EPLE: An Efficient Passive Lightweight Estimator for SDN packet loss measurement

Chunyan Fu, Wolfgang John, C. Meirosu
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引用次数: 11

Abstract

As Software Defined Networks (SDN) deployments are reaching mainstream, network performance becomes a key concern for success. Service Providers (SPs) rely on network management capabilities, such as packet loss monitoring, to observe the network status and thereby facilitate service-level agreements. On one hand, SPs seek tools providing greater visibility into the status of their networks, but on the other hand, they are keen to limit the overhead of management capabilities in their operational networks. To meet these conflicting requirements, Efficient Passive Lightweight Estimator (EPLE) takes advantage of existing network traffic and SDN signaling, without the need of extra monitoring traffic or facilities. EPLE does not introduce any data plane overhead and the signaling overhead is reduced by locally creating microflow descriptors out of aggregated flow definitions. Our proof-of-concept prototype shows that EPLE can estimate packet loss rates accurately while keeping the processing and signaling overheads small compared to existing active measurement methods.
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EPLE:一种用于SDN丢包测量的高效被动轻量级估计器
随着软件定义网络(SDN)部署逐渐成为主流,网络性能成为成功与否的关键因素。服务提供商(Service provider, sp)依靠网络管理能力(如丢包监控)来观察网络状态,从而促进服务水平协议的达成。一方面,服务提供商寻求能够更好地了解其网络状态的工具,但另一方面,他们热衷于限制其运营网络中管理功能的开销。为了满足这些相互冲突的需求,高效被动轻量级估计器(Efficient Passive Lightweight Estimator, EPLE)利用现有的网络流量和SDN信令,而不需要额外的监控流量或设施。EPLE不引入任何数据平面开销,并且通过从聚合流定义中本地创建微流描述符来减少信令开销。我们的概念验证原型表明,与现有的主动测量方法相比,EPLE可以准确地估计丢包率,同时保持较小的处理和信令开销。
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