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Trends in Parallel Machine Interconnection Networks
Thomas J. Watson IBM Research Center
Howard Jay Siegel
Craig B. Stunkel
出版
IBM Thomas J. Watson Research Division
, 1996
URL
http://books.google.com.hk/books?id=v0zIHAAACAAJ&hl=&source=gbs_api
註釋
Abstract: "The interconnection networks that provide communication among processors in large-scale tightly-coupled parallel machines continue to be a vital topic of research for computer architects. The demands placed on these networks have evolved over the last two decades, from SIMD machines that required the simultaneous transfer of data from each input to each output for a relatively small set of different communication paths (permutations), to the MIMD machines of today that need support for delivering varied and asynchronous traffic patterns. Interconnection networks can be categorized according to a number of criteria such as topology, routing strategy, and switching technique. They vary widely in their cost, fault tolerance, simplicity, partitionability, and aggregate bandwidth for local and non-local traffic patterns [9,11,14]."