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Biosecure 2008 (2008)

Purnamrita Sarkar, Lujie Chen, and Artur Dubrawski

Abstract

Salmonella is among the most common food borne illnesses which may result from consumption of contaminated products. In this paper we model the co-occurrence data between USDA-controlled food processing establishments and various strains of Salmonella (serotypes) as a network which evolves over time. We apply a latent space model
originally developed for dynamic analysis of social networks to predict the future link structure of the graph. Experimental results indicate predictive utility of analyzing establishments as a network of interconnected entities as opposed to modeling their risk independently of each other. The model can be used to predict occurrences of a particular strain of Salmonella in the future. That could potentially aid in proactive monitoring of establishments at risk, allowing for early intervention and mitigation of adverse consequences to public health.

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Approximate BibTeX Entry

@inproceedings{SarkarChenDubrawski208,
    Year = {2008},
    Volume = {LNCS 5354},
    Pages = {56?63},
    Publisher = {Springer-Verlag},
    Address = {Berlin, Heidelberg},
    Booktitle = {BioSecure 2008},
    Editor = {D. Zeng et al.},
    Title = {Biosecure 2008}
}