OpenFlow Virtualization Framework with Advanced Capabilities

Balázs Sonkoly, A. Gulyás, F. Németh, János Czentye, Krisztian Kurucz, Barnabas Novak, Gabor Vaszkun
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引用次数: 21

Abstract

Due to its simplicity, transparency and performance, Flow Visor takes it all in today's virtualization tools for OpenFlow networks. We argue that this effectiveness comes at the price of intolerance towards diverse OpenFlow versions used simultaneously and also limited switch functionality. What is more Flow Visor based management frameworks cannot run and configure the network controllers. In this paper we present an integrated OpenFlow virtualization framework, that is capable of (i) running and managing multiple instances of OpenFlow switches with different forwarding capabilities and OpenFlow versions, (ii) running and configuring full controllers or network applications designed for controlling a virtual network under the management of the proposed framework, and (iii) configuring QoS in the network. Besides introducing the architecture we share implementation and deployment details in our prototype system.
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具有高级功能的OpenFlow虚拟化框架
由于其简单,透明和性能,Flow Visor将其全部纳入当今OpenFlow网络的虚拟化工具中。我们认为,这种有效性是以不容忍同时使用不同OpenFlow版本和限制交换机功能为代价的。更重要的是,基于Flow Visor的管理框架不能运行和配置网络控制器。在本文中,我们提出了一个集成的OpenFlow虚拟化框架,它能够(i)运行和管理具有不同转发能力和OpenFlow版本的OpenFlow交换机的多个实例,(ii)运行和配置用于在拟议框架的管理下控制虚拟网络的完整控制器或网络应用程序,以及(iii)配置网络中的QoS。除了介绍体系结构之外,我们还分享了原型系统中的实现和部署细节。
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