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首页> 外文期刊>Journal of Experimental and Theoretical Artificial Intelligence >I-AHSDT: intrusion detection using adaptive dynamic directive operative fractional lion clustering and hyperbolic secant-based decision tree classifier
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I-AHSDT: intrusion detection using adaptive dynamic directive operative fractional lion clustering and hyperbolic secant-based decision tree classifier

机译:I-AHSDT:使用自适应动态指令可操作分数阶狮子聚类和基于双曲线割线的决策树分类器进行入侵检测

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摘要

This paper proposes an effective intrusion detection method, named I-AHSDT, which is the combination of the Adaptive Dynamic Directive Operative Fractional Lion clustering (ADDOFL) and Hyperbolic Secant-based Decision Tree classifier (HSDT). The proposed HSDT classifier is based on the inverse hyperbolic secant function and it performs the two level classification to detect the intrusion, which offers robust classification performance. The experimentation is performed using the KDD Cup 1999 data, and the HCR Lab data set, and the experimental results prove that the proposed method outperforms the existing system in terms of the accuracy, which is 0.95.
机译:本文提出了一种有效的入侵检测方法,称为I-AHSDT,它是自适应动态指令可操作分数阶Lion聚类(ADDOFL)和基于双曲线基于割线的决策树分类器(HSDT)的组合。提出的HSDT分类器基于反双曲正割函数,并且执行两级分类以检测入侵,从而提供了强大的分类性能。使用KDD Cup 1999数据和HCR Lab数据集进行了实验,实验结果证明,该方法的精度为0.95,优于现有系统。

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