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[[Accueil|<''Back to Welcome page / Retour à la page d'accueil>]] | [[Accueil|<''Back to Welcome page / Retour à la page d'accueil>]] | ||
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+ | ==MIRROR <small>''(Medical Resource Real-time Optimizer)''</small>== | ||
+ | *''Objectives'': | ||
+ | :The MIRROR project objective is to elaborate an intelligent software tool capable of dynamically optimizing the priority of activities and the allocation of the different critical resources (rooms, | ||
+ | diagnostics, treatment equipment,…) in a medical service. | ||
+ | The objective will be obtained through the following intermediate stages: development of a process monitoring tool to capture the relevant information about shared resources, elaboration of a graphical monitoring tool for the visualization of the flows in the facility, design of an optimization model and integration of it in offline optimization software, and finally extension towards adaptive real-time optimization solution. The role of the Faculty of CS of Namur is to model the application domain, to build a meta-model repository, to collect users'requirements and to develop components to feed the optimizer and to bridge equipment with the meta-model repository. | ||
+ | *''Results'': | ||
+ | *''Themes'': medical information system, user requirements, mapping modeling and wrapper generation | ||
+ | *''Dates'': 1012-2015 | ||
+ | *''Partners'': Faculty of CS within NARILIS Research Center, IBA, Palentiris, Mont-Godine Hospital, UCL/ICTEAM | ||
+ | *''Personnel (Faculty of CS of Namur)'': Philippe Thiran, Jean-Luc Hainaut, Anthony Cleve, Pierre-Yves Schobbens, Patrick Heymans, Claire Lobet, N | ||
+ | *''Publications'': | ||
==TimeStat <small>''(Web-based stastistics data warehouse from poor quality data sources)''</small>== | ==TimeStat <small>''(Web-based stastistics data warehouse from poor quality data sources)''</small>== |
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diagnostics, treatment equipment,…) in a medical service. The objective will be obtained through the following intermediate stages: development of a process monitoring tool to capture the relevant information about shared resources, elaboration of a graphical monitoring tool for the visualization of the flows in the facility, design of an optimization model and integration of it in offline optimization software, and finally extension towards adaptive real-time optimization solution. The role of the Faculty of CS of Namur is to model the application domain, to build a meta-model repository, to collect users'requirements and to develop components to feed the optimizer and to bridge equipment with the meta-model repository.