首页> 外文会议>International Conference on Computational Science(ICCS 2006) pt.4; 20060528-31; Reading(GB) >Combining Cross-Correlation and Fuzzy Classification to Detect Distributed Denial-of-Service Attacks
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Combining Cross-Correlation and Fuzzy Classification to Detect Distributed Denial-of-Service Attacks

机译:将互相关和模糊分类相结合以检测分布式拒绝服务攻击

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摘要

In legitimate traffic the correlation exists between the outgoing traffic and incoming traffic of a server network because of the request-reply actions in most protocols. When DDoS attacks occur, the attackers send packets with faked source addresses. As a result, the outgoing traffic to the faked addresses does not induce any related incoming traffic. Our main idea is to find changes in the correlation caused by DDoS. We sample network traffics using Extended First Connection Density (EFCD), and express correlation by cross-correlation function. Because network traffic in DDoS-initiating stage is much similar to legitimate traffic, we use fuzzy classification in order to guarantee the accuracy. Experiments show that DDoS traffic can be identified accurately by our algorithm.
机译:在合法流量中,由于大多数协议中的请求-响应操作,在服务器网络的传出流量和传入流量之间存在相关性。发生DDoS攻击时,攻击者发送带有伪造源地址的数据包。结果,到伪造地址的传出流量不会引起任何相关的传入流量。我们的主要思想是发现由DDoS引起的相关性变化。我们使用扩展的首次连接密度(EFCD)对网络流量进行采样,并通过互相关函数表达相关性。由于DDoS发起阶段的网络流量与合法流量非常相似,因此我们使用模糊分类来保证准确性。实验表明,我们的算法可以准确识别DDoS流​​量。

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