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SVM Based Intrusion Detection Using Nonlinear Scaling Scheme

机译:基于SVM的基于IVM的入侵检测使用非线性缩放方案

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Intrusion is one of major security issues of internet with the rapid growth in smart and Internet of Thing (IoT) devices, and it becomes important to detect attacks and set out alarm. In this paper, Support Vector Machine (SVM) with nonlinear input data scaling scheme is proposed to detect attacks, which is different than the existing linear scaling based machine learning methods. Experiments on the NSL-KDD dataset show that the performances of the proposed method are compared favorably with existing works. The detection rate from the new method is 82.2% for binary-classification, compared to 81.2% by existing Artificial Neural Networks (ANN) based works. For multi-classification, the proposed method shows similar performances of ANN. Further more, the detection rate of Denial of Service (DoS) is 86.5%, compared to 77.7% by existing ANN based works.
机译:侵入是互联网的主要安全问题之一,具有智能和物联网(IOT)设备的快速增长,并且可以检测攻击并设置警报变得重要。本文提出了具有非线性输入数据缩放方案的支持向量机(SVM)来检测攻击,这与现有的基于线性缩放的机器学习方法不同。 NSL-KDD数据集上的实验表明,该方法的性能与现有的作品有利化。二进制分类的新方法的检测率为82.2%,而现有的人工神经网络(ANN)的作品为81.2%。对于多分类,所提出的方法显示了ANN的类似性能。此外,拒绝服务(DOS)的检测率为86.5%,而现有的基于ANN的作品为77.7%。

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