From Survey to Parametric Models: HBIM Systems for Enrichment of Cultural Heritage Management

Parrinello, Sandro; Dell'Amico, Anna

doi:10.1007/978-3-030-49278-6_6

Cited by 12 publications

(5 citation statements)

References 6 publications

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“…If on the one hand the tendency is to make the digital model correspond as closely as possible to the real object, the synthesis of complexity is oriented on criteria of approximation of the form and limitation of imperfection to the advantage of standardization of the formal components of the built and easier computation and interaction with the model element. (Dell'Amico et al 2021)…”

Section: Conclusion and Final Resultsmentioning

confidence: 99%

Mobile Laser Scanner Mapping System’s for the Efficiency of the Survey and Representation Processes

Dell'Amico¹

2021

Int. Arch. Photogramm. Remote Sens. Spatial Inf. Sci.

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Abstract. The research activity aims to evaluate the Mobile Laser Scanner mapping system's effectiveness and critical issues based on simultaneous localization and mapping (SLAM) called KAARTA Stencil. The research introduces a reflection on a series of test datasets resulting from the mobile system's application in an urban context taken as a case study and aimed at the representation and 3D modeling of architectural complexes.In detail, the metric accuracy of the proposed method was evaluated through a comparative analysis of the point cloud data through the evaluation of the surface deviation of the 3D point clouds based on the SLAM system and the data of static measurement systems, more precise to evaluate the accuracy of the proposed acquisition system. For each data were specified the possibilities of representation, the type of representation scale, and the possible manipulations and extractions of 2D profiles to design and analyze architectural elements through mobile systems.The analysis involves a breakdown of the problem of representation, identifying protocols that can be applicable at different levels and scales of reading aimed at the representation and discretization of parts and elements linked together in a hierarchical or interconnected relationship, outlining their criticality and potential.

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Section: Conclusion and Final Resultsmentioning

confidence: 99%

Mobile Laser Scanner Mapping System’s for the Efficiency of the Survey and Representation Processes

Dell'Amico¹

2021

Int. Arch. Photogramm. Remote Sens. Spatial Inf. Sci.

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“…The methodological application of Scan-to-BIM to the Cultural Heritage field opens up a potential range of applications, allowing the integration and management data of different natures, from architectural to territorial scale. These potential applications allow the realization of tools ranging from architectural and historical analysis to urban planning and design [13]. In the architectural information models, each represented element becomes "smart" because it can contain different levels of relevant information.…”

Section: Structuring the Hbim Project From Data Surveymentioning

confidence: 99%

Traditional Architectures Along the Cultural Route of James I of Aragon in the Province of Valencia: Leveraging Laser Scanning and BIM for Heritage Management

PARRINELLO

2024

Mediterranean Architectural Heritage

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Abstract. This research explores the traditional architectures along the cultural route of James I of Aragon in the province of Valencia, with a particular focus on the implementation of Laser Scanning and Building Information Modeling (BIM) technologies for heritage management. The study centers on a prominent case study, the Almonecir Castle located in the province of Castellon, near Valencia, where a comprehensive 3D model has been constructed using BIM to showcase the castle's evolutionary stages from its Arab origins to its current state. The research highlights the benefits of adopting laser scanning and BIM technologies in heritage management, specifically in the context of the Almonecir Castle. By digitizing and preserving the architectural evolution of this significant historical site, these technologies play a crucial role in safeguarding cultural heritage and enhancing visitor experiences. Moreover, the study sheds light on the potential for widespread application of laser scanning and BIM in managing and conserving other traditional architectures along the cultural route of James I of Aragon in the province of Valencia and beyond. In conclusion, this research exemplifies the transformative impact of laser scanning and BIM technologies in preserving and interpreting historical architectural treasures. The study advocates for the integration of these advanced tools in heritage management practices, facilitating a more profound understanding and appreciation of the cultural heritage that has shaped the province of Valencia throughout its illustrious history.

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“…However, to enhance the representation quality of this survey, it is believed that, in compliance with European regulations regarding public works management, it would be appropriate to enrich the documentation with a Historical Building Information Modeling (HBIM) process. For this purpose, a project could be developed to model and parameterize the data obtained from this work [10].…”

Section: Considerationsmentioning

confidence: 99%

Integrated Digital Documentation for Conservation, the Case Study of the Torre deli Upezzinghi Called Caprona, in Vicopisano (PI) Italy

PANCANI

2024

Mediterranean Architectural Heritage

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Abstract. Located on the Rocky Promontory overlooking the town of Caprona, the Upezzinghi Tower is a 19th-century reconstruction of a watchtower that once served the ancient castle, which existed in the mid-11th century and was destroyed by the Florentines in 1433. The hill on which it stands has been gradually eroded due to stone quarrying, significantly altering the landscape around Caprona. Until the mid of the last century, the rocky promontory was still substantially intact, and the remains of the medieval fortress could be identified beneath the tower. However, at its base, the remains of the medieval tower's foundation are still visible. The structure is currently in an advanced state of architectural decay, and the extraction of stone material has been so aggressive that the quarry's limit has come within about 50 cm of the tower's profile. The small square-shaped building appears to be smaller than the one demolished in 1433 since measurements at the base of the current tower have confirmed one side to be approximately 4.50 meters, while the remains of the medieval tower had a side of about 5.00 meters. Digital surveying has been carried out for the preservation and conservation of the tower, which is in urgent need of restoration. TLS (Terrestrial Laser Scanning) and UAS (Unmanned Aerial Systems) tools were used with multiple acquisitions that were subsequently compared and calibrated, using the laser scanner point cloud as a reference. The maximum misalignment error of the TLS point cloud was within a maximum range of 0.015 meters. The delivery of the survey results, considering the modest size of the structure, was performed at a 1:20 scale.

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From Survey to Parametric Models: HBIM Systems for Enrichment of Cultural Heritage Management

Abstract: The use of general descriptive names, registered names, trademarks, service marks, etc. in this publication does not imply, even in the absence of a specific statement, that such names are exempt from the relevant protective laws and regulations and therefore free for general use.

Cited by 12 publications

References 6 publications

Mobile Laser Scanner Mapping System’s for the Efficiency of the Survey and Representation Processes

Mobile Laser Scanner Mapping System’s for the Efficiency of the Survey and Representation Processes

Traditional Architectures Along the Cultural Route of James I of Aragon in the Province of Valencia: Leveraging Laser Scanning and BIM for Heritage Management

Integrated Digital Documentation for Conservation, the Case Study of the Torre deli Upezzinghi Called Caprona, in Vicopisano (PI) Italy

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