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A Novel Intrusion Detection Method Based on Principle Component Analysis in Computer Security

机译:一种基于计算机安全原理分析的新型入侵检测方法

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Intrusion detection is an important technique in the defense-in-depth network security framework and a hot topic in computer security in recent years. In this paper, a new intrusion detection method based on Principle Component Analysis (PCA) with low overhead and high efficiency is presented. System call data and command sequences data are used as information sources to validate the proposed method. The frequencies of individual system calls in a trace and individual commands in a data block are computed and then data column vectors which represent the traces and blocks of the data are formed as data input. PCA is applied to reduce the high dimensional data vectors and distance between a vector and its projection onto the subspace reduced is used for anomaly detection. Experimental results show that the proposed method is promising in terms of detection accuracy, computational expense and implementation for real-time intrusion detection.
机译:入侵检测是近年来抗辩网络安全框架和计算机安全性热门话题的重要技术。本文提出了一种基于具有低开销和高效率的原理分析(PCA)的新入侵检测方法。系统调用数据和命令序列数据用作信息源以验证所提出的方法。计算在数据块中的迹线和单个命令中的各个系统调用的频率,然后表示表示数据的迹线和数据块的数据列向量作为数据输入。 PCA应用于减少高尺寸数据向量和向量之间的距离及其在子空间上的投影减少用于异常检测。实验结果表明,该方法在检测准确性,计算费用和实时入侵检测的实施方面具有很大。

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