2003•International Conference on Machine Learning and ApplicationsRequires access

Robust Support Vector Machines for Anomaly Detection in Computer Security.

Wenjie Hu, Yi‐Hua Liao, V. Rao Vemuri

Open publisher page 185 citations

Abstract

Using the 1998 DARPA BSM data set collected at MIT’s Lincoln Labs to study intrusion detection systems, the performance of robust support vector machines (RVSMs) was compared with that of conventional support vector machines and nearest neighbor classifiers in separating normal usage profiles from intrusive profiles of computer programs. The results indicate the superiority of RSVMs not only in terms of high intrusion detection accuracy and low false positives but also in terms of their generalization ability in the presence of noise and running time. Keywords—Intrusion detection, computer security, robust support vector machines, noisy data.

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What this paper is about

Using the 1998 DARPA BSM data set collected at MIT’s Lincoln Labs to study intrusion detection systems, the performance of robust support vector machines (RVSMs) was compared with that of conventional support vector machines and nearest neighbor classifiers in separating normal usage profiles from intrusive profiles of computer programs. The results indicate the superiority of RSVMs not only in terms of high intrusion detection accuracy and low false positives but also in terms of their generalization ability in the presence of noise and running time. Keywords—Intrusion detection, computer security, robust support vector machines, noisy data.

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Available abstract

Using the 1998 DARPA BSM data set collected at MIT’s Lincoln Labs to study intrusion detection systems, the performance of robust support vector machines (RVSMs) was compared with that of conventional support vector machines and nearest neighbor classifiers in separating normal usage profiles from intrusive profiles of computer programs. The results indicate the superiority of RSVMs not only in terms of high intrusion detection accuracy and low false positives but also in terms of their generalization ability in the presence of noise and running time. Keywords—Intrusion detection, computer security, robust support vector machines, noisy data.

Key concepts: Support vector machine, Intrusion detection system, Anomaly detection, Computer science, False positive paradox, Generalization, Data mining, Outlier

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