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An Evaluation of Size-based Traffic Feature for Intrusion Detection



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Journal of Information System Security
Volume 3, Number 1 (2007)
Pages 1938
ISSN 1551-0123
Ming Ye — Iowa State University, USA
G. Premkumar — Iowa State University, USA
Dan Zhu — Iowa State University, USA
Information Institute Publishing, Washington DC, USA




Network attacks have become a significant threat to organizations and effective intrusion detection systems have to be developed detect these attacks before they inflict harm to the internal network infrastructure. Denial of service (DoS) and probing attacks are the most common attacks. While time-based traffic features provide information to identify attacks, size-based traffic features enhance the identification accuracy. In this study, we add a size-based feature to an existing timebased feature intrusion detection system. The system is tested on a data set that includes both normal traffic and attack traffic from different types of attacks. The results indicate that size-based feature increases the accuracy of prediction. We also used meta-classification schemes such as bagging and boosting to examine if they improve the performance. The improvement in accuracy was only marginal compared to the combined model that includes both time-based and size-based features.




Intrusion Detection, Network Security, Data Mining, Network Attacks, Induction Tree Algorithm




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