Evaluation of the Detection Capabilities of the ONOS SDN Controller

Christopher Metter, Valentin Burger, Zheng Hu, Ke Pei, Florian Wamser
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引用次数: 1

Abstract

The process of monitoring the network, especially for larger ones, is very complex and contains many pitfalls. For instance the balance between granularity of information and their performance impact on the network. With the help of SDN this challenge can become easier, as it offers new methods, mechanisms and opportunities. One of the current most important Open Source controllers is the ONOS SDN controller. According to its developers it is a production ready controller that offers high availability due to its logically centralized and physically distributed architecture. But, as our investigations show, it is unable to cope with hazardous network conditions such as sporadic or recurring packet loss. It either does not detect packet loss or only detects it after long time periods, failing all common network availability targets.
ONOS SDN控制器检测能力评估
监控网络的过程,特别是大型网络的监控,是非常复杂的,并且包含许多陷阱。例如,信息粒度与其对网络的性能影响之间的平衡。在SDN的帮助下,这一挑战变得更加容易,因为它提供了新的方法、机制和机会。当前最重要的开源控制器之一是ONOS SDN控制器。根据其开发人员的说法,它是一个生产就绪的控制器,由于其逻辑集中式和物理分布式架构,它提供了高可用性。但是,正如我们的调查表明,它无法应对诸如零星或反复出现的数据包丢失等危险的网络条件。它要么不检测丢包,要么在很长一段时间后才检测到丢包,无法达到所有常见的网络可用性目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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