Covariance matrix method based technique for masquerade detection

Reshma Raveendran, K. Dhanya
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Abstract

In masquerade attack, the attacker access legitimate user's computer and impersonates that legitimate user. It can be the most serious form of computer abuse. Since masquerade detection is an anomaly based intrusion detection, a legitimate user profile is created and detection is done based on this user profile. In this paper, User profile is created from covariance matrices. A noticeable deviation from legitimate user profile is classified as masquerade attack. The work is done on the Schonlau dataset [1]. The experiment with attack features and legitimate features is conducted and it provides 100% accuracy rate for both attack data and legitimate data.
基于协方差矩阵法的掩码检测技术
在伪装攻击中,攻击者访问合法用户的计算机并冒充该合法用户。这可能是滥用电脑最严重的形式。由于伪装检测是一种基于异常的入侵检测,因此将创建一个合法的用户配置文件,并根据该用户配置文件进行检测。在本文中,用户轮廓是由协方差矩阵创建的。对合法用户配置文件的明显偏离被归类为伪装攻击。这项工作是在Schonlau数据集上完成的[1]。对攻击特征和合法特征进行了实验,对攻击数据和合法数据的准确率均达到100%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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