A Traffic Classification Method Based on Wavelet Spectrum of Scatter Factor and Improved K-means

Jinlong Fei, Tianpeng Wang, Xinzheng He, Yuefei Zhu

Abstract


Based on the problem that supervised machine learning requires labeled samples and fails to identify unknown traffic, the author innovatively integrates wavelet transform and K-means algorithm of unsupervised machine learning by combining the advantage of wavelet transform in solving multi-fractal network traffic and proposes a traffic identification method based on wavelet spectrum of scatter factor and improved K-means. This method represents each stream sequence with wavelet spectrum of scatter factor, which is taken as the input of clustering algorithm. The author carries out a cluster analysis with GA K-means algorithm. The experimental result suggests that this method has an obvious superiority in stability and accuracy of classification.

Keywords


traffic classification; machine learning; wavelet spectrum of scatter factor; genetic algorithm; GAK-means


DOI
10.12783/dtetr/iceta2016/7015

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