A Low-Load QoS Routing Method for OpenFlow Networks

Shinnosuke Kimura, Kenya Sato
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Abstract

As the volume of Internet traffic continues to grow, there is a need for mechanisms that ensure communication quality that is suitable for different applications. OpenFlow implements per-flow routing control but can have adverse effects on communication quality when the number of flow entries is increased. In this study, we propose a routing method that controls traffic flows by labeling them with numbers representing the source switch, destination switch and required communication quality. The OpenFlow controller then sets up flow entries on a per-label basis rather than on a per-flow basis, allowing it to reduce the number of flow entries. In an evaluation test, we confirmed that the labeling method could prevent this reduction in communication quality.
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OpenFlow网络的低负载QoS路由方法
随着Internet通信量的持续增长,需要一种机制来确保适合不同应用程序的通信质量。OpenFlow实现了逐流路由控制,但当流项数量增加时,可能会对通信质量产生不利影响。在这项研究中,我们提出了一种路由方法,通过标记代表源交换机、目的交换机和所需通信质量的数字来控制流量。然后,OpenFlow控制器以每个标签为基础而不是以每个流为基础设置流项,从而允许它减少流项的数量。在评估测试中,我们证实了标记方法可以防止这种通信质量的降低。
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