x折叠TM拓扑中的自适应路由算法

M. Moudi, M. Othman, K. Y. Lun, A. R. Rahiman
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引用次数: 2

摘要

最近,更复杂的互连拓扑已被以前的简单拓扑所取代,这些拓扑也表现出高性能。x- fold TM网络是指在互连网络中按照假想的x轴进行折叠的TM网络。对于x折叠的TM网络,平均距离和平均直径都有所减小,这证实了其有效的性能。为了有效地利用网络资源,许多路由算法也可以应用到互连网络中。本文研究了自适应路由算法下x折叠TM网络在平均时延和网络吞吐量方面提高动态通信性能的有效性。通过仿真自适应路由算法下的拓扑结构来评估通信性能。结果表明,与其他拓扑结构相比,x折叠的TM网络的性能得到了提高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Adaptive routing algorithm in x-Folded TM topology
In recent days, more complicated interconnection topologies have been replaced with previously simple topologies that also exhibit high performance. x-Folded TM network is a TM network that is folded according to the imaginary x-axis in interconnection networks. For a x-Folded TM network, there is a reduction in the average distance and diameter which corroborates the efficient performance. Also many routing algorithms can be applied to interconnection network for the efficient use of network resources. This paper presents the effectiveness of the x-Folded TM network with the average latency and network throughput under the adaptive routing algorithm to improve dynamic communication performance. We evaluate the communication performance with simulating the topology under the adaptive routing algorithm. It is found from the result that the performance of a x-Folded TM network has been improved compared with other topologies.
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