Peer to Peer Botnet Detection Using Data Mining Scheme

Wen-Hwa Liao, Chia-Ching Chang
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引用次数: 71

Abstract

Botnet was composed of the virus-infected computers severely threaten the security of internet. Hackers, firstly, implanted virus in targeted computers, which were then commanded and controlled by them via the internet to operate distributed denial of services (DDoS), steal confidential information, distribute junk mails and other malicious acts. By imitating P2P software, P2P botnet used multiple main controller to avoid single point of failure, and failed various misuse detecting technologies together with encryption technologies. Differentiating from the normal network behavior, P2P botnet sets up numerous sessions without consuming bandwidth substantially, causing itself exposed to the anomaly detection technology. The data mining scheme was tested in real internet to prove its capability of discovering the host of P2P botnet. Crucially, the research applied the original dissimilarity of P2P botnet differing from normal internet behaviors as parameters of data mining, which were then clustered and distinguished to obtain reliable results with acceptable accuracy.
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基于数据挖掘方案的点对点僵尸网络检测
僵尸网络由感染病毒的计算机组成,严重威胁着互联网的安全。黑客首先在目标计算机中植入病毒,然后通过互联网对目标计算机进行指挥和控制,实施分布式拒绝服务(DDoS)、窃取机密信息、分发垃圾邮件等恶意行为。P2P僵尸网络通过模仿P2P软件,采用多主控制器避免单点故障,并结合加密技术使各种误用检测技术失效。与正常网络行为不同的是,P2P僵尸网络建立了大量的会话,而不会大量消耗带宽,从而暴露在异常检测技术面前。在实际网络环境中对该数据挖掘方案进行了测试,验证了其发现P2P僵尸网络主机的能力。关键是,该研究将P2P僵尸网络与正常互联网行为的原始差异性作为数据挖掘的参数,然后对这些参数进行聚类和区分,以获得可靠的结果,且精度可接受。
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