具有较低延迟的新型超立方体

A. Ahmed
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引用次数: 1

摘要

在这篇论文中,我们提出了一个具有缩小直径和延迟的超立方体。这是通过使用扭曲和随机连接重新连接超立方体来实现的,同时保持导线的数量不变。这种新的拓扑结构称为RT-cube。与普通的超立方体相比,rt -立方体提供更小的直径和更低的延迟,从而产生更快的互连网络拓扑。提出了一种分组交换路由算法和路由设计模型,用于实时数据集中的消息传递。仿真和分析表明,基于RT-cube的通信架构比传统的超立方体通信架构要快,并且具有相同的线路成本,并且对于大规模并行计算系统具有良好的可扩展性
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A novel hypercube with lower latency
In this paper, we present a hypercube with reduced diameter and latencies. This is achieved by reconnecting the hypercube with twisted and random connections while keeping the number of wires constant. This new topology is called RT-cube. The RT-cubes offer smaller diameter and reduced latencies compared to the normal hypercubes, resulting in a faster interconnection network topology. A packet switched routing algorithm and the router design model is also proposed for message passing in RT-cubes. The simulations and analysis have shown that RT-cube based proposed communication architecture is faster than the conventional hypercubes with the same wire cost, and scales well for massively parallel computing systems.<>
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