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Modeling and Analysis of Middleware Design for Streaming Power-Grid Applications
Ilge Akkaya, Yan Liu, Ian Gorton

Citation
Ilge Akkaya, Yan Liu, Ian Gorton. "Modeling and Analysis of Middleware Design for Streaming Power-Grid Applications". In Proceedings of International Middleware Conference (Middleware 2012), 3, December, 2012.

Abstract
High quality, high throughput sensor devices in the power distribution network are driving an increase in the volume and the rate of data streams available to monitor and control the power grid. Middleware support is essential to coordinate data streams with distributed power models and adapt to situations with data communication failures and errors in the sensor measurements. One challenge in designing this middleware support is scalability. In particular, the number of sensor devices and their intercommunications is a significant factor in determining temporal and functional properties of power models such as distributed state estimation. In this paper, we present our experience modeling the entire data flow from sensor devices to distributed state estimators using middleware. This model helps to analyze the middleware's behavior and its scalability in coordinating data streams.

Electronic downloads

Citation formats  
  • HTML
    Ilge Akkaya, Yan Liu, Ian Gorton. <a
    href="http://chess.eecs.berkeley.edu/pubs/938.html"
    >Modeling and Analysis of Middleware Design for Streaming
    Power-Grid Applications</a>, In Proceedings of
    International Middleware Conference (Middleware 2012), 3,
    December, 2012.
  • Plain text
    Ilge Akkaya, Yan Liu, Ian Gorton. "Modeling and
    Analysis of Middleware Design for Streaming Power-Grid
    Applications". In Proceedings of International
    Middleware Conference (Middleware 2012), 3, December, 2012.
  • BibTeX
    @inproceedings{AkkayaLiuGorton12_ModelingAnalysisOfMiddlewareDesignForStreamingPowerGrid,
        author = {Ilge Akkaya and Yan Liu and Ian Gorton},
        title = {Modeling and Analysis of Middleware Design for
                  Streaming Power-Grid Applications},
        booktitle = {In Proceedings of International Middleware
                  Conference (Middleware 2012)},
        day = {3},
        month = {December},
        year = {2012},
        abstract = {High quality, high throughput sensor devices in
                  the power distribution network are driving an
                  increase in the volume and the rate of data
                  streams available to monitor and control the power
                  grid. Middleware support is essential to
                  coordinate data streams with distributed power
                  models and adapt to situations with data
                  communication failures and errors in the sensor
                  measurements. One challenge in designing this
                  middleware support is scalability. In particular,
                  the number of sensor devices and their
                  intercommunications is a significant factor in
                  determining temporal and functional properties of
                  power models such as distributed state estimation.
                  In this paper, we present our experience modeling
                  the entire data flow from sensor devices to
                  distributed state estimators using middleware.
                  This model helps to analyze the middleware's
                  behavior and its scalability in coordinating data
                  streams.},
        URL = {http://chess.eecs.berkeley.edu/pubs/938.html}
    }
    

Posted by Ilge Akkaya on 20 Sep 2012.
Groups: ptolemy
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