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Neural Network Ensembles for Intrusion Detection

机译:用于入侵检测的神经网络集合

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摘要

The major problem of existing models is recognition of new attacks, low accuracy, detection time and system adaptability. In this paper the method of recognition of attack class on the basis of the analysis of the network traffic is described. Our first approach is based on combination principal component analysis (PCA) neural networks and multilayer perceptrons (MLP). The second approach performs recognition of a class of attack by means of the cumulative classifier with nonlinear recirculation neural networks (RNN) as private detectors. The proposed approaches are tested using KDD-99 dataset. The experimental results demonstrate that the designed models are promising in terms of accuracy and computational time for real world intrusion detection.
机译:现有模型的主要问题是识别新的攻击,低精度,检测时间和系统适应性。在本文中,描述了基于网络流量分析的攻击类别的方法。我们的第一种方法是基于组合主成分分析(PCA)神经网络和多层感知(MLP)。第二种方法通过具有非线性再循环神经网络(RNN)作为私人探测器的累积分类器来识别一类攻击。使用KDD-99数据集进行建议的方法。实验结果表明,设计的模型在真实世界入侵检测的准确性和计算时间方面具有很强的意见。

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