wFlatnet:在Flatnet数据中心网络中引入无线

Emna Baccour, S. Foufou, R. Hamila, M. Hamdi
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引用次数: 8

摘要

数据中心面临的基本挑战是如何在保证网络性能的同时将大量服务器互连起来。Flatnet是一种很有前途的数据中心架构,它已经证明了它在连接可扩展数量的服务器、实现高网络容量、容错和低成本的同时仅使用一个网络层的效率。但是,它的长路径长度影响传输延迟,使其无法成为高性能拓扑。基于Flatnet,我们提出了一种新的网络架构wFlatnet,它在网络中添加无线链路作为捷径,目的是在不增加安装负担和成本的情况下最小化路径长度。这种新颖的设计将提供一种拓扑结构,在这种拓扑结构中,考虑到负载平衡、聚合瓶颈吞吐量、功耗和容错特性,任意两个服务器之间的距离不会超过4个跃点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
wFlatnet: Introducing Wireless in Flatnet Data Center Network
The basic challenge of data centers is how to interconnect a huge number of servers while guaranteeing the performance of the network. Flatnet is a promising data center architecture that has proved its efficiency to connect a scalable number of servers and to achieve a high network capacity, fault-tolerance and low-cost while using only one network layer. However, its long path length impacts the transmission latency and prevents it from being a high performance topology. Based on Flatnet, we propose a new network architecture, called wFlatnet, which adds wireless links to the network as shortcuts aiming at minimizing the path length without adding a burden of installation and cost. The novel design will offer a topology where the distance between any two servers will not exceed four hops taking into consideration load balancing, aggregate bottleneck throughput, power consumption and fault-tolerance properties.
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