PSCM:迈向实用的加密未知协议分类

Hua Wu, Chaoqun Cui, Guang Cheng, Xiaoyan Hu
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引用次数: 0

摘要

网络流分类是网络管理、服务质量和入侵检测的基础。随着Internet应用程序数量的增加,未知协议的种类也越来越多,这给网络流分类带来了巨大的挑战。由于动态端口和加密协议的兴起,传统的基于规则的流分类方法受到了限制。利用统计特征的统计方法对具有公共格式的协议具有较好的识别能力。然而,未知协议没有公共协议格式,因此很难提取有用的特性。本文提出了一种实用的概率统计和聚类合并(PSCM)方法,用于自动提取加密的未知协议特征,并将聚类结果映射到实际协议中。在真实网络流量上的实验结果表明,该方法的准确率达到99.28%,在采样场景下表现良好。
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PSCM: Towards Practical Encrypted Unknown Protocol Classification
Network traffic classification is the basis for network management, Quality of Service and intrusion detection. As the number of Internet applications increases, the variety of unknown protocols grows, posing a significant challenge to network traffic classification. Traditional rule-based traffic classification methods are currently limited by the rise of dynamic ports and encryption protocols. Statistical methods using statistical features have good recognition of protocols with public formats. However, there is no public protocol format for unknown protocols, making it challenging to extract useful features. This paper proposes a practical Probability Statistics and Cluster Merging (PSCM) method to automatically extract encrypted unknown protocol features and map the clustering results to the actual protocols. Experimental results on real-world network traffic show that the method achieves an accuracy of 99.28% and performs well in the sampling scenarios.
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