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Feasibility study and implementation of openflow based SDN controller for tactical scenario

机译:战术场景下基于开放流的SDN控制器的可行性研究与实现

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Over the past few years in traditional networks, issues such as lack of orchestration, agility, flexibility, increased demand for scalability, and vendor dependence are of major concern. An innovative concept of Software Defined Networking(SDN) is a possible solution to all these problems which aims at increasing network efficiency and simplifying network management. It includes a physical separation of the control plane and data plane in a network device. The intelligence and control of the network operation such as routing is removed from the network devices and is concentrated in a centralized component called the SDN Controller [10]. This paper demonstrates the implementation of OpenFlow based SDN controller in C language on Visual Studio-IDE. Communication between the switch and controller is captured using Wireshark. Nodes connected to the switch are able to exchange strings, files etc. The current networking issues and their solution in tactical scenarios are discussed using different use cases.
机译:在过去几年中,传统网络,缺乏编排,敏捷,灵活性,增加对可扩展性需求以及供应商依赖的问题是重大关注的问题。软件定义网络(SDN)的创新概念是对所有这些问题的可能解决方案,其目的在于增加网络效率和简化网络管理。它包括控制平面和网络设备中的数据平面的物理分离。从网络设备中移除了诸如路由的网络操作的智能和控制,并集中在称为SDN控制器的集中组件中[10]。本文演示了在Visual Studio-IDE上的C语言中的OpenFlow基于SDN控制器的实现。使用Wireshark捕获交换机和控制器之间的通信。连接到交换机的节点能够使用不同用例讨论当前网络问题及其在战术方案中的当前网络问题及其解决方案。

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