Managing Cultural Heritage With Integrated Services Platform

Apollonio, Fabrizio Ivan; Gaiani, Marco; Bertacchi, Silvia

doi:10.5194/isprs-archives-xlii-2-w11-91-2019

Cited by 14 publications

(10 citation statements)

References 35 publications

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“…As future work, we plan to investigate additional algorithms, and in order to ensure a more general applicability of the results we expect to replicate the experiment on a larger number of case studies and the implementation of well-known blind methods to assess the reliability and stability of the results achieved. Another future development could be to integrate our method with some recent experiences and advanced strands of research that are trying to overcome some of the limitations of documentation, offering web-based solutions/platforms able to perform the operations of survey (mapping) of conservation, restoration and preservation in a single environment/system; also by exploiting three-dimensional models [ 47 , 48 , 49 , 50 ].…”

Section: Discussionmentioning

confidence: 99%

Analysis of Diagnostic Images of Artworks and Feature Extraction: Design of a Methodology

et al. 2021

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Digital images represent the primary tool for diagnostics and documentation of the state of preservation of artifacts. Today the interpretive filters that allow one to characterize information and communicate it are extremely subjective. Our research goal is to study a quantitative analysis methodology to facilitate and semi-automate the recognition and polygonization of areas corresponding to the characteristics searched. To this end, several algorithms have been tested that allow for separating the characteristics and creating binary masks to be statistically analyzed and polygonized. Since our methodology aims to offer a conservator-restorer model to obtain useful graphic documentation in a short time that is usable for design and statistical purposes, this process has been implemented in a single Geographic Information Systems (GIS) application.

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Section: Discussionmentioning

confidence: 99%

Analysis of Diagnostic Images of Artworks and Feature Extraction: Design of a Methodology

et al. 2021

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“…n. 36/2023). Collaboration between specialists from different disciplines (architects, engineers, restorers, archaeologists, diagnosticians, historians, humanists) has extended the required interoperability limits to documentation systems, managing a complex and diverse set of digital heritage objects of different types and formats and which are increasingly supported by 3D visual interfaces that decompose artefacts into meaningful elements through the use of vocabularies, thesauri or ontologies, structuring terms and concepts related to specific knowledge areas (DHRs_Digital Heritage Resources, DLS_Digital Library System, HeritageBIM, ExistentBIM, MuseumBIM, ArchaeoBIM); these advances have been accompanied by a remarkable proliferation of digital data formats and standards to meet the needs of preservation, exchange, retrieval and presentation of data on different platforms (Al-Barakati et al, 2014;Ramos and Remondino 2015;Manuel et al 2019;Tucci et al, 2019;Apollonio et al, 2019;Adamopoulos and Rinaudo, 2019;Ferretti et al, 2022;Gaiani et al, 2021;Scandurra and di Luggo, 2023;Lanzara and Scandurra, 2023).…”

Section: Introductionmentioning

confidence: 99%

bSDD FOR ARTWORKS IN HBIM OPEN AND STANDARD-ORIENTED DOCUMENTATION

Scandurra,

Lanzara,

Improta

et al. 2024

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

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Abstract. This contribution shows part of a research activity aimed at supporting data documentation related to artworks and decorative apparatuses that characterize the architectural heritage using bSDD as a methodological tool. The proposal approach aims to provide specific information in SCAN-to-BIM processes, implementing HBIM models of decorative apparatuses or artworks with data on the state of conservation and morphological-structural composition according to the material of each component of the system (Lanzara and Scandurra, 2023). The main goal of this activity is the creation of open and detailed information models shareable and consultable via IFC exchange format (ISO 16739:2018), supporting conservation, prevention, maintenance and restoration of historical-artistic heritage. The use of codes, manuals, vocabularies and thesauri, and the multidisciplinary knowledge of specialists, shared within the theoretical and operational framework of the restoration and conservation of cultural heritage, informally contribute to supplement existing codes and to implement/define new datasets for information about deficient and not codified conservation states for specific materials. The structuring of the Data Dictionary is supported by ACCA software's usBIM.bSDD application, accessible via a collaborative web-based platform (Scandurra and di Luggo, 2023). According to the proposed workflow, shared terms and definitions can be integrated within the graphic model of the manufacts and structured within a CDE – Common Data Environment. The system, which has already been tested in the context of historical architecture, is currently being tested on movable and immovable decorative apparatuses and artworks, selected for their constituent materials and compositional complexity. This contribution presents the experimentation on the decorative apparatus of the major altar of the Church of Santa Maria di Costantinopoli in Naples.

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“…Heritage conservation deals with reliable documentation and digital technologies. In this sense, heritage building preservation requires maintenance and conservation interventions involving multidisciplinary teams, such as architects, engineers, archaeologists, requiring collaboration between different specialists [1][2][3][4]. The challenge is to generate multi-layer information and documentation over the life cycle of the historical construction to allow future interventions.…”

Section: Introduction 1bim and Historical Heritagementioning

confidence: 99%

Semi-automatic scan-to-BIM procedure applied to architectural ornaments of Nossa Senhora do Rosário Church, Aracati-CE

Vieira,

Gonçalves,

Silva

et al. 2024

Preprint

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Heritage constructions in general presents a complex geometry and shapes. The work of generating an accurate digital model of a historical building still a challenge. Heritage Building Information Modelling (HBIM) from point cloud data is a usual methodology to cultural heritage documentation. Scan-to-BIM summarize a workflow from point cloud survey to parametric BIM elements. This paper aims to develop a semi-automatic scan-to-BIM procedure for architectural ornaments of Nossa Senhora do Rosario Church, enhancing the geometrical accuracy of the model and reducing the time-consuming process. The workflow handles with point cloud capture of existing historical building, point cloud segmentation, initial mesh generation from point cloud, mesh improvement and HBIM parametric object creation in BIM environment. The results from initial application and then from the validation of the methodology indicates that the scan-to-BIM procedure is useful for HBIM modelling.

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Managing Cultural Heritage With Integrated Services Platform

Cited by 14 publications

References 35 publications

Analysis of Diagnostic Images of Artworks and Feature Extraction: Design of a Methodology

Analysis of Diagnostic Images of Artworks and Feature Extraction: Design of a Methodology

bSDD FOR ARTWORKS IN HBIM OPEN AND STANDARD-ORIENTED DOCUMENTATION

Semi-automatic scan-to-BIM procedure applied to architectural ornaments of Nossa Senhora do Rosário Church, Aracati-CE

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