Emulating enterprise network environments for fast transition to software-defined networking

S. Latifi, A. Durresi, B. Çiço
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引用次数: 3

Abstract

Software Defined Networks are emerging as a new paradigm in data networks. While most corporate networks and datacenters (like Google, Cisco, Big Switch, etc.) are already on OpenFlow protocol utilizing SDN, a number of emulation platforms have emerged, such as Mininet. In this paper we propose an emulated enterprise/university Software-Defined network using Python and Mininet; we have also built a conventional network using ns-3 with the same number of nodes, topology, etc. Our tests show that our proposed network model outperforms the conventional/existing model in parameters like minimum and mean delay for ICMP and HTTP packets, as well as minimum and maximum convergence time, and therefore are a best solution to transition corporate networks with hundreds or more nodes, mainly due to the fast propagation of routing policies from the central controller.
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模拟企业网络环境,以便快速过渡到软件定义网络
软件定义网络正在成为数据网络的一种新范式。虽然大多数企业网络和数据中心(如Google、Cisco、Big Switch等)已经在使用SDN的OpenFlow协议上,但一些仿真平台已经出现,如Mininet。在本文中,我们提出了一个使用Python和Mininet的模拟企业/大学软件定义网络;我们还使用ns-3构建了一个具有相同节点数量、拓扑结构等的传统网络。我们的测试表明,我们提出的网络模型在诸如ICMP和HTTP数据包的最小和平均延迟,以及最小和最大收敛时间等参数上优于传统/现有模型,因此是具有数百或更多节点的转换公司网络的最佳解决方案,主要是由于路由策略从中央控制器的快速传播。
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