The contents of this legacy page are no longer maintained nor supported, and are made available only for historical purposes.

Bibliography Details

G. Szabo, I. Szabo, and D. Orincasy, "Accurate Traffic Classification", in WoWMoM 2007, Jun 2007.

Accurate Traffic Classification
Authors: G. Szabo
I. Szabo
D. Orincasy
Published: WoWMoM, 2007
Entry Dates: 2009-02-13
Abstract: The analysis of network traffic can provide important information for network operators and administrators. One of the main purposts of traffic analysis is to identify the traffic mixture the network carries. A couple of different approaches have been proposed in the liberature, but nonoe of them performs well for all different application traffic types present in the Internet. Thus, a combined method that includes the advantages of different approaches is needed, in order to provide a high level of classification completeness and accuracy. According to our best knowledge, this study is the first attempt where the currently known traffic classification methods are benchmarkded on network traces captured in operational mobile networks. The pros and cons of the classification methods are analyzed, based on the experienced accuracy for different types of applications. Using the gained knowledge about the strengths and weaknesses of the existing approaches, a novel traffic classification method is proposed. The novel method is based on a complex decision mechanism, in order to provide an apropritate identification mode for each different application type. As a consequence, the ratio of the unclassifiied traffic becomes significantly lower. Further, the reliability of the classification improves, as the various methods validate the results of each other. The novel method is tested on serveral network traces, and it is shown that the proposed solution improves both the completeness and the accuracy of the traffic classification, when compared to existing methods.
  • datasets: collected in live mobile networks;
  • a combined method based on a complex decision mechanism;