Documentation of cultural heritage monuments with CityGML: an application for ancient theatres

Gkadolou, Eleni; Prastacos, Poulicos; Loupas, Thanos

doi:10.5194/agile-giss-1-4-2020

Cited by 5 publications

(3 citation statements)

References 10 publications

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“…The extension of the INSPIRE data model with the Protected Sites class has been proposed (Fernández-Freire et al, 2013;Chiabrando et al, 2018) to take into account historic sites and buildings. For CityGML, on the other hand (Noardo, 2018) and (Gkadolou et al 2020) developed ADEs to consider specific aspects related to building heritage management. In the field of cultural heritage, the need for multiscale approaches is particularly relevant, as is the case with "composite sites" or diffuse heritage (Bonfanti et al, 2021), where the studies require seamless focusing up and down from the geographical scale to the site scale, to the artefact scale.…”

Section: From Territorial To Urban To Architectural Scalementioning

confidence: 99%

Knowledge Representation of Built Heritage Mapping an Ad Hoc Data Model in Ogc Standards: The Case Study of Pitti Palace in Florence, Italy

Bonora

Meucci

Conti

et al. 2023

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

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Abstract. The description of a historic building can be made by considering many different aspects: stylistic, technological, formal, function-related, etc. In Architecture, as in any artistic form, intangible elements also play an essential role and are closely related to individual interpretation; therefore, achieving an objective description is challenging, and several efforts have been undertaken over time to reach the goal.Nested hierarchical or complex multi-dimensional relationship structures can be defined to represent various interrelationships between a huge variety of elements and their properties. Categorisation, standards definitions and adoptions, data modelling, etc., should come after the data collection phase to adequately support the sharing of disparate datasets and thus facilitate communication between experts in different domains and improve knowledge dissemination.The paper considers different approaches in the built heritage representation, then presents the ad hoc data model initially adopted in the Pitti Palace documentation project, where a comprehensive and highly detailed 3D digitisation project was recently carried out, and finally proposes to map it into widely adopted standard, such are CityGML and IndoorGML.

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Section: From Territorial To Urban To Architectural Scalementioning

confidence: 99%

Knowledge Representation of Built Heritage Mapping an Ad Hoc Data Model in Ogc Standards: The Case Study of Pitti Palace in Florence, Italy

Bonora

Meucci

Conti

et al. 2023

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

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“…Model kota 3D disebutkan sukses untuk proses bisnis perencanaan kota (Moser et al, 2010). Pemanfaatan lain dari model kota 3D adalah pemetaan Urban Heat Island (Ujang et al, 2018), geo-klustering 3D untuk jaringan sensor nirkabel (Azri et al, 2019), pemodelan kebisingan kota (Kumar et al, 2017) serta dokumentasi bangunan heritage (Gkadolou et al, 2020). Untuk mendapatkan data 3D dapat dilaksanakan berbagai macam survei.…”

Section: Pendahuluanunclassified

Model 3D Multi-Objek Hasil Ekstraksi Data Lidar

Mutiarasari,

Chyntia,

Kurniawan

et al. 2023

Geoid

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Pemanfaatan model kota 3D kini semakin beragam di berbagai bidang. Penelitian sebelumnya menerapkan model kota 3D antara lain untuk pemetaan Urban Heat Island, pemodelan kebisingan kota hingga dokumentasi bangunan bersejarah. Untuk memodelkan objek dalam 3D, dikenal bermacam-macam metode pengukuran. Salah satu teknologi yang saat ini dikenal cepat dan hemat biaya dalam akuisisi data 3D adalah LiDAR. Penelitian ini bertujuan untuk memanfaatkan data hasil pengukuran dengan LiDAR untuk dibuat model 3D. Akuisisi dengan teknologi LiDAR dilaksanakan di area kampus Sekolah Vokasi UGM. Hasil pengukuran adalah data point cloud, yaitu titik-titik yang persebarannya padat dan mengandung nilai x,y,z. Point cloud tersebut diklasifikasi dengan perangkat lunak Microstation v8i TerraSolid v16 dengan metode otomatis dan manual sehingga point cloud menunjukkan jenis objekobjek yang ada di area penelitian. Objek yang diklasifikasikan dalam penelitian ini adalah ground, low vegetation, medium vegetation, high vegetation dan building. Hasil klasifikasi tersebut kemudian dimodelkan menggunakan perangkat lunak yang sama, yaitu Microstation v8i TerraSolid v16. Model 3D untuk bangunan dibuat sebagai LOD 2. Ketelitian data vertikal data LiDAR dihitung berdasarkan nilai RMSE antara titik hasil pengukuran dengan GPS dengan nilai point cloud.

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“…The "INSPIRE data specification on Protected Sites-Technical Guidelines" document aims at providing a common framework for all EU countries to report homogeneous data on protected sites (CH being one category of them); however, as stated in the document itself "a simple application schema is included within the Protected Sites data specification, containing a very limited set of fundamental attributes, including geometry, identifier, name, and legal foundation date and document reference" [6] (p. VII). Other researchers have tried to build on CityGML's application domain extension (ADE) to construct specific plugins related to the 3D documentation of CH through the extension of the Building Module [7][8][9][10]. Standardization is, in any case, crucial for adopting a more universal approach to CH monitoring and effectively reducing all related costs.…”

Section: Introductionmentioning

confidence: 99%

Spatially Enabled Web Application for Urban Cultural Heritage Monitoring and Metrics Reporting for the SDGs

et al. 2021

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UNESCO and the United Nations have recently identified cultural heritage (CH) as a key enabler of sustainability by incorporating it into several Sustainable Development Goals (SDGs). Accurate and efficient reporting on CH is considered fundamental despite known limitations due to the lack of sufficient and harmonized data. This paper presents a spatially enabled web application for urban CH monitoring for the city of Thessaloniki in Northern Greece. The objective was to integrate the information provided by several independent public registries on CH into a common 2D mapping and reporting platform and to enrich it with additional data provided by other built environment agencies. An estimation of the expected cost for the structural evaluation by experts of the city’s CH assets was also implemented for SDG’s Indicator 11.4.1. The methodology involved stakeholder identification, data collection and pre-processing, field verification and documentation, calculation of Indicator 11.4.1, and the actual coding process. The application can be found online, providing useful insights and statistical information on the city’s heritage in a dashboard format. The key challenges included the lack of updated data, the existence of several individual registries, and the need for regular field inspection due to the rapidly changing urban fabric.

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Documentation of cultural heritage monuments with CityGML: an application for ancient theatres

Cited by 5 publications

References 10 publications

Knowledge Representation of Built Heritage Mapping an Ad Hoc Data Model in Ogc Standards: The Case Study of Pitti Palace in Florence, Italy

Knowledge Representation of Built Heritage Mapping an Ad Hoc Data Model in Ogc Standards: The Case Study of Pitti Palace in Florence, Italy

Model 3D Multi-Objek Hasil Ekstraksi Data Lidar

Spatially Enabled Web Application for Urban Cultural Heritage Monitoring and Metrics Reporting for the SDGs

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