The best approach to a large computing capability

G. P. West
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引用次数: 3

Abstract

The best approach to a large computing capability is to build your own multi-processor system, utilizing the most effective elements available from the leading hardware manufacturers. To understand this approach, it would be useful to describe the type of system which is to be built. It is evident that many of the system characteristics will be prescribed by the application, others will be purely a matter of personal choice. The essential characteristics are few in number and must not be confused with the non-essential characteristics. The remainder of this paper presents a set of do-it-yourself instructions for designing your own multi-processor system which stresses the essential characteristics. The intent being that the reader can follow through these instructions and design his own system for his own particular application. In this way, each reader can have a specific system in mind which he can evaluate critically. Although there would be individual differences in the systems under consideration by different individuals, the essential characteristics would be the same, and discussion would then tend to center about these essential features. The paper concludes with a summary in which the design approach is reviewed in an attempt to emphasize the utility of the approach.
获得大型计算能力的最佳方法
获得大型计算能力的最佳方法是构建自己的多处理器系统,利用领先硬件制造商提供的最有效的元素。为了理解这种方法,描述要构建的系统的类型是很有用的。很明显,许多系统特性将由应用程序规定,其他特性则完全是个人选择的问题。基本特征数量很少,不能与非基本特征相混淆。本文的其余部分提供了一套自己动手设计多处理器系统的说明,强调了基本特征。这样做的目的是让读者能够按照这些说明来设计适合自己特定应用的系统。通过这种方式,每个读者都可以在脑海中有一个特定的系统,他可以对其进行批判性的评估。尽管不同个体所考虑的系统存在个体差异,但基本特征是相同的,然后讨论将倾向于集中在这些基本特征上。本文最后总结了设计方法,试图强调该方法的实用性。
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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