This research, winning project of a Smart Cities and Community competition, aims at defining procedural and operational models for the implementation of a maintenance system through integrated strategies of survey, monitoring, diagnostics and technologies on protection, conservation and enhancement of historical heritage. The contribution is an experimentation on some architectures in Matera with the possibility of an application to other building systems characterized by similar historical and environmental conditions. The research is aimed at increasing maintenance process by assisting the activity of the expert component in organic and inorganic chemistry with new materials suitable for the purposes set by the project through tests in laboratory and on real artifacts. Heritage conservation requires development of innovative, long-lasting and cost-effective preventive protection strategies, enhancing Smart capability of the system. It is fundamental the drafting a maintenance project as continuous knowledge of acquired data and management on the building conditions, on the environmental context, from its construction to its transformative and maintenance phases over time. One of the scientific challenges is the development of integrated processes of multi-platform sensor data with different multidisiplinary spatial resolutions, that allow studies of complex environmental processes in an innovative way. Smart sharing of the project will new tools also with the integration of different technologies (ICT, sensors, remote sensing, cloud computing, web-sensors).
SMART CITIES E COMUNITÀ DI SAPERI. STRATEGIE PER LA CONSERVAZIONE, MONITORAGGIO DEL PATRIMONIO E PROCESSI DI PROGETTAZIONE E MANUTENZIONE PROGRAMMATA
Antonella GUIDA
Membro del Collaboration Group
;Antonio CONTE
Membro del Collaboration Group
2018-01-01
Abstract
This research, winning project of a Smart Cities and Community competition, aims at defining procedural and operational models for the implementation of a maintenance system through integrated strategies of survey, monitoring, diagnostics and technologies on protection, conservation and enhancement of historical heritage. The contribution is an experimentation on some architectures in Matera with the possibility of an application to other building systems characterized by similar historical and environmental conditions. The research is aimed at increasing maintenance process by assisting the activity of the expert component in organic and inorganic chemistry with new materials suitable for the purposes set by the project through tests in laboratory and on real artifacts. Heritage conservation requires development of innovative, long-lasting and cost-effective preventive protection strategies, enhancing Smart capability of the system. It is fundamental the drafting a maintenance project as continuous knowledge of acquired data and management on the building conditions, on the environmental context, from its construction to its transformative and maintenance phases over time. One of the scientific challenges is the development of integrated processes of multi-platform sensor data with different multidisiplinary spatial resolutions, that allow studies of complex environmental processes in an innovative way. Smart sharing of the project will new tools also with the integration of different technologies (ICT, sensors, remote sensing, cloud computing, web-sensors).File | Dimensione | Formato | |
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