Use of close-range photogrammetry and UAV in documentation of architecture monuments

Wojciechowska, Gabriela; Łuczak, Jakub

doi:10.1051/e3sconf/20187100017

Cited by 8 publications

(5 citation statements)

References 4 publications

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“…Photogrammetric solutions currently available on the market enable the creation of fully usable 3D models that can be applied, among other things, in the preparation of conservation documentation, and protection of cultural heritage [Wojciechowska and Łuczak 2018]. Thanks to the use of UAV, it is possible to safely penetrate high roofs or hard-to-reach places, which is also very useful during inventory of open-cast mines or archaeological sites [Austin 2010].…”

Section: Discussionmentioning

confidence: 99%

Example of historic building inventory with an application of UAV photogrammetry

Gradka¹,

Majdańska²,

Kwinta³

2019

Geomatics, Landmanagement and Landscape

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The purpose of this work was to develop data from photogrammetric flight using an UAV with a non-metric camera. Due to the specific subject of the present study, it was necessary to review the software available on the market, one that would provide the opportunity to model specific objects such as architectural structures, with satisfactory results. As a result, a 3D model of the eastern façade of the church of Saint Charles Borromeo in Wrocław was obtained. The use of UAVs for this type of measurement is an innovative method that allows quick, secure and relatively cheap data acquisition. The article presents subsequent steps in the development of non-metric photogrammetric data. The model obtained from photographs taken by the UAV was subjected to accuracy analysis using a tachymetric measurement fitted into this model. Equipping the model with georeferencing consisted in determining coordinates of characteristic points, thanks to which it was placed in the local coordinate system.

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Section: Discussionmentioning

confidence: 99%

Example of historic building inventory with an application of UAV photogrammetry

Gradka¹,

Majdańska²,

Kwinta³

2019

Geomatics, Landmanagement and Landscape

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“…Digital archiving is a crucial aspect of digital preservation, systematically constructing databases and reconstructing data by building digital models of architectural heritage which reflect the geometry, location, material degradation and alteration of the buildings [77]. For example, Crisnapati et al [78] used the volcanic eruption in Bali as a context to build a 3D digital library for the digital preservation of the architectural heritage of Besaki.…”

Section: Digital Preservationmentioning

confidence: 99%

A review of the tools and techniques used in the digital preservation of architectural heritage within disaster cycles

Li,

Du,

Yang

et al. 2023

Herit Sci

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Architectural heritage is vulnerable to disasters. Digital technologies can fight destruction and can ensure integrity by monitoring, managing and protecting architectural heritage from disasters. In this paper, we clarify the relationship between disasters, digitalization and architectural heritage conservation for the sustainability of cultural heritage. This study used the PRISMA process, and bibliometric tools VOSviewer and Citespace to explore the potential of digital technologies in the protection of architectural heritage—especially during disaster cycles, from the perspectives of both universal and typicality; the results revealed that digital twins, deep learning, and preventive conservation are currently hot topics in digital preservation research (especially that research which relates to disaster cycles). On this basis, this paper summarizes the relevant technologies involved in architectural heritage preservation from the perspective of the disaster cycle and the digital phase, and proposes three future research directions: accurate prediction of multi-disasters, automatic early warning of structural damages, and intelligent monitoring of human–computer interaction. This paper constructs a new research frame for digital preservation of architectural heritage during disasters, providing theoretical reference and practical guidance for architectural heritage conversation.

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“…In the case of determining changes in the position of points on a structure, this method ensures precision of determining the displacements at the level of a few millimetres for an object located 100 m away, wherein the ratio of photographic base to the length of the section connecting the point on the object with the camera amounts to 1:10. Development of digital image processing software increased the popularity of this measurement technique and enabled the use of non-metric cameras, also in documentation of architecture monument [10].…”

Section: Close-range Photogrammetrymentioning

confidence: 99%

Modern geodetic techniques in the monitoring of historic buildings

2019

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Historic buildings constitute a valuable cultural heritage, and at the same time due to the passage of time, they are exposed to a number of adverse factors. In order to preserve them in a non-deteriorated condition, it is necessary to provide comprehensive control of technical condition for these historic buildings, including regular geodetic measurements. This works includes a brief characterisation of the modern measurement techniques, as well as the presentation of possibilities of using the selected techniques for two historic buildings. The first one is the XIII-century cathedral, for which a network for testing vertical displacements was established and an initial measurement was performed. Moreover, a horizontal geodetic control network was implemented, intended for inventory works and the results of measurements were developed, combining angular-linear observations with GNSS vectors. The second building is the XX-century water tower, for which detailed architectural documentation of external walls was prepared on the basis of terrestrial laser scanning. The performed works confirm the need for geodetic monitoring of historic buildings and confirm the effectiveness of used measurement techniques.

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Use of close-range photogrammetry and UAV in documentation of architecture monuments

Cited by 8 publications

References 4 publications

Example of historic building inventory with an application of UAV photogrammetry

Example of historic building inventory with an application of UAV photogrammetry

A review of the tools and techniques used in the digital preservation of architectural heritage within disaster cycles

Modern geodetic techniques in the monitoring of historic buildings

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