An emergency service is devoted to supply first aid to outpatients. Given high variability of patient arrival, it is dimensioned and ruled in order to give a quick and accurate response also in case of congestion. Due to exceptional occurrences, the amount of assistance requested may not be satisfiable by resources at disposition. For such a case, called a maxi-emergency, a suitable plan, aimed at providing further resources and letting them operate in a short time, is set up. Such a plan cannot be tested during normal activity but shall be accurately checked in order to be effective. In the paper the maxi-emergency plan of a hospital placed in the Veneto Region is simulated in detail in order to check its effectiveness in different situations. The model is built up by suitably adapting a generalized emergency service model and the adopted simulation package is MicroSaint, which showed sufficient flexibility and user friendliness.

Hospital maxi-emergency protocol testing by a double dynamics simulation model

ROMANIN JACUR, GIORGIO
2005

Abstract

An emergency service is devoted to supply first aid to outpatients. Given high variability of patient arrival, it is dimensioned and ruled in order to give a quick and accurate response also in case of congestion. Due to exceptional occurrences, the amount of assistance requested may not be satisfiable by resources at disposition. For such a case, called a maxi-emergency, a suitable plan, aimed at providing further resources and letting them operate in a short time, is set up. Such a plan cannot be tested during normal activity but shall be accurately checked in order to be effective. In the paper the maxi-emergency plan of a hospital placed in the Veneto Region is simulated in detail in order to check its effectiveness in different situations. The model is built up by suitably adapting a generalized emergency service model and the adopted simulation package is MicroSaint, which showed sufficient flexibility and user friendliness.
2005
Modelling and Simulation 2005
9789077381229
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/1472730
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