Monitoring Network Traffic of Different OSes in Different IP Protocols

Chenhuan Liu, Chen Su, Xing Li
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Abstract

Recently, the booming big data era has brought increasing attention on the network traffic classification problem. To cope with the problem, methods based on port, payload, behavior and machine learning have been proposed since 2000s. However, these methods rely on people's prior knowledge to classify and their accuracy is hardly to be convincing. To solve the problem above, we propose a method through connecting a switch on the host network to mirror the host's network traffic. In this way, network traffic of hosts under different operating systems and different IP protocol configurations can be monitored. We conducted experiments based on three weeks of data measured on a public network. Results show that the traffic of different IP protocols are independent. Comparison with Moore-set shows that our method can classify specific network traffic from different OSes under IPv4, IPv6 and dual stack protocols.
监控不同IP协议下不同操作系统的网络流量
近年来,随着大数据时代的蓬勃发展,网络流量分类问题越来越受到人们的关注。为了解决这个问题,自2000年以来,人们提出了基于端口、有效载荷、行为和机器学习的方法。然而,这些方法依赖于人们的先验知识进行分类,其准确性难以令人信服。为了解决上述问题,我们提出了一种通过在主机网络上连接交换机来镜像主机网络流量的方法。这样可以监控不同操作系统和不同IP协议配置下主机的网络流量。我们根据在公共网络上测量的三周数据进行了实验。结果表明,不同IP协议的流量是相互独立的。与Moore-set的比较表明,该方法可以对IPv4、IPv6和双栈协议下不同操作系统的特定网络流量进行分类。
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