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Flow termination signaling in the centralized pre-congestion notification architecture

机译:集中式拥塞前通知架构中的流终止信令

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Pre-congestion notification (PCN) protects inelastic traffic by using feedback on network link loads on and acting upon this accordingly. These actions comprise to admission control and termination of flows. Two PCN architectures have been defined by IETF: the centralized and decentralized PCN architecture. The decentralized PCN architecture has received much attention in the literature whereas the centralized PCN architecture has not. In the decentralized architecture, feedback is sent from the egress nodes to ingress nodes, which then take and apply decisions regarding admission of new flows and/or termination of ongoing flows. Signaling occurs only between ingress and egress nodes.
机译:拥塞前通知(PCN)通过使用对网络链路负载的反馈并对此采取相应措施来保护非弹性流量。这些动作包括准入控制和流终止。 IETF已定义了两种PCN架构:集中式和分散式PCN架构。分散式PCN架构在文献中受到了很多关注,而集中式PCN架构则没有。在分散式架构中,反馈从出口节点发送到入口节点,然后入口节点采取并应用有关接纳新流和/或终止正在进行的流的决策。信令仅在入口和出口节点之间发生。

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