In archaeology, 3D data has become ubiquitous, as researchers routinely capture high resolution photogrammetry and LiDAR models and engage in laborious 3D analysis and reconstruction projects at every scale: artifacts, buildings, and entire sites. The raw data and processed 3D models are rarely shared as their computational dependencies leave them unusable by other scholars. In this paper we outline a novel approach for cloud-based collaboration, visualization, analysis, contextualization, and archiving of multi-modal giga-resolution archaeological heritage 3D data. The Palenque 3D Archaeological Atlas builds on an open source WebGL systems that efficiently interlink, merge, present, and contextualize the Big Data collected at the ancient Maya city of Palenque, Mexico, allowing researchers and stakeholders to visualize, access, share, measure, compare, annotate, and repurpose massive complex archaeological datasets from their web-browsers.
Developing an interoperable cloud-based visualization workflow for 3D archaeological heritage data. The Palenque 3D Archaeological Atlas / Campiani, Arianna; Mcavoy, Scott; Lercari, Nicola; LIENDO STUARDO, Rodrigo; Jiménez Delgado, Gerardo; López Mejía, Javier; Rissolo, Dominique; Kuester, Falko. - In: DIGITAL APPLICATIONS IN ARCHAEOLOGY AND CULTURAL HERITAGE. - ISSN 2212-0548. - 31:(2023), pp. 1-17. [10.1016/j.daach.2023.e00293]
Developing an interoperable cloud-based visualization workflow for 3D archaeological heritage data. The Palenque 3D Archaeological Atlas
Arianna Campiani
Primo
Writing – Original Draft Preparation
;Rodrigo Liendo StuardoProject Administration
;Dominique RissoloPenultimo
Supervision
;
2023
Abstract
In archaeology, 3D data has become ubiquitous, as researchers routinely capture high resolution photogrammetry and LiDAR models and engage in laborious 3D analysis and reconstruction projects at every scale: artifacts, buildings, and entire sites. The raw data and processed 3D models are rarely shared as their computational dependencies leave them unusable by other scholars. In this paper we outline a novel approach for cloud-based collaboration, visualization, analysis, contextualization, and archiving of multi-modal giga-resolution archaeological heritage 3D data. The Palenque 3D Archaeological Atlas builds on an open source WebGL systems that efficiently interlink, merge, present, and contextualize the Big Data collected at the ancient Maya city of Palenque, Mexico, allowing researchers and stakeholders to visualize, access, share, measure, compare, annotate, and repurpose massive complex archaeological datasets from their web-browsers.File | Dimensione | Formato | |
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Campiani_Developing an interoperable cloud-based visualization workflow for 3D archaeological heritage data_2023.pdf
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