Identification of Tor Anonymous Network Traffic Based on Machine Learning

Wang Juan, C. Shimin, Zhao Jun, Han Bin, Shi Lei
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引用次数: 3

Abstract

In order to identify Tor anonymous network traffic which was generated by the most widely used anonymous network in the world, analyzing the features that can be used to recognize Tor traffic based on meek pluggable transport, and proposing a method based on machine learning to classify Tor traffic. Tor traffic identification aimed at Tor-Meek traffic which using Meek traffic confusion technology in Tor network. To determine the flow characteristics that can be used to identify Tor traffic from the original feature set, RandomForest feature selection method is used to evaluate the importance of these features, and select the available feature subset. The Tor traffic classifier is constructed by using C4.5, RandomForest and KNN algorithms to identify Tor traffic. Experiment shows that Tor traffic identification methods based on three classification algorithms can effectively identify Tor anonymous network traffic, for different versions of Tor client, the precise and recall are all greater than 94% when identify Tor traffic.
基于机器学习的Tor匿名网络流量识别
为了识别目前世界上使用最广泛的匿名网络所产生的Tor匿名网络流量,分析了基于meek可插拔传输的Tor流量识别特征,提出了一种基于机器学习的Tor流量分类方法。Tor流量识别针对Tor-Meek流量,在Tor网络中使用了Meek流量混淆技术。为了从原始特征集中确定可用于识别Tor流量的流量特征,使用随机森林特征选择方法评估这些特征的重要性,并选择可用的特征子集。使用C4.5、RandomForest和KNN算法构建Tor流量分类器来识别Tor流量。实验表明,基于三种分类算法的Tor流量识别方法能够有效识别Tor匿名网络流量,对于不同版本的Tor客户端,识别Tor流量的准确率和召回率均大于94%。
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