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Bibliography Details

A. Soule, K. Salamatian, N. Taft, R. Emilion, and K. Papagiannaki, "Flow Classification by Histograms or How to Go on Safari in the Internet", in ACM SIGMETRICS 2004, Jun 2004.

Flow Classification by Histograms or How to Go on Safari in the Internet
Authors: A. Soule
K. Salamatian
N. Taft
R. Emilion
K. Papagiannaki
Published: ACM SIGMETRICS, 2004
Entry Dates: 2009-02-11
Abstract: In order to control and manage highly aggregated Internet traffic flows efficiently, we need to be able to categorize flows into distinct classes and to be knowledgeable about the different behavior of flows belonging to these classes. In this paper we consider the problem of classifying BGP level prefix flows into a small set of homogeneous classes. We argue that using the entire distributional properties of flows can have significant benefits in terms of quality in the derived classification. We propose a method based on modeling flow histograms using Dirichlet Mixture Processes for random distributions. We present an inference procedure based on the Simulated Annealing Expectation Maximization algorithm that estimates all the model parameters as well as flow membership probabilities-the probability that a flow belongs to any given class. One of our key contributions is a new method for Internet flow classification. We show that our method is powerful in that it is capable of examining macroscopic flows while simultaneously making fine distinctions between different traffic classes. We demonstrate that our scheme can address issues with flows being close to class boundaries and the inherent dynamic behaviour of Internet flows.
  • datasets: collected in the core of a major Tier-1 ISP network, 44-byte header, collected on July 24, 2001 from two differect OC-12 links in the USA;
  • develop a new method for classification of Internet prefix level flows; histograms;