An intelligent neuro-genetic framework for effective intrusion detection

K. Prabha, N. Jeyanthi
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Abstract

In this paper, a new intelligent neuro-genetic framework is proposed for detecting the intruders in networks by analysing their behaviour. For this purpose, a new genetic algorithm based feature selection algorithm (GAFSA) and a neuro-genetic fuzzy classification algorithm (NGFCA) have been proposed in this paper which are used to identify the malicious users through classification of user behaviours. The main advantage of this proposed framework is that it reduces the attacks by identifying the intruders with high accuracy and reduced false positive rate. This work has been tested through simulations and also using bench mark dataset for analysing the performance of the proposed algorithms. From the experiments conducted in this work using full features and selected features by applying the proposed classification algorithm, it is proved that the proposed framework detects the intruders more accurately and reduces the attacks leading to increase in packet delivery ratio and reduction in delay.
一种有效入侵检测的智能神经遗传框架
本文提出了一种新的智能神经遗传框架,通过分析网络入侵者的行为来检测网络中的入侵者。为此,本文提出了一种新的基于遗传算法的特征选择算法(GAFSA)和神经遗传模糊分类算法(NGFCA),通过对用户行为的分类来识别恶意用户。该框架的主要优点是通过高精度识别入侵者和降低误报率来减少攻击。这项工作已经通过模拟和使用基准数据集来分析所提出算法的性能进行了测试。通过采用本文提出的分类算法对全特征和选择特征进行的实验,证明了本文提出的框架能够更准确地检测入侵者,减少攻击,从而提高了数据包的投递率,降低了延迟。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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