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Flow monitoring scheme for reducing congestion and packet loss in software defined networks

机译:用于减少软件定义网络中拥塞和数据包丢失的流量监控方案

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Software Defined Networking (SDN) is a new approach in network architecture which decouples the control plane from data plane. The SDN controller has the global view of the underlying network, enabling enormous research works in the area of traffic engineering (TE). Existing congestion control solutions for SDN TE are either reactive or proactive in nature. In reactive schemes when congestion event occurs the source is informed which then reacts by rate adjustment and in proactive scheme pre computation of protection path demands additional resources. We propose a proactive flow monitoring method to reduce congestion and packet loss in SDN. This technique reduces packet loss by automatically re-routing congested link's traffic through a dynamically computed alternate path. Simulation result shows that proposed scheme reduces average packet loss leading to overall increase in network efficiency.
机译:软件定义的网络(SDN)是网络架构中的一种新方法,该方法从数据平面解耦控制平面。 SDN控制器具有底层网络的全局视图,在交通工程(TE)领域启用了巨大的研究工作。 SDN TE的现有充血控制溶液是有源的或主动性的。在反应方案中,当发生拥塞事件时,通知源,然后通过速率调整反应,并且在主动方案中,保护路径的预算需要额外的资源。我们提出了一种主动流动监测方法,以减少SDN中的拥塞和数据包丢失。该技术通过自动通过动态计算的备用路径自动重新路由拥塞链接流量来减少数据包丢失。仿真结果表明,所提出的方案降低了平均数据包丢失,导致网络效率的总体增加。

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