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Butterfly traffic pattern in selection algorithm on Hierarchical Torus Network

机译:分层环网选择算法中的蝴蝶流量模式

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A Hierarchical Torus Network (HTN) is a 2D-torus network of multiple basic modules, in which the basic modules are 3D-torus networks that are hierarchically interconnected for higher-level networks. The combination of link selection and channel selection (LS+CS) algorithm improves the dynamic communication performance of the HTN by efficient use of physical links and virtual channels. In this paper, we have evaluated the dynamic communication performances of an HTN is evaluated by using dimension-order routing and LS+CS algorithm under butterfly traffic pattern. It is found that the dynamic communication performance of an HTN using the LS+CS algorithm is better than when the dimension-order routing is used.
机译:分层环面网络(HTN)是包含多个基本模块的2D-托洛斯网络,其中基本模块是3D-托洛斯网络,它们针对更高级别的网络进行分层互连。链路选择和信道选择(LS + CS)算法的组合通过有效使用物理链路和虚拟信道来提高HTN的动态通信性能。在本文中,我们评估了蝶形流量模式下使用维度顺序路由和LS + CS算法评估的HTN的动态通信性能。发现使用LS + CS算法的HTN的动态通信性能优于使用维数路由时的动态通信性能。

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