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Detecting 802.11 Wireless Hosts from Remote Passive Observations

机译:从远程被动观测中检测802.11无线主机

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摘要

The wide deployment of 802.11 WLANs has led to the coexistence of wired and wireless clients in a network environment. This paper presents a robust technique to detect 802.11 wireless hosts through passive observation of client traffic streams at the edge of the network. It is based on the estimation of entropy of packet interarrival times and on the analysis of variation in the measured entropy values across individual end host connections. With the aim of generating a physical layer "signature" that can be easily extracted from packet traces, we first perform controlled experiments and analyse them through Spectral Analysis and Entropy evaluation. Based on the gained insight we design a methodology for the identification of 802.11 wireless clients and test it on two data sets of packet-level traces collected in different networks. Our results demonstrate that wireless identification is highly precise in the presence of a sufficient traffic sample.
机译:802.11 WLAN的广泛部署已导致网络环境中有线和无线客户端的共存。本文提出了一种健壮的技术,可以通过被动观察网络边缘的客户端流量来检测802.11无线主机。它基于对数据包到达时间的熵的估计以及对各个终端主机连接之间测得的熵值变化的分析。为了生成可以轻松地从数据包跟踪中提取的物理层“签名”,我们首先执行受控实验,然后通过频谱分析和熵评估对其进行分析。基于所获得的见识,我们设计了一种用于识别802.11无线客户端的方法,并在不同网络中收集的两个数据包级跟踪数据集上对其进行了测试。我们的结果表明,在有足够流量样本的情况下,无线识别具有很高的精确度。

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