3rd International ICSTConference on Wireless Internet

Research Article

Traffic Analysis of Mobile Broadband Networks

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  • @INPROCEEDINGS{10.4108/wicon.2007.2157,
        author={Geza Szabo and Daniel Orincsay and Balazs Peter Gero and Sandor Gyori and Tamas Borsos},
        title={Traffic Analysis of Mobile Broadband Networks},
        proceedings={3rd International ICSTConference on Wireless Internet},
        proceedings_a={WICON},
        year={2010},
        month={5},
        keywords={},
        doi={10.4108/wicon.2007.2157}
    }
    
  • Geza Szabo
    Daniel Orincsay
    Balazs Peter Gero
    Sandor Gyori
    Tamas Borsos
    Year: 2010
    Traffic Analysis of Mobile Broadband Networks
    WICON
    ICST
    DOI: 10.4108/wicon.2007.2157
Geza Szabo1,*, Daniel Orincsay1,*, Balazs Peter Gero1,*, Sandor Gyori1,*, Tamas Borsos1,*
  • 1: TrafficLab, Ericsson Research, Budapest, Hungary
*Contact email: geza.szabo@ericsson.com, daniel.orincsa@ericsson.com, gero.balazs.peter@ericsson.com, gyori.sandor@ericsson.com, tamas.borsos@ericsson.com

Abstract

Detailed knowledge about the traffic mixture is essential for network operators and administrators, as it is a key input for numerous network management activities. Several traffic classification approaches co-exist in the literature, but none of them performs well for all different application traffic types present in the Internet. In this study we compare and benchmark the currently known traffic classification methods on network traces captured in an operational 3G mobile network. Utilizing the experiences about the strengths and weaknesses of the existing approaches, a novel combined method is proposed aiming at improving the completeness and accuracy of classification. The novel method is based on a complex decision mechanism, which can provide appropriate identification for each different application type. As a main contribution, with the help of the new method it is shown that applications previously used only in fixed access networks may appear in mobile broadband environment.