HBIM Meta-Modelling: 50 (and More) Shades of Grey

Attenni, Martina; Bianchini, Carlo; Griffo, Marika; Senatore, Luca James

doi:10.3390/ijgi11090468

Cited by 3 publications

(1 citation statement)

References 28 publications

(29 reference statements)

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“…And while most of them are presenting impressive approaches and results, there are not considered particularly helpful in the endeavour presented here. Nevertheless (Bianchini and Potestà, 2021) and (Attenni, 2018;Attenni et al, 2022) was of particular help grasping the boundaries and implications of applying BIM models for heritage documentation.…”

Section: Literaturementioning

confidence: 99%

Survey Tool Alignment for Real-Time Mixed Reality Information Model Interaction in Heritage Recording

Stampfer¹

2023

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

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Abstract. While heritage documentation today is largely based on three-dimensional models as key element, the easy access to tools for creating such models as well as quick and easier to use workflows lead to a stark increase in data creation while being followed by less structured and standardized methodology. Increasingly information models are applied to structure all available data regarding an object and reference it within a digital twin of the physical object. Nevertheless, various approaches reviewed all show a process of information model creating as post-processing task, undoubtedly leading to parallel systems of captured data, and disseminated data.The following research proposes to encounter the mentioned issues by developing a strongly interwoven integrative building documentation workflow with including GNSS-RTK based survey and augmented reality tools, to start compiling coordinate-based information models right on site during the first acquirement of data. As much data as possible should be included into this process, covering geometry, visual observations, and semantic information. Making data available right after inclusion into the information model should then allow to give real-time feedback on all data available (old and new) right on site or remotely within a web-platform, virtual reality interface or else. Detaching the work of curating and information model from a manual processing step, but rather being able to link information through their position right at the time of origin, would allow models to be created, enhanced, and expanded collaboratively further giving them a fourth dimension of time and collective knowledge.

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Section: Literaturementioning

confidence: 99%

Survey Tool Alignment for Real-Time Mixed Reality Information Model Interaction in Heritage Recording

Stampfer¹

2023

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

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A computational design workflow towards a comprehensive digitization of historic buildings

Dimitriou,

Kontovourkis

2024

Journal of Archaeological Science: Reports

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Narrating Ancient Roman Heritage through Drawings and Digital Architectural Representation: From Historical Archives, UAV and LIDAR to Virtual-Visual Storytelling and HBIM Projects

Banfi

Roascio²,

Mandelli

et al. 2023

Drones

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One of the main objectives of today’s archaeological sites and museums is the development of research, understood as the interpretation and contextualisation of tangible and intangible cultural heritage to broaden the knowledge and accessibility of archaeological parks often unknown to visitors and the public on a large scale. In this perspective, the Appia Antica Archaeological Park aims to support research in digitising infrastructures and archaeological contexts of high historical and cultural value to plan short- and medium-term preservation and maintenance projects. In this context, unmanned aerial vehicles (UAVs) are tools with enormous potential in survey, inspection and digitisation, providing the basis for the subsequent phases of data interpretation, representation and material analysis. Thanks to the photorealistic reconstruction of dense structure from motion (DSfM) in the application of structural inspections, today it is possible to intercept the geometry and material conditions of small, medium and large structures, reducing the costs of inspections, limiting the interruption of the public and providing professionals and visitors with a better volumetric understanding of the system. However, inserting information that gradually accumulates throughout the process requires advanced 3D digital representation techniques, such as HBIM (historic building information modelling), scan-to-BIM approach and interactive forms, such as virtual and augmented reality (VR-AR). For these reasons, this study summarises the experience and lessons learned from the UAV inspection of three research case studies at archaeological, architectural, and infrastructure scales to increase awareness of the Roman-built heritage.

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HBIM Meta-Modelling: 50 (and More) Shades of Grey

Cited by 3 publications

References 28 publications

Survey Tool Alignment for Real-Time Mixed Reality Information Model Interaction in Heritage Recording

Survey Tool Alignment for Real-Time Mixed Reality Information Model Interaction in Heritage Recording

A computational design workflow towards a comprehensive digitization of historic buildings

Narrating Ancient Roman Heritage through Drawings and Digital Architectural Representation: From Historical Archives, UAV and LIDAR to Virtual-Visual Storytelling and HBIM Projects

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