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An effective model for anomaly IDS to improve the efficiency

机译:有效的IDS异常模型以提高效率

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摘要

We all know that the information passed through internet is in terms of packets. The alerts produced by all the existing intrusion detection systems are false alerts which can cause to decrease the efficiency and the accuracy is also low. The alerts generated by all the existing intrusion detection systems are isolated alerts and they will focuses on low-level attacks. So in this research paper diverse data mining techniques are used to reduce false alarm rate in intrusion detection system and for improving its' efficiency. The techniques which are used here are K-Nearest Neighbor, K-Means and Decision Table Majority rule based. This research operates on the KDD'99 dataset for diverse invasion recognition systems. In this paper we first apply the grouping on the KDD'99 dataset then it can be classified into four categories as U2R, R2L, DoS and Probe. The important goal of this paper is to decrease the false positive rate of IDS and attempt to improve its efficiency.
机译:我们都知道,通过互联网传递的信息是基于数据包的。现有的所有入侵检测系统产生的警报都是虚假警报,会导致效率降低,准确性也很低。现有的所有入侵检测系统生成的警报都是孤立的警报,它们将专注于低级攻击。因此,本文采用多种数据挖掘技术来降低入侵检测系统的误报率并提高其效率。此处使用的技术是基于K最近邻,K均值和决策表多数规则的。这项研究基于KDD'99数据集进行了多种入侵识别系统。在本文中,我们首先将分组应用于KDD'99数据集,然后将其分为四类:U2R,R2L,DoS和Probe。本文的重要目标是降低IDS的误报率,并试图提高IDS的效率。

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