Xinliang Wang, Fang Liu, Luying Chen, Zhenming Lei
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引用次数: 3
Abstract
In order to effectively detect the scan attack on high-speed links, this paper improves the commonly used scan detection algorithm TRW (Threshold Random Walk) based on honeypot, and makes a detailed analysis on its performance. The analysis shows that the improved algorithm has better performance on the speed of identifying the scan source and can finish the real-time detection of high-speed link scan. Meanwhile, on the basis of selective system sample, this paper focuses on the analysis of the anomaly detection accuracy of three scan detection algorithms: Snort, TRW, TRWHP (Threshold Random Walk Based on Honeypot). The experimental results show that, at the same sampling ratio, the false positive rates of TRWHP and TRW algorithm are almost the same, however, the false negative rate of TRWHP algorithm can make a remarkable improvement and obtain the better detection performance.
为了有效检测高速链路上的扫描攻击,本文对常用的基于蜜罐的扫描检测算法TRW (Threshold Random Walk)进行了改进,并对其性能进行了详细分析。分析表明,改进算法在扫描源识别速度上有更好的性能,能够完成高速链路扫描的实时检测。同时,在选择性系统样本的基础上,重点分析了Snort、TRW、TRWHP (Threshold Random Walk Based on Honeypot)三种扫描检测算法的异常检测精度。实验结果表明,在相同的采样比下,TRWHP算法和TRW算法的假阳性率几乎相同,但TRWHP算法的假阴性率有显著提高,获得了更好的检测性能。