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Long-Memory Dependence Statistical Models for DDoS Attacks Detection

机译:DDoS攻击检测的长内存依赖统计模型

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DDoS attacks detection method based on modelling the variability with the use of conditional average and variance in examined time series is proposed in this article. Variability predictions of the analyzed network traffic are realized by estimated statistical models with long-memory dependence ARFIMA, Adaptive ARFIMA, FIGARCH and Adaptive FIGARCH. We propose simple parameter estimation models with the use of maximum likelihood function. Selection of sparingly parameterized form of the models is realized by means of information criteria representing a compromise between brevity of representation and the extent of the prediction error. In the described method we propose using statistical relations between the forecasted and analyzed network traffic in order to detect abnormal behavior possibly being a result of a network attack. Performed experiments confirmed effectiveness of the analyzed method and cogency of the statistical models.
机译:本文提出了一种基于条件变化和时间序列方差建模的DDoS攻击检测方法。通过具有长内存依赖性ARFIMA,自适应ARFIMA,FIGARCH和自适应FIGARCH的估计统计模型,可以实现对分析的网络流量的可变性预测。我们提出了使用最大似然函数的简单参数估计模型。通过信息标准来选择模型的少量参数化形式,这些信息标准表示了表示的简短程度和预测误差的程度之间的折衷。在所描述的方法中,我们建议使用预测的和分析的网络流量之间的统计关系,以检测可能是网络攻击的结果的异常行为。进行的实验证实了所分析方法的有效性和统计模型的有效性。

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