Digital technologies draw continuously novel opportunities and potentialities in the area of the documentation of architectural and cultural heritage and deliver to the research community questions and problems associated to the differ¬ent and sometimes complementary applications, which range from protection and conservation to fruition and valorisation. This is particularly true when valuable assets are located in fragile and damaged contexts, due to particular mor¬phological and typological conditions. The use of fast and efficient surveying techniques is of¬ten the optimal solution to meet these require¬ments, as these techniques can combine the needs for documenting complex heritage with those for protecting and safeguarding opera¬tors. In particular settings, the results of rapid acquisitions made by remotely piloted vehicles or mobile technologies suffer due to inhomo¬geneous level of information and therefore, the integration of data recorded by different sensors must be well designed and carried out. The paper reports some results of the integrat¬ed survey of a complex site, located in the urban centre of Navelli, and characterized by several dwellings now ruined and compromised by the 2009 earthquake. The procedure adopted within the integrated survey of case study moves from the analysis of the methodologies employed in the scientific literature in the context of multi-scale and mul¬ti-sensors data acquisition and their integration, aligning with them. The survey was carried out via a mobile laser scanner based on SLAM tech¬nology and a Dij Mini2 drone for aerial photo¬grammetry. The integration of the two technol¬ogies was optimized by the placement of control points acquired with a GNSS-based coordinate system, which permitted to adequately docu¬ment the investigated area.

Multi-sensors acquisition for digital documentation. Application to a damaged area of Navelli village

Savini;Trizio;
2022

Abstract

Digital technologies draw continuously novel opportunities and potentialities in the area of the documentation of architectural and cultural heritage and deliver to the research community questions and problems associated to the differ¬ent and sometimes complementary applications, which range from protection and conservation to fruition and valorisation. This is particularly true when valuable assets are located in fragile and damaged contexts, due to particular mor¬phological and typological conditions. The use of fast and efficient surveying techniques is of¬ten the optimal solution to meet these require¬ments, as these techniques can combine the needs for documenting complex heritage with those for protecting and safeguarding opera¬tors. In particular settings, the results of rapid acquisitions made by remotely piloted vehicles or mobile technologies suffer due to inhomo¬geneous level of information and therefore, the integration of data recorded by different sensors must be well designed and carried out. The paper reports some results of the integrat¬ed survey of a complex site, located in the urban centre of Navelli, and characterized by several dwellings now ruined and compromised by the 2009 earthquake. The procedure adopted within the integrated survey of case study moves from the analysis of the methodologies employed in the scientific literature in the context of multi-scale and mul¬ti-sensors data acquisition and their integration, aligning with them. The survey was carried out via a mobile laser scanner based on SLAM tech¬nology and a Dij Mini2 drone for aerial photo¬grammetry. The integration of the two technol¬ogies was optimized by the placement of control points acquired with a GNSS-based coordinate system, which permitted to adequately docu¬ment the investigated area.
2022
UAV survey
SLAM technology
Integrated digital survey
Data management
Expeditious survey
File in questo prodotto:
Non ci sono file associati a questo prodotto.

I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.

Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/438462
Citazioni
  • ???jsp.display-item.citation.pmc??? ND
  • Scopus ND
  • ???jsp.display-item.citation.isi??? ND
social impact