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Improving the Particle Swarm Algorithm and Optimizing the Network Intrusion Detection of Neural Network

机译:改进粒子群算法并优化神经网络的网络入侵检测

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According to the connections between the feature subset and RBF neural network parameter, in order to improve the accuracy rate of intrusion detection, a network intrusion detection model ( IPSO-BPNN ) improving the article swarm and optimizing the neural network is put forward. Take the network feature subset and RBF neural network parameter as a particle, and discover the optimum network feature subset and RBF neural network parameter through the coordination and information exchange between particles to establish the optimum network intrusion detection model, and adopt KDD Cup99 data set to perform the simulation experiment. The results of simulation experiment show that, IPSO-RBF neural network reduces the feature dimensions, and obtains better RBF neural network parameter, which is a network intrusion detection model of high detection accuracy rate and speed.
机译:根据特征子集与RBF神经网络参数之间的联系,为提高入侵检测的准确率,提出了一种改进文章群,优化神经网络的网络入侵检测模型(IPSO-BPNN)。以网络特征子集和RBF神经网络参数为粒子,通过粒子间的协调和信息交换发现最优的网络特征子集和RBF神经网络参数,建立最优的网络入侵检测模型,并采用KDD Cup99数据集进行模拟实验。仿真实验结果表明,IPSO-RBF神经网络减小了特征量,获得了更好的RBF神经网络参数,是一种具有较高的检测准确率和速度的网络入侵检测模型。

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