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Enhancing Network Intrusion Detection System Method (NIDS) Using Mutual Information (RF-CIFE)

机译:使用相互信息(RF-CIFE)增强网络入侵检测系统方法(NID)

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Most modern real word activities use an Internet where network traffic is exponentially increased. The attackers try different techniques and attempts for compromising and make unauthorized access to the network traffic of various network aspects. Intrusion detection systems (IDSs) used to detect both known and unknown/new attacks within the network system. Now a days researchers, security experts have implemented many different algorithms and mechanisms in order to enhance security measures. In this paper, we applied Random forest (RF) combined with conditional infomax feature extraction (CIFE) named as (RF-CIFE) for improving an Intrusion detection system model. In the experiment, four classifiers used are Support Vector Machine (SVM), C5.0, Multilayer Perceptron Neural Network (MLP) and Random Forest Algorithm. The conduction performance results using KDD Cup99 dataset prove that the combination of RF-CIFE with each classifier outperforms better in term of accuracy, detection rate, precision, false alarm rate and error rate.
机译:大多数现代的真实单词活动使用网络流量是指数增强的互联网。攻击者尝试不同的技术和尝试妥协,并使未经授权访问各种网络方面的网络流量。用于检测网络系统内的已知和未知/新攻击的入侵检测系统(IDS)。现在,研究人员,安全专家已经实施了许多不同的算法和机制,以提高安全措施。在本文中,我们应用了随机森林(RF)结合了命名为(RF-CIFE)的条件InfoMax特征提取(CIFE),以改善入侵检测系统模型。在实验中,使用的四种分类器是支持向量机(SVM),C5.0,多层的Herceptron神经网络(MLP)和随机林算法。使用KDD CUP99数据集的传导性能结果证明了RF-CICE的组合在精度,检测率,精度,误报率和错误率的术语方面具有更好的效果更好。

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