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An Optimized Anomaly Intrusion Detection Scheme Using KNN Algorithm

机译:基于KNN算法的优化异常入侵检测方案

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摘要

Since the task of preventing all attacks is impossible, intrusion detection has now been widely accepted as an essential component in a decent security system. This paper proposes an improved anomaly intrusion detection method based on system calls to learn patterns. The detection process relies on the situation that when an attack exploits vulnerabilities in the code, new subsequences of system calls will appear. K-nearest neighbor (KNN) algorithm is selected as learning approach to estimate the deviation between normal and suspicious activities. As fixed-length patterns can not describe the system behaviors correctly, the method uses variable-length patterns to construct the normal patterns profile. Experiments demonstrate that the method can construct accurate and concise discriminator to detect intrusive action.
机译:由于防止所有攻击的任务是不可能的,因此入侵检测已被广泛接受为体面安全系统中的重要组成部分。本文提出了一种基于系统调用学习模式的改进的异常入侵检测方法。检测过程取决于以下情况:当攻击利用代码中的漏洞时,将出现新的系统调用子序列。选择K最近邻算法(KNN)作为估计正常活动与可疑活动之间偏差的学习方法。由于定长模式无法正确描述系统行为,因此该方法使用变长模式来构建常规模式配置文件。实验表明,该方法可以构造准确,简洁的判别器来检测干扰行为。

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