System Design Model for Versatile Outbreak Surveillance | Zendy

Hervé Chaudet | Zendy; François Delon | Zendy; Gaëtan Texier | Zendy; Jean-Baptiste Meynard | Zendy; Liliane Pellegrin | Zendy; Xavier Deparis | Zendy

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System Design Model for Versatile Outbreak Surveillance

Author(s) -

Hervé Chaudet,

François Delon,

Gaëtan Texier,

Jean-Baptiste Meynard,

Liliane Pellegrin,

Xavier Deparis

Publication year - 2014

Publication title -

online journal of public health informatics

Language(s) - English

Resource type - Journals

ISSN - 1947-2579

DOI - 10.5210/ojphi.v6i1.5175

Subject(s) - computer science , population , data science , computer security , medicine , environmental health

Unlike usual surveillance systems, the ASTER system must provide a unified monitoring of several military populations exposed to different biological and chemical threats, and the surveillance of each population must be tailored to meet its specific risk profile. For coping with these requirements, we have developed a formal surveillance system model we have used for designing the system architecture and the webservices collaborations. The system currently covers populations in desertic areas as well as in Amazonian Forest. This versatility allowed a quick and easy system tailoring for the recent French Deployments in Jordanian Refugees Camps or in Mali.

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