Surgical area is onne of the most critical components within the hospital system as it represents the core activity in terms of health services’ production, patients’ infections and technology management. Guaranteeing continuity of a safe and productive Operating Thecate (OT) is essential for hospitals. Post-surgery infections represent a serious issue in healthcare, where monitoring engineering parameters, related to the air system installation, is considered a proper indicator for the risk evaluation. More-over, OT clinical activity must be continuously ensured no t depending on technology failures and that activity should bee planned for the highest usage in order to amortize and reduce thee OT management costs (including fixed plus variable cost). Hence, this pappier aims to design a Decision Support System (DSS) for a sustainable web-based application which is able too support decision makers with fast and usable online reports on patient safety, productivity and technology dotation in OT.

A Decision Support System for Operating Theater in Hospitals: Improving Safety, Efficiency and Clinical Continuity / R. Miniati;G. Cecconi;F. Frosini;F. Dori;G. B. Gentili;F. Petrucci;S. Franchi;R. Gusinu. - ELETTRONICO. - (2014), pp. 1883-1886. (Intervento presentato al convegno XIII Mediterranean Conference on Medical and Biological Engineering and Computing 2013 nel 2014).

A Decision Support System for Operating Theater in Hospitals: Improving Safety, Efficiency and Clinical Continuity

MINIATI, ROBERTO;FROSINI, FRANCESCO;DORI, FABRIZIO;
2014

Abstract

Surgical area is onne of the most critical components within the hospital system as it represents the core activity in terms of health services’ production, patients’ infections and technology management. Guaranteeing continuity of a safe and productive Operating Thecate (OT) is essential for hospitals. Post-surgery infections represent a serious issue in healthcare, where monitoring engineering parameters, related to the air system installation, is considered a proper indicator for the risk evaluation. More-over, OT clinical activity must be continuously ensured no t depending on technology failures and that activity should bee planned for the highest usage in order to amortize and reduce thee OT management costs (including fixed plus variable cost). Hence, this pappier aims to design a Decision Support System (DSS) for a sustainable web-based application which is able too support decision makers with fast and usable online reports on patient safety, productivity and technology dotation in OT.
2014
XIII Mediterranean Conference on Medical and Biological Engineering and Computing 2013
XIII Mediterranean Conference on Medical and Biological Engineering and Computing 2013
2014
R. Miniati;G. Cecconi;F. Frosini;F. Dori;G. B. Gentili;F. Petrucci;S. Franchi;R. Gusinu
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/954369
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