使用OpenFlow改进云数据中心的可伸缩性、敏捷性和性能

Charlie Baker, A. Anjum, Richard Hill, N. Bessis, Saad Liaquat
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引用次数: 34

摘要

随着网络基础设施达到容量限制,需要研究管理云数据中心网络流量和设备的新方法,以更好地扩展和管理数据中心资源。Open Flow非常适合在数据中心内使用,因为它承诺通过减少配置网络资源所需的时间和灵活管理操作来降低操作成本。Open Flow允许实现可编程的软件定义网络,并且可以远程和集体配置、控制和监视交换机等网络资源。随着数据中心资源数量的增加,以及网络硬件和软件的结果,Open Flow可以用于管理网络设备和整个网络的流量。本文研究了基于Open Flow的交换机是否允许灵活的网络和管理,以实现快速的网络分段、数据包重路由、允许可扩展性和允许快速的云数据中心网络设置。在实验的帮助下,本工作还研究了在云数据中心中实现可伸缩性、敏捷性和性能需要考虑哪些设计和实现因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improving Cloud Datacentre Scalability, Agility and Performance Using OpenFlow
With network infrastructure reaching capacity limits, new ways of managing network traffic and devices in Cloud data centres need to be investigated to better scale and manage the data centre resources. Open Flow can be a good fit for the usage within a datacentre due to its promise to reduce the cost of operations by reducing the time needed to configure network resources and flexibly managing the operations. Open Flow allows a programmable Software Defined Network to be implemented and network resources such as switches can be remotely and collectively configured, controlled and monitored. With increasing number of resources in data centres, and by consequence the networking hardware and software, Open Flow can be used to manage the network devices and the flow of traffic throughout the network. This paper investigates if Open Flow based switches allow for flexible networking and administration to enable quick network segmentation, packet re-routing, permit scalability and allow for quick network setup in Cloud data centres. With the help of experiments, this work also investigates what design and implementation considerations need to be made to achieve scalability, agility and performance in Cloud data centres.
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