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A Control-Message Quenching Algorithm in Openflow-Based Wireless Mesh Networks with Dynamic Spectrum Access

机译：具有动态频谱访问的基于OpenFlow的无线网状网络的控制 - 消息淬火算法

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1 Introduction In recent years, Open Flow [1] is becoming a popular network architecture. As more and more users starts to join the conventional Internet, the drawbacks of the conventional networks are now gradually appearing. OpenFlow network provides us a brand new sight to the development of networks. This architecture separates the control plane and data plane from the hardware level(physically). OpenFlow has plenty of benefit compare to other network structures. Firstly, the control plane and data plane are decoupled, this means more flexible networks can be figure out with customized rules in the network. Secondly, OpenFlow provides us a new platform to design and test network protocols. Researchers could test new protocols in a real network environment. Thirdly, in OpenFlow architecture networks we could monitor flow traffic statistics. This fine-grained monitoring of flows enables us to better understanding the network protocols and scheme we applied.
机译：1引言近年来，开放流动[1]正在成为一个流行的网络架构。随着越来越多的用户开始加入传统的因特网，传统网络的缺点现在逐渐出现。 OpenFlow网络向我们提供了一个新的网络发展景象。该体系结构将控制平面和数据平面与硬件级别（物理）分开。 OpenFlow与其他网络结构进行了大量的益处。首先，控制平面和数据平面被解耦，这意味着更多灵活的网络可以用网络中的定制规则弄清楚。其次，OpenFlow为我们提供了一个新的设计和测试网络协议的新平台。研究人员可以在真正的网络环境中测试新的协议。第三，在OpenFlow架构网络中，我们可以监控流量流量统计信息。这种细粒度的流量监控使我们能够更好地理解我们应用的网络协议和方案。

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