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    PHYSCOMNET

    1st International ICST Workshop on Physics Inspired Paradigms for Wireless Communications and Network

    The growing complexity of current and future wireless networks has created the need for more creative methods to analyze, model and understand them. This will hopefully lead to new ideas to describe the emergent behavior arising in large-scale, massively-distributed and highly-interacting networks …

    The growing complexity of current and future wireless networks has created the need for more creative methods to analyze, model and understand them. This will hopefully lead to new ideas to describe the emergent behavior arising in large-scale, massively-distributed and highly-interacting networks of heterogeneous wireless devices. Recently, there have been several fruitful insights and approaches inspired from the realm of the physical and mathematical sciences, including statistical mechanics, electrostatics, game theory and biology, in which intuition and analogies to paradigms from other fields have been exploited.

    This workshop aims to bring together active researchers with different backgrounds interested in understanding and modeling the basic features of large-scale networks and wireless systems

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    Editor(s): Holge Karl (University of Paderborn, Germany ) and Dirk Westhoff (NEC Netlab )
    Publisher
    IEEE
    ISBN
    978-963-9799-18-9
    Conference dates
    4th Apr 2008
    Location
    Berlin, Germany
    Appeared in EUDL
    2011-11-29

    Copyright © 2011–2025 ICST

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    • A Braess Type Paradox in Power Control Over Interference Channels

      Research Article in 1st International ICST Workshop on Physics Inspired Paradigms for Wireless Communications and Network

      Eitan Altman, Vijay Kamble, Hisao Kameda
    • A Class Of Mean Field Interaction Models for Computer and Communication Systems

      Research Article in 1st International ICST Workshop on Physics Inspired Paradigms for Wireless Communications and Network

      Michel Benaim, Jean-Yves Le Boudec
    • An Evolutionary Game approach for the design of congestion control protocols in wireless networks

      Research Article in 1st International ICST Workshop on Physics Inspired Paradigms for Wireless Communications and Network

      Eitan Altman, Rachid El-Azouzi, Yezekael Hayel, Hamidou Tembine
    • An integral formula for large random rectangular matrices and its application to analysis of linear vector channels

      Research Article in 1st International ICST Workshop on Physics Inspired Paradigms for Wireless Communications and Network

      Yoshiyuki Kabashima
    • Fat tails, long memory, maturity and ageing in open-source software projects

      Research Article in 1st International ICST Workshop on Physics Inspired Paradigms for Wireless Communications and Network

      Damien Challet, Sergi Valverde
    • Interference Reduction in CDMA Channels: A Statistical-Mechanics Approach

      Research Article in 1st International ICST Workshop on Physics Inspired Paradigms for Wireless Communications and Network

      Toshiyuki Tanaka, Kouichiro Kitagawa
    • Large System Design and Analysis of Protocols for Decode-Forward Relay Networks

      Research Article in 1st International ICST Workshop on Physics Inspired Paradigms for Wireless Communications and Network

      Laura Cottatellucci, Terence Chan, Nadia Fawaz
    • Loss Fluctuations and Temporal Correlations in Network Queues

      Research Article in 1st International ICST Workshop on Physics Inspired Paradigms for Wireless Communications and Network

      I. V. Lerner, I. V. Yurkevich, A. S. Stepanenko, C. C. Constantinou
    • Network Optimisation - A Statistical Physics Perspective

      Research Article in 1st International ICST Workshop on Physics Inspired Paradigms for Wireless Communications and Network

      K. Y. Michael Wong, David Saad, C. H. Yeung
    • Network protocol scalability via a topological Kadanoff transformation

      Research Article in 1st International ICST Workshop on Physics Inspired Paradigms for Wireless Communications and Network

      Costas Constantinou, Alexander Stepanenko
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