A dynamic Web application within an n-tier architecture: a Multi-Source Information System for end-stage renal disease.

Mohamed Ben Saïd; Ana Simonet; Didier Guillon; Christian Jacquelinet; Franck Gaspoz; Eric Dufour; Claude Mugnier; Jean Philippe Jais; Michel Simonet; Paul Landais

PubMed · 14663969

A dynamic Web application within an n-tier architecture: a Multi-Source Information System for end-stage renal disease.

Mohamed Ben Saïd·Ana Simonet·Didier Guillon·Christian Jacquelinet·Franck Gaspoz·Eric Dufour·Claude Mugnier·Jean Philippe Jais·Michel Simonet·Paul Landais

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Abstract

A Multi-Source Information System (MSIS) has been designed for the Renal Epidemiology and Information Network (REIN) dedicated to End-Stage Renal Disease. Interoperability has been considered at 4 levels: semantics, network, formats and contents. An n-tier architecture has been chosen at the network level. It is made out of a universal client, a dynamic Web server connected to a production database and to a data warehouse. The MSIS is patient-oriented, based on a regional organization. Its implementation in the context of a regional experimentation is presented with insights on the design and underlying technologies. The n-tier architecture is a robust model and flexible enough to aggregate multiple information sources and integrate modular developments. The data warehouse is dedicated to support health care decision-making.

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Data Display Database Management Systems France Humans Information Storage and Retrieval Internet Kidney Failure, Chronic Medical Informatics Applications User-Computer Interface Journal Article Research Support, Non-U.S. Gov't

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BibTeX RIS

Mohamed Ben Saïd, Ana Simonet, Didier Guillon, Christian Jacquelinet, Franck Gaspoz, Eric Dufour, Claude Mugnier, Jean Philippe Jais, Michel Simonet, Paul Landais. 2003. A dynamic Web application within an n-tier architecture: a Multi-Source Information System for end-stage renal disease.. https://pubmed.ncbi.nlm.nih.gov/14663969/

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