Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
MAIA: Mappatura Amianto con tecniche GIS e di Intelligenza Artificiale
In 2013 Arpa Piemonte launched a first mapping of buildings potentially containing asbestos cement that identified over 120.000 roofs in the most densely populated areas of Regione Piemonte. The map was based on supervised image classification techniques and traditional photo interpretation. In 2020 (based on an experimental activity launched in 2019), Arpa Piemonte created and applied a model called MAIA (Mapping of Asbestos with GIS and Artificial Intelligence techniques) aimed at extending the mapping started in 2013 to the whole Piemonte area and including the monitoring of asbestos roofs transformation over time, already subjected to inspection, located in the areas analyzed in the first mapping. MAIA has identified over 26.600 new buildings on a regional scale with potential presence of asbestos and over 6.200 buildings whose roofs have undergone, potential remediation processes between 2010 and 2020. In the area already subjected to inspection, the model confirmed the presence of asbestos in over 36.400 roofs and it has identified over 4.900 cases of new potential remediation.
MAIA: Mappatura Amianto con tecniche GIS e di Intelligenza Artificiale
In 2013 Arpa Piemonte launched a first mapping of buildings potentially containing asbestos cement that identified over 120.000 roofs in the most densely populated areas of Regione Piemonte. The map was based on supervised image classification techniques and traditional photo interpretation. In 2020 (based on an experimental activity launched in 2019), Arpa Piemonte created and applied a model called MAIA (Mapping of Asbestos with GIS and Artificial Intelligence techniques) aimed at extending the mapping started in 2013 to the whole Piemonte area and including the monitoring of asbestos roofs transformation over time, already subjected to inspection, located in the areas analyzed in the first mapping. MAIA has identified over 26.600 new buildings on a regional scale with potential presence of asbestos and over 6.200 buildings whose roofs have undergone, potential remediation processes between 2010 and 2020. In the area already subjected to inspection, the model confirmed the presence of asbestos in over 36.400 roofs and it has identified over 4.900 cases of new potential remediation.
MAIA: Mappatura Amianto con tecniche GIS e di Intelligenza Artificiale
Luca Forestello (Autor:in)
2022
Aufsatz (Zeitschrift)
Elektronische Ressource
Unbekannt
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