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Abnormal Network Traffic Detection Using Support Vector Data Description

机译:使用支持向量数据描述异常网络流量检测

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Outlier detection also popularly known as anomaly detection is the process of recognizing whether the given data is normal or abnormal. Some of the applications of this outlier detection are: network intrusion detection, fraud detection, database cleaning, etc.; In most situations, there is scarcity of abnormal data where as plenty of normal data is available. This is the biggest challenge of novelty detection. The characteristics of abnormal or outlier data are often unknown beforehand. Density estimation methods can be used for novelty detection tasks. These methods work only when the assumed data distribution is same as the underlying data distribution which may not be known in advance. C-SVDD and v-SVDD are used for novelty detection tasks in our experiments. Experiments are performed on a toy data set of bivariate and overlapping classes and real-time multivariate data. Different kernels are also used for experimental studies. All experiments shows that RBF (Gaussian) kernel gives better performance than the other types of kernels. Experimental results on both artificial and real-world data are reported to illustrate the promising performance of outlier data detection.
机译:异常值检测也普遍称为异常检测是识别给定数据是否正常或异常的过程。这个异常检测的一些应用是:网络入侵检测,欺诈检测,数据库清洁等;在大多数情况下,存在缺乏异常数据,其中有很多正常数据可用。这是新奇检测的最大挑战。异常或异常值数据的特征通常预先未知。密度估计方法可用于新颖性检测任务。这些方法仅在假设的数据分布与可能未提前已知的底层数据分布相同时起作用。 C-SVDD和V-SVDD用于我们实验中的新奇检测任务。实验是在二抗体和重叠类的玩具数据集和实时多变量数据上进行的实验。不同的核也用于实验研究。所有实验表明,RBF(高斯)内核比其他类型的内核提供更好的性能。据报道,人工和实际数据的实验结果是说明了异常数据检测的有希望的性能。

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