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Enhancing Application Identification by Means of Sequential Testing

机译:通过顺序测试增强应用程序识别

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One of the most important challenges for network administrators is the identification of applications behind the Internet traffic. This identification serves for many purposes as in network security, traffic engineering and monitoring. The classical methods based on standard port numbers or deep packet inspection are unfortunately becoming less and less efficient because of encryption and the utilization of non standard ports. In this paper we come up with an online iterative probabilistic method that identifies applications quickly and accurately by only using the size of packets. Our method associates a configurable confidence level to the port number carried in the transport header and is able to consider a variable number of packets at the beginning of a flow. By verification on real traces we observe that even in the case of no confidence in the port number, a very high accuracy can be obtained for well known applications after few packets were examined.
机译:对于网络管理员来说,最重要的挑战之一是识别Internet流量背后的应用程序。该标识可用于网络安全,流量工程和监视中的许多目的。不幸的是,由于加密和非标准端口的使用,基于标准端口号或深度数据包检查的经典方法的效率越来越低。在本文中,我们提出了一种在线迭代概率方法,该方法仅使用数据包的大小即可快速,准确地识别应用程序。我们的方法将可配置的置信度与传输头中携带的端口号相关联,并且能够在流开始时考虑可变数量的数据包。通过对真实迹线的验证,我们观察到,即使在对端口号没有信心的情况下,在检查了很少的数据包之后,对于众所周知的应用也可以获得非常高的精度。

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