect-Centric Computing
Summary form only given. As we enter the many-core era, the interconnection networks of a computer system, rather than the processor or memory modules, will dominate its performance. Several recent developments in interconnection network architecture including global adaptive routing, high-radix routers, and technology-matched topologies offer large improvements in the performance and efficiency of this critical component. The implementation of a portion of several interconnection networks on multi-core chips also raises new opportunities and challenges for network design. This talk explores the role of interconnection networks in modern computer systems, recent developments in network architecture and design, and the challenges of on-chip interconnection networks. Examples will be drawn from several systems including the Cray BlackWidow
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