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Analytic model for SDN controller traffic and switch table occupancy

机译:SDN控制器流量和交换机表占用率的解析模型

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摘要

Software Defined Networking (SDN) is a major paradigm in the field of current communication networks. SDN is used as the basis of many new networks although few performance models are available in the literature, and the majority of performance evaluations are based primarily on practical measurements. To fill this gap, we develop an analytical model to assess SDN control plane traffic as well as the occupancy of the flow table of an SDN switch. The contribution of this work is the formulation of the model for the performance-decisive parameters control-plane traffic and flow table occupancy and the application of the model for different data plane traffic characteristics. In the end, there is a discussion about the setting of time-out values for storing flow entries in the switch flow table depending on the traffic characteristics in the data plane. The trade-off between the signaling traffic in the control plane and the occupancy of the flow table is discussed to minimize both.
机译:软件定义网络(SDN)是当前通信网络领域的主要范例。 SDN被用作许多新网络的基础,尽管文献中几乎没有可用的性能模型,并且大多数性能评估主要基于实际测量。为了填补这一空白,我们开发了一种分析模型来评估SDN控制平面流量以及SDN交换机流表的占用率。这项工作的贡献是为性能决定性参数控制平面流量和流表占用率模型的建立,以及该模型在不同数据平面流量特性中的应用。最后,将讨论有关根据数据平面中的流量特性在交换机流表中存储流条目的超时值的设置。讨论了控制平面中信令流量与流表占用之间的权衡,以最小化两者。

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