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  1. Chapter

    Enhancing the self-healing capability of statically protected ATM networks

    This paper presents two distinct methods of enhancing the restorability of ATM virtual path (VP) networks whereby working paths have statically assigned protection or “backup” paths. Since preplanned restorati...

    P. A. Veitch, I. Hawker, D. G. Smith in ATM Networks (1997)

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    Chapter

    Distributed Restoration

    The introduction of software managed networks based on synchronous digital hierarchy (SDH) and asynchronous transfer mode (ATM) technology will enable faster network reconfiguration, greater flexibility and im...

    D. Johnson, G. N. Brown, C. P. Botham in Modelling Future Telecommunications Systems (1996)

  3. Chapter

    Design and Performance Issues of Protection Virtual Path Networks

    This paper addresses the problem of allocating protection Virtual Path (VP) routes in an ATM network to enable rapid restoration from span or node failures. It is shown how the minimisation of one resource, sp...

    P. A. Veitch, D. G. Smith, I. Hawker in Broadband Communications (1996)

  4. Chapter

    A comparison of pre-planned routing techniques for virtual path restoration

    Network restoration techniques will be vital to ensure B-ISDN service survivability in the event of high capacity link and node failures. Reliable ATM crossconnect networks can be implemented by the strategic ...

    P. A. Deitch, D. G. Smith, I. Hawker in ATM Networks (1996)

  5. Chapter

    The Design of Survivable ATM Networks

    It is essential that broadband communication networks are survivable. Failure of links or nodes could have disastrous consequences in a very high speed network carrying large volumes of data, for the user, for...

    P. A. Veitch, D. G. Smith in Performance Modelling and Evaluation of ATM Networks (1995)