Visualising Network Communications to Evaluate a Data Dissemination Method for Ubiquitous Systems

R Shannon, G Williamson, A Quigley, Patrick Nixon

    Research output: Chapter in Book/Report/Conference proceedingConference contribution

    Abstract

    Ubiquitous computing systems which include wireless devices in their networks rely on sometimes fragile ad-hoc communication channels between heterogeneous devices to operate. To maintain stability and robustness, the contextual information contained on each node present in the system needs to be disseminated between nodes, so that in the event of a node failure, the data is still available to the wider network. One approach to disseminating information around topologically unstable networks is a type of epidemic algorithm called gossiping. However, developing an effcient, resilient algorithm to operate effectively in such an environment is an ongoing challenge. We have developed a visualisation tool that supports the evaluation of gossiping methods by enabling the algorithm designer to view the visual evolution of a network of nodes, from which they can monitor the stability of information within the network. By using this tool the designer can watch as information is propagated throughout their network, and see the effects of events such as node failures, so that they can make informed changes to the design of their algorithms.
    LanguageEnglish
    Title of host publicationUnknown Host Publication
    Pages288-291
    Number of pages4
    Publication statusPublished - 2007
    EventWorkshop proceedings, UbiComp 2007 - Innsbruck, Austria
    Duration: 1 Jan 2007 → …

    Workshop

    WorkshopWorkshop proceedings, UbiComp 2007
    Period1/01/07 → …

    Fingerprint

    Telecommunication networks
    Ubiquitous computing
    Visualization

    Keywords

    • n/a

    Cite this

    Shannon, R., Williamson, G., Quigley, A., & Nixon, P. (2007). Visualising Network Communications to Evaluate a Data Dissemination Method for Ubiquitous Systems. In Unknown Host Publication (pp. 288-291)
    Shannon, R ; Williamson, G ; Quigley, A ; Nixon, Patrick. / Visualising Network Communications to Evaluate a Data Dissemination Method for Ubiquitous Systems. Unknown Host Publication. 2007. pp. 288-291
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    Shannon, R, Williamson, G, Quigley, A & Nixon, P 2007, Visualising Network Communications to Evaluate a Data Dissemination Method for Ubiquitous Systems. in Unknown Host Publication. pp. 288-291, Workshop proceedings, UbiComp 2007, 1/01/07.

    Visualising Network Communications to Evaluate a Data Dissemination Method for Ubiquitous Systems. / Shannon, R; Williamson, G; Quigley, A; Nixon, Patrick.

    Unknown Host Publication. 2007. p. 288-291.

    Research output: Chapter in Book/Report/Conference proceedingConference contribution

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    AB - Ubiquitous computing systems which include wireless devices in their networks rely on sometimes fragile ad-hoc communication channels between heterogeneous devices to operate. To maintain stability and robustness, the contextual information contained on each node present in the system needs to be disseminated between nodes, so that in the event of a node failure, the data is still available to the wider network. One approach to disseminating information around topologically unstable networks is a type of epidemic algorithm called gossiping. However, developing an effcient, resilient algorithm to operate effectively in such an environment is an ongoing challenge. We have developed a visualisation tool that supports the evaluation of gossiping methods by enabling the algorithm designer to view the visual evolution of a network of nodes, from which they can monitor the stability of information within the network. By using this tool the designer can watch as information is propagated throughout their network, and see the effects of events such as node failures, so that they can make informed changes to the design of their algorithms.

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    Shannon R, Williamson G, Quigley A, Nixon P. Visualising Network Communications to Evaluate a Data Dissemination Method for Ubiquitous Systems. In Unknown Host Publication. 2007. p. 288-291