The paper shows the initial outcomes of the BIG_SMAART project aims to streamline the organization of infor-mation pertaining to the documentation and analysis of archaeological sites at spatial and territorial levels. By devel-oping ontologies and utilizing specialized thesauri for archaeological structures, the project contributes to the crea-tion of an information infrastructure that enhances interoperability between Geographic Information Systems (GIS) and Building Information Modeling (BIM). The research methodology leverages a multi-disciplinary approach, en-compassing data collection, semantic analysis of Roman structures, the evaluation and integration of archaeological thesauri, the identification of parametric object properties for BIM-based archaeological semantics, adherence to FAIR principles, and the pursuit of relevant standards. This paper shows the methodological framework of the pro-ject for the integration of archaeological and architectural information.
BIG_SMAART - Interoperablità BIM& GIS per la conoscenza, la gestione e la manutenzione del patrimonio archeologico / Bosco, Angela; Cera, Valeria; Fregonese, Luigi; D'Andrea, Andrea; Capone, Mara; Palomba, Daniela; Scandurra, Simona; Falcone, Marika; Rosignoli, Olga. - In: RESTAURO ARCHEOLOGICO. - ISSN 1724-9686. - 2:(2024), pp. 170-175.
BIG_SMAART - Interoperablità BIM& GIS per la conoscenza, la gestione e la manutenzione del patrimonio archeologico
Valeria CeraSecondo
;Mara Capone;Daniela Palomba;Simona Scandurra;Marika Falcone;
2024
Abstract
The paper shows the initial outcomes of the BIG_SMAART project aims to streamline the organization of infor-mation pertaining to the documentation and analysis of archaeological sites at spatial and territorial levels. By devel-oping ontologies and utilizing specialized thesauri for archaeological structures, the project contributes to the crea-tion of an information infrastructure that enhances interoperability between Geographic Information Systems (GIS) and Building Information Modeling (BIM). The research methodology leverages a multi-disciplinary approach, en-compassing data collection, semantic analysis of Roman structures, the evaluation and integration of archaeological thesauri, the identification of parametric object properties for BIM-based archaeological semantics, adherence to FAIR principles, and the pursuit of relevant standards. This paper shows the methodological framework of the pro-ject for the integration of archaeological and architectural information.| File | Dimensione | Formato | |
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