Anomaly Detection Using Integration Model of Vector Space and Network Representation

Mizuki Oka, Kazuhiko Kato
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引用次数: 1

Abstract

We propose the Eigen Co-occurrence Matrix (ECM) method, which is a modeling method for tracking the behaviors of an individual, system, or network in terms of event sequences of discrete data. Our method uses the correlation between events in a sequence to extract distinct characteristics. A key idea behind the ECM method is to regard a sequence as a serialized sequence that originally had structural relations and to extract the embedded dependencies of the events. To test its retrieval performance, we applied the ECM method to the problem of anomaly detection in intrusion detection systems. Specifically, we used the method to model a UNIX command sequence and attempted to detect intruders masquerading as valid users. The experimental results reveal that the ECM method offers distinct characteristic models for analyzing event sequences.
基于向量空间和网络表示集成模型的异常检测
我们提出了特征共生矩阵(ECM)方法,这是一种根据离散数据的事件序列跟踪个人,系统或网络行为的建模方法。我们的方法利用序列中事件之间的相关性来提取不同的特征。ECM方法背后的一个关键思想是将序列视为最初具有结构关系的序列化序列,并提取事件的嵌入式依赖关系。为了测试其检索性能,我们将ECM方法应用于入侵检测系统中的异常检测问题。具体来说,我们使用该方法对UNIX命令序列进行建模,并尝试检测伪装成有效用户的入侵者。实验结果表明,ECM方法为事件序列分析提供了清晰的特征模型。
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