The New Promising Network-on-Chip Topologies Development Using Hierarchical Method

E. Rzaev, Alexey Ryzhov, A. Romanov
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Abstract

This work is a logical continuation of previous works related to the study of promising topologies for networks-on-chip based on the direct and root product of circulant graphs. In this article, we describe and compare the static characteristics of the hierarchical method of constructing more complex structures compared to the root and direct products of graphs. Also in this paper, the result of the analysis of the integration of atomic structures (the smallest structural units of scalable topologies) into various levels of hierarchical structure is presented. A comparison of the obtained structures with the previously studied structures, which are the results of the application of the root product of Paley graphs, is presented.
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基于分层方法的片上网络拓扑发展前景
这项工作是先前基于循环图的直接积和根积研究有前途的片上网络拓扑的工作的逻辑延续。在本文中,我们描述并比较了与图的根和直积相比,构造更复杂结构的分层方法的静态特性。本文还对原子结构(可伸缩拓扑的最小结构单元)在不同层次结构中的集成进行了分析。并将所得到的结构与先前应用Paley图的根积所得到的结构进行了比较。
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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