Development Framework for Simulating Routing Behavior in Software-Defined Wireless Networks

S. Buzura, Alis Suciu, E. Cebuc, B. Iancu, V. Dădârlat
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Abstract

Wireless technologies play an important role in the Internet of Things (IoT) and they facilitate the deployment of various types of sensor networks. Nodes in a sensor network don’t always have a direct connection to the central sink node, therefore they route packets through other nodes in the network. In the emerging Software-Defined Networking (SDN) architecture, a main controller is responsible for coordinating the network functions including the routing operation. The current article presents a Java-based simulation framework developed for testing the routing mechanism in a wireless SDN. The goal of the implemented framework is to create a working framework that can be used to perform various routing simulations. The framework is constructed to be multi-purpose, it can be used on a local machine, but is also compatible with the Mininet-WiFi network simulator. Routing simulations are performed locally and in Mininet-WiFi on IPv4 networks and they prove the framework’s functionality and its working features.
软件定义无线网络中模拟路由行为的开发框架
无线技术在物联网(IoT)中发挥着重要作用,它们促进了各种类型传感器网络的部署。传感器网络中的节点并不总是与中央汇聚节点有直接连接,因此它们通过网络中的其他节点路由数据包。在新兴的软件定义网络(SDN)架构中,主控制器负责协调包括路由操作在内的网络功能。本文提出了一个基于java的仿真框架,用于测试无线SDN中的路由机制。实现框架的目标是创建一个可用于执行各种路由模拟的工作框架。该框架是多用途的,它可以在本地机器上使用,但也兼容mini - wifi网络模拟器。在本地和IPv4网络上的mini - wifi中进行了路由模拟,并证明了该框架的功能和工作特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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