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Topological-order based dynamic polling scheme using biconnected component computation

机译:使用双向连接计算的基于拓扑顺序的动态轮询方案

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摘要

For network monitoring, this paper shows the dynamic polling scheme which controls over-head of polling traffic through an approach based on network topology information, unlike other existing schemes. This proposed scheme understands the connections between nodes through the network topology information of the observer domain, and by using this, decides polling order and controls polling rate, thus obtaining management information effectively and correctly. This method increased the rate of polling management compared to the former proposed schemes, and proved the efficiency of the proposed scheme by the comparison to the other schemes.
机译:对于网络监控,本文展示了一种动态轮询方案,该方案通过与其他现有方案不同的,基于网络拓扑信息的方法来控制轮询流量的开销。该方案通过观察者域的网络拓扑信息了解节点之间的连接,并据此确定轮询顺序并控制轮询速率,从而有效,正确地获得管理信息。与以前的方案相比,该方法提高了轮询管理的速率,并通过与其他方案的比较证明了该方案的效率。

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