The Combination of the Image and Range-Based 3d Acquisition in Archaeological and Architectural Research in the Royal Castle in Warsaw

Bocheńska, A.; Markiewicz, Jakub; Łapiński, Sławomir

doi:10.5194/isprs-archives-xlii-2-w15-177-2019

Cited by 11 publications

(5 citation statements)

References 12 publications

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“…This HBIM model allows us to see in real time the different models (mesh, points, construction phases, elements demolished or to be demolished) creating a powerful asset management tool that can serve all stakeholders [ 34 , 47 ] ( Table 4 ).…”

Section: Discussion and Resultsmentioning

confidence: 99%

Protocol Development for Point Clouds, Triangulated Meshes and Parametric Model Acquisition and Integration in an HBIM Workflow for Change Control and Management in a UNESCO’s World Heritage Site

Plata

Franco

Franco³

et al. 2021

Sensors

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This article illustrates a data acquisition methodological process based on Structure from Motion (SfM) processing confronted with terrestrial laser scanner (TLS) and integrated into a Historic Building Information Model (HBIM) for architectural Heritage’s management. This process was developed for the documentation of Cáceres’ Almohad wall bordering areas, a UNESCO World Heritage Site. The case study’s aim was the analysis, management and control of a large urban area where the urban growth had absorbed the wall, making it physically inaccessible. The methodology applied was the combination of: clouds and meshes obtained by SfM; with images acquired from Unmanned Aerial Vehicle (UAV) and Single Lens Reflex (SLR) and terrestrial photogrammetry; and finally, with clouds obtained by TLS. The outcome was a smart-high-quality three-dimensional study model of the inaccessible urban area. The final result was two-fold. On one side, there was a methodological result, a low cost and accurate smart work procedure to obtain a three-dimensional parametric HBIM model that integrates models obtained by remote sensing. On the other side, a patrimonial result involved the discovery of a XII century wall’s section, that had supposedly been lost, that was hidden among the residential buildings. The article covers the survey campaign carried out by the research team and the techniques applied.

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Section: Discussion and Resultsmentioning

confidence: 99%

Protocol Development for Point Clouds, Triangulated Meshes and Parametric Model Acquisition and Integration in an HBIM Workflow for Change Control and Management in a UNESCO’s World Heritage Site

Plata

Franco

Franco³

et al. 2021

Sensors

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“…Holistic documentation of the investigated site (Fig. 4) was obtained by adapting the method of documentation to current conditions in the course of the work, along with the possibility of data integration [25].…”

Section: Methodsmentioning

confidence: 99%

The example of applications of new digital documentation technologies on the example of archaeological research conducted at the Royal Castle in Warsaw – the critical analyse

Bocheńska¹

2022

Journal of Modern Technologies for Cultural Heritage Preservati

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Technological development does not go unnoticed in historic preservation. There is a search for new solutions and concepts by means of which the protection and management of cultural heritage would become more effective and optimal from the point of view of various stakeholder groups. This article aims to present new opportunities brought by applying modern techniques in creating documentation of architectural and archaeological research. Particular attention has been paid to the multifaceted possibilities of subsequent use of the acquired data. The example of the Royal Castle in Warsaw served as a starting point for considering a wide range of applications in various fields related to the protection of cultural heritage. Potential inventory and analytical, as well as popularisation solutions, were presented. The potential of modern technologies continues to be discovered, and their use in the protection of cultural heritage is slowly becoming an everyday reality.

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“…The cultural heritage (CH) preservation field is currently experiencing a growing demand for highresolution and high-quality 3D data in the form of point clouds. Precision 3D scanning is essential for accurately documenting the present state of an object's preservation [1]. One can infer the CH object's condition by analysing the acquired scan data.…”

Section: Introductionmentioning

confidence: 99%

Fast adaptive multimodal feature registration (FAMFR): an effective high-resolution point clouds registration workflow for cultural heritage interiors

Foryś,

Sitnik,

Markiewicz

et al. 2023

Herit Sci

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Accurate registration of 3D scans is crucial in creating precise and detailed 3D models for various applications in cultural heritage. The dataset used in this study comprised numerous point clouds collected from different rooms in the Museum of King Jan III’s Palace in Warsaw using a structured light scanner. Point clouds from three relatively small rooms at Wilanow Palace: The King’s Chinese Cabinet, The King’s Wardrobe, and The Queen’s Antecabinet exhibit intricate geometric and decorative surfaces with diverse colour and reflective properties. As a result, creating a high-resolution full 3D model require a complex and time-consuming registration process. This process often consists of several steps: data preparation, registering point clouds, final relaxation, and evaluation of the resulting model. Registering two-point clouds is the most fundamental part of this process; therefore, an effective registration workflow capable of precisely registering two-point clouds representing various cultural heritage interiors is proposed in this paper. Fast Adaptive Multimodal Feature Registration (FAMFR) workflow is based on two different handcrafted features, utilising the colour and shape of the object to accurately register point clouds with extensive surface geometry details or geometrically deficient but with rich colour decorations. Furthermore, this work emphasises the challenges associated with high-resolution point clouds registration, providing an overview of various registration techniques ranging from feature-based classic approaches to new ones based on deep learning. A comparison shows that the algorithm explicitly created for this data achieved much better results than traditional feature-based or deep learning methods by at least 35%.

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The Combination of the Image and Range-Based 3d Acquisition in Archaeological and Architectural Research in the Royal Castle in Warsaw

Cited by 11 publications

References 12 publications

Protocol Development for Point Clouds, Triangulated Meshes and Parametric Model Acquisition and Integration in an HBIM Workflow for Change Control and Management in a UNESCO’s World Heritage Site

Protocol Development for Point Clouds, Triangulated Meshes and Parametric Model Acquisition and Integration in an HBIM Workflow for Change Control and Management in a UNESCO’s World Heritage Site

The example of applications of new digital documentation technologies on the example of archaeological research conducted at the Royal Castle in Warsaw – the critical analyse

Fast adaptive multimodal feature registration (FAMFR): an effective high-resolution point clouds registration workflow for cultural heritage interiors

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