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|Title:||Event-Driven Architecture for Health Event Detection from Multiple Sources|
|Authors:||DENECKE Kerstin; KIRCHNER Göran; DOLOG Peter; SMRZ Pavel; LINGE Jens; BACKFRIED Gerhard; DREESMAN Johannes|
|Citation:||STUDIES IN HEALTH TECHNOLOGY AND INFORMATICS vol. 169 p. 160-164|
|Publisher:||I O S PRESS|
|Type:||Articles in periodicals and books|
|Abstract:||Early detection of potential health threats is crucial for taking actions in time. It is unclear in which information source an event is reported first and, information from various sources can be complementing. Thus, it is important to search for information in a very broad range of sources. Furthermore, real-time processing is necessary to deal with the huge amounts of incoming data in time. Event-driven architectures are designed to address such challenges. This will be shown in this paper by presenting the architecture of a public health surveillance system that follows this style. Starting from concrete user requirements and scenarios, we introduce the architecture with its components for content collection, data analysis and integration. The system will allow for the monitoring of events in real-time as well as retrospectively.|
|JRC Directorate:||Space, Security and Migration|
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