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Research on network intrusion detection security based on improved extreme learning algorithms and neural network algorithms

机译:基于改进的极限学习算法和神经网络算法的网络入侵检测安全研究

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摘要

In order to improve the ability of network fuzzy intrusion detection, a network intrusion detection method based on improved extreme learning algorithm and neural network algorithm is proposed to improve the security of the network. ARMA and other linear detection methods are used to construct the network intrusion signal model, and the nonlinear time series and chaos analysis methods are used to extract the feature of network intrusion and big data information analysis. The limit learning method is used for active detection of network intrusion; the adaptive learning method is used for iterative analysis of network intrusion detection, and the correlation characteristic decomposition method is used to improve the convergence of network intrusion detection. The fuzzy neural network algorithm is used to classify the network intrusion features to improve the intrusion detection performance. The simulation results show that this method has high accuracy and strong anti-jamming ability; it has good application value in network security.
机译:为了提高网络模糊入侵检测的能力,提出了一种基于改进的极限学习算法和神经网络算法的网络入侵检测方法来提高网络的安全性。 ARMA和其他线性检测方法用于构建网络入侵信号模型,非线性时间序列和混沌分析方法用于提取网络侵入和大数据信息分析的特征。限制学习方法用于网络侵入的主动检测;自适应学习方法用于网络入侵检测的迭代分析,并且使用相关性特性分解方法来提高网络入侵检测的收敛性。模糊神经网络算法用于对网络入侵功能进行分类以提高入侵检测性能。仿真结果表明,该方法具有高精度和强抗干扰能力;它具有良好的网络安全应用价值。

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