认知无线网络的SDN架构

Guolin Sun, Guisong Liu, Yi Wang
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引用次数: 19

摘要

在业务量、多用途业务和频谱稀缺性需求的驱动下,云网络和认知无线电的概念可能成为下一代移动和无线接入网络的新特征。例如,在电视空白空间部署LTE飞蜂窝和Wi-Fi网络为流量分流提供了一种新的方式,并使频谱共享成为一种认知无线电网络。在本文中,我们提出了一个基于OpenFlow协议的软件定义网络架构,并对其进行了原型化,用于电视白频段的异构网络频谱共享。然后,我们分析了认知无线电的控制器架构和OpenFlow支持的基础架构架构。我们使用该SDN控制器和LTE/Wi-Fi网络模拟器实现了软件定义认知无线网络的原型。实现了认知无线电的一些基本控制功能,并给出了基于认知无线电网络的新的潜在场景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SDN architecture for cognitive radio networks
Driven by the requirements from traffic volume versatile services and spectrum scarcity, the concept of cloud network and cognitive radio could become new features in the next generation mobile and wireless access networks. For example, to deploy LTE femtocells and Wi-Fi networks in the TV white spaces provides a new way for traffic offloading and enables spectrum sharing as a cognitive radio network. In this paper, we propose and prototype a software defined network architecture with the OpenFlow protocols for heterogeneous network spectrum sharing in the TV white space. Then, we analyze the controller architecture for cognitive radio and the OpenFlow enabled infrastructure architecture. We implement a prototype of software defined cognitive radio network with this SDN controller and LTE/Wi-Fi network simulator. Some essential control functions of cognitive radio are implemented and new potential scenarios based cognitive radio networks are given.
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