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Writing's on the wall visual archaeology techniques to elicit the historical graffiti in Saint Sophia cathedral in Kyiv 墙上的文字视觉考古技术引出了基辅圣索菲亚大教堂的历史涂鸦
Q1 Social Sciences Pub Date : 2025-12-25 DOI: 10.1016/j.daach.2025.e00493
Gunnar Almevik , Jonathan Westin
Saint Sophia Cathedral in Kyiv is a UNESCO World Heritage Site of exceptional significance, housing more than 7000 graffiti inscriptions carved over a millennium. These shallow markings, etched into frescoes and architectural elements, constitute a vast and layered source of knowledge on religious practices, language development, cultural exchange, and everyday life. In light of the ongoing war in Ukraine and the acute risk of cultural heritage loss, a Swedish–Ukrainian collaboration was initiated to digitally preserve the cathedral's inscriptions and to make them accessible for research and public dissemination.
This article presents the outcomes of a fieldwork-based, practice-led research project assessing visual archaeology techniques for documentation under conflict conditions. The project tested and refined workflows using Reflectance Transformation Imaging (RTI), Structure from Motion (SfM), and terrestrial laser scanning to capture both the spatial context and the intricate detail of the inscriptions. The challenges of working in a war zone—limited access, lighting conditions, and the sacred character of the site—necessitated significant adaptations and underscored the need for situational judgement in digitisation processes.
Stakeholder engagement played a central role in defining data needs across disciplines, from epigraphy and palaeography to conservation and art history. The project also established scalable protocols and provided training to local heritage professionals, thereby building capacity for ongoing documentation. While only 30 per cent of the graffiti surfaces have been digitised to date, the project demonstrates that quality in digital preservation is not solely a matter of technical specification, but also of contextual adaptation, stakeholder engagement, and relevance to future knowledge-making under conditions of uncertainty.
基辅的圣索菲亚大教堂被联合国教科文组织列为世界遗产,具有特殊的意义,在一千年的时间里,有7000多处涂鸦铭文。这些蚀刻在壁画和建筑元素上的浅浅的标记,构成了宗教习俗、语言发展、文化交流和日常生活的巨大而多层次的知识来源。鉴于乌克兰正在进行的战争和文化遗产流失的严重风险,瑞典和乌克兰发起了一项合作,以数字方式保存大教堂的铭文,并使其可供研究和公众传播。本文介绍了一个以实地工作为基础、以实践为主导的研究项目的结果,该项目评估了冲突条件下用于文献记录的视觉考古技术。该项目使用反射变换成像(RTI)、运动结构(SfM)和地面激光扫描来测试和改进工作流程,以捕获空间背景和碑文的复杂细节。在战区工作的挑战——有限的通道、照明条件和场地的神圣特征——需要进行重大调整,并强调了数字化过程中对情境判断的需求。利益相关者的参与在确定从金石学和古学到保护和艺术史等学科的数据需求方面发挥了核心作用。该项目还建立了可扩展的协议,并为当地遗产专业人员提供培训,从而建立了持续记录的能力。虽然到目前为止,只有30%的涂鸦表面被数字化,但该项目表明,数字保存的质量不仅仅是技术规范的问题,还与环境适应、利益相关者参与以及在不确定条件下与未来知识创造的相关性有关。
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引用次数: 0
3D reconstruction of cultural heritage sites; A case study of Patan Durbar Square 文物遗址三维重建;帕坦杜巴广场的案例研究
Q1 Social Sciences Pub Date : 2025-12-19 DOI: 10.1016/j.daach.2025.e00492
Pratik Shrestha, Sujan Kapali, Vishal Pokharel, Jyoti Tandukar, Santosh Giri, Amrit Aryal
Over time, cultural heritage sites deteriorate, making it vital to document their original state for future generations. We present an efficient system for 3D modeling and reconstruction of cultural heritage, demonstrated on Patan Durbar Square. Short video clips were captured from various angles using an iPhone 13, and individual frames were extracted to form overlapping datasets of about 900–1300 frames per site. Using COLMAP for camera pose and sparse point cloud estimation, Gaussian splatting reconstructed both geometry and appearance. However, the baseline implementation introduced artifacts and required extensive training. We therefore evaluated multiple strategies, including Splatfacto and artifact removal and segmentation methods. Combining GroundingDINO and SAM effectively removed people and birds, while Splatfacto with masking and bilateral grids produced high-quality reconstructions. The proposed pipeline enables accurate, scalable, and efficient 3D documentation of cultural heritage sites.
随着时间的推移,文化遗产会恶化,因此为后代记录它们的原始状态至关重要。我们提出了一个高效的文化遗产三维建模和重建系统,并在帕坦杜巴广场进行了演示。使用iPhone 13从不同角度捕捉短视频片段,并提取单个帧,形成每个站点约900-1300帧的重叠数据集。利用COLMAP对相机姿态和稀疏点云进行估计,高斯溅射重建几何和外观。然而,基线实现引入了工件并需要广泛的培训。因此,我们评估了多种策略,包括飞溅和工件去除和分割方法。结合GroundingDINO和SAM有效地去除人和鸟,而Splatfacto与掩蔽和双边网格产生高质量的重建。拟议的管道使文化遗产遗址的准确,可扩展和高效的3D文件。
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引用次数: 0
Reconstructing lost heritage: digital presentation of 19th century rural landscape of Gülbahçe (İzmir, Türkiye) 重建失去的遗产:19世纪g<s:1> lbah<e:1>乡村景观的数字呈现(İzmir, t<e:1> rkiye)
Q1 Social Sciences Pub Date : 2025-12-11 DOI: 10.1016/j.daach.2025.e00490
Beylem Doğa Tabur, Fatma Nurşen Kul
This study aims to provide an original methodological framework for the digital reconstruction of Gülbahçe, a historically layered settlement in western Anatolia, Türkiye, which has experienced significant transformations and heritage loss over time. Confronting the challenge of limited documentation regarding its original condition, the study employs hypothetical spatial assumption by integrating comparative typologies, oral history, architectural drawings, and environmental data to digitally reconstruct the village's 19th century spatial and cultural character. This character evolved dramatically following the 1922 population exchange and was further transformed in the 1970s through tourism-driven urban development, the establishment of a university campus, and counter-urbanisation triggered by pandemics and earthquakes. The novelty of this research lies in addressing a critical methodological gap within digital heritage studies by introducing a geometry-based reconstruction technique specifically created for data-scarce heritage contexts often excluded from approaches reliant on rich archival or photogrammetric datasets. The proposed method integrates limited data within a transparent, evidence-based process that presents both the reliability level and the interpretive assumptions behind each modelling decision. By producing a historically grounded and immersive digital environment, the approach responds to the technical and ethical challenges of representing lost heritage, reinforcing discussions on interpretive accountability, community memory, and intercultural dialogue. Ultimately, this interdisciplinary and ethically informed methodology positions digital reconstruction as both an analytical and communicative tool—an adaptable model for documenting, responsibly interpreting, and conveying heritage that has been physically lost but remembered for its cultural significance and is under threat from urbanisation or environmental change.
本研究旨在为g lbaharere的数字重建提供一个原始的方法框架,g lbaharere是安纳托利亚西部 rkiye的一个历史上分层的定居点,随着时间的推移,它经历了重大的转变和遗产损失。面对关于其原始条件的有限文献的挑战,该研究通过整合比较类型学,口述历史,建筑图纸和环境数据,采用假设的空间假设,以数字方式重建村庄的19世纪空间和文化特征。在1922年人口交换之后,这一特征发生了戏剧性的变化,并在20世纪70年代通过旅游业驱动的城市发展、大学校园的建立以及流行病和地震引发的反城市化进一步转变。本研究的新颖之处在于,通过引入一种基于几何的重建技术,解决了数字遗产研究中一个关键的方法差距,该技术专门为数据稀缺的遗产背景创建,通常被排除在依赖丰富的档案或摄影测量数据集的方法之外。所提出的方法将有限的数据集成在一个透明的、基于证据的过程中,该过程既提供了可靠性水平,也提供了每个建模决策背后的解释假设。通过创造一个以历史为基础的沉浸式数字环境,该方法应对了再现失落遗产的技术和伦理挑战,加强了对解释责任、社区记忆和跨文化对话的讨论。最终,这种跨学科的、符合伦理的方法将数字重建定位为一种分析和交流工具——一种可适应的模型,用于记录、负责任地解释和传达那些已经丢失但因其文化意义而被铭记的遗产,这些遗产正受到城市化或环境变化的威胁。
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引用次数: 0
Abrank Surp Tavit Monastery: Documenting, conserving, and rehabilitating a threatened Armenian cultural heritage site in Eastern Anatolia Abrank Surp Tavit修道院:在安纳托利亚东部记录、保护和修复一处受到威胁的亚美尼亚文化遗产
Q1 Social Sciences Pub Date : 2025-12-11 DOI: 10.1016/j.daach.2025.e00489
Ayşenur Yelda Can , Mine Esmer
Abrank Surp Tavit Monastery, situated near Üçpınar Village in Erzincan's Tercan district, Eastern Anatolia, Turkey, stands as a significant yet critically endangered example of Armenian monastic heritage. This article presents a comprehensive study based on original data from fieldwork and archival research, documenting the monastery's complex history, intricate architectural fabric, current state of preservation, and proposing conservation strategies alongside a sustainable adaptive reuse plan. Combining terrestrial laser scanning and drone-assisted photogrammetry, the research provides unprecedented detailed documentation of the partially standing cruciform church, chapel, khachkars (UNESCO-listed Armenian cross-stones), and ruined auxiliary structures. Historical analysis traces the site's evolution from a pre-Christian religious center through its foundation (traditionally attributed to St. Gregory the Illuminator), 19th-century restoration, and subsequent abandonment. The monastery faces imminent loss due to structural instability, material decay, environmental factors, and human-induced damage like looting and vandalism. Emphasizing minimal intervention and material compatibility, the conservation proposal includes structural stabilization, material consolidation, and sensitive reintegration of lost elements. Crucially, the study advocates for adaptive reuse as a “Monument Museum” and open-air exhibition, respecting the site's spiritual legacy while ensuring its preservation and accessibility. This work fills a critical gap in the conservation of Armenian heritage in Turkey and offers a model for safeguarding similar endangered sites.
Abrank Surp Tavit修道院位于土耳其东安纳托利亚Erzincan的Tercan区Üçpınar村附近,是亚美尼亚修道院遗产的重要但极度濒危的例子。本文以田野调查和档案研究的原始数据为基础,进行了全面的研究,记录了修道院复杂的历史、错综复杂的建筑结构、保护现状,并提出了保护策略和可持续的适应性再利用计划。结合地面激光扫描和无人机辅助摄影测量,这项研究提供了前所未有的详细文件,包括部分站立的十字形教堂、小教堂、哈奇卡尔(联合国教科文组织列出的亚美尼亚十字石)和被毁坏的辅助结构。历史分析追溯了该遗址的演变,从一个前基督教的宗教中心,到它的建立(传统上归因于光照者圣格雷戈里),19世纪的修复,以及随后的废弃。由于结构不稳定、材料腐烂、环境因素以及人为破坏(如抢劫和破坏),该寺庙面临着迫在眉睫的损失。强调最小的干预和材料兼容性,保护建议包括结构稳定,材料巩固和敏感的重新整合丢失的元素。最重要的是,该研究提倡适应性再利用,作为“纪念碑博物馆”和露天展览,尊重场地的精神遗产,同时确保其保存和可达性。这项工作填补了土耳其亚美尼亚遗产保护的关键空白,并为保护类似的濒危遗址提供了一个模式。
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引用次数: 0
PalaeoScope: Visualizing 72 million years of Athens via eXtended reality 古镜:通过扩展现实可视化7200万年的雅典
Q1 Social Sciences Pub Date : 2025-12-10 DOI: 10.1016/j.daach.2025.e00491
George A. Lyras , George Caridakis , Emmanuel Galanopoulos , Nikolaos Karydas , Alexandros Iakovidis , Konstantinos Paraskevopoulos , Konstantinos Gelegenis , Georgia Kotzamani , Myrsini Voulgari , George Karadimos , George Sofianopoulos , Symeon Papazoglou , Panagiotis Kaddas , Evangelia Besiou , George Kontakiotis , Anna Vaptisma , Alexia Grambas , Vasiliki Alexoudi , Assimina Antonarakou
The challenge of visualizing complex, multi-million-year historical and natural changes in an accessible, engaging, and scientifically grounded manner for a broad audience is significant. This paper introduces PalaeoScope, an innovative virtual reality platform developed to address this challenge by reconstructing the natural and cultural history of the Athens basin across six pivotal time periods. Our primary objective was to create both immersive and non-immersive VR applications that allow users to visualize key epochs: the Late Cretaceous (72 Ma), Late Miocene (7.3 Ma), Early Pleistocene (2 Ma), Early Holocene (9,000 years ago), Classical Athens (5th century B.C.), and late 19th century. Through a robust, interdisciplinary methodology leveraging advanced 3D modeling, geological, palaeontological, archaeological, and historical data, PalaeoScope reconstructs ancient ecosystems, extinct species, and historical landmarks. PalaeoScope offers a unique tool for digital storytelling, enhancing understanding of long-term environmental and urban transformations, promoting scientific transparency, and providing a reproducible framework for paleoart and historical visualization. We detail the scientific, practical, and artistic considerations involved in the creation of these reconstructions, aiming to enhance transparency and reproducibility for future digital heritage projects.
以一种通俗易懂、引人入胜、以科学为基础的方式,将复杂的、数百万年的历史和自然变化可视化,这是一项重大挑战。本文介绍了paleoscope,这是一个创新的虚拟现实平台,通过重建雅典盆地六个关键时期的自然和文化历史来解决这一挑战。我们的主要目标是创建沉浸式和非沉浸式VR应用程序,允许用户可视化关键时代:晚白垩纪(72 Ma),晚中新世(7.3 Ma),早更新世(2 Ma),早全新世(9000年前),古典雅典(公元前5世纪)和19世纪晚期。通过强大的跨学科方法,利用先进的3D建模,地质,古生物学,考古学和历史数据,PalaeoScope重建古代生态系统,灭绝物种和历史地标。PalaeoScope提供了一个独特的数字叙事工具,增强了对长期环境和城市变化的理解,促进了科学的透明度,并为古艺术和历史可视化提供了一个可复制的框架。我们详细介绍了这些重建项目所涉及的科学、实用和艺术方面的考虑,旨在提高未来数字遗产项目的透明度和可再现性。
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引用次数: 0
Unveiling the hidden stories: the impact of digital technologies in medieval Latin epigraphic field documentation 揭开隐藏的故事:数字技术对中世纪拉丁铭文现场文献的影响
Q1 Social Sciences Pub Date : 2025-12-04 DOI: 10.1016/j.daach.2025.e00488
Beatrice Luci
The study explores the use of digital technologies in field documentation and analysis of medieval Latin inscriptions and focuses on three digital methods: Photogrammetry, RTI and micro-photogrammetry. It highlights the importance of Photogrammetry for creating detailed 3D models and orthophotos to enhance the readability of inscriptions in complex urban settings. Reflectance Transformation Imaging (RTI) improves the visualization of text on deteriorating surfaces by utilising multidirectional lighting, while a new micro-photogrammetric method with a USB microscope allows for detailed examination of technological traces at the mesoscopic scale. The study will explore this use of digital technologies using three inscriptions from the province of Viterbo (Italy) dating from the 13th-15th centuries as case studies, one for each method: photogrammetry will be applied to the commemorative inscription (13th century: 1279) on the Sepale fountain in Viterbo; RTI will be tested on the commemorative inscription (14th century: 1333) of the church of S. Maria Assunta in Orte; finally, micro-photogrammetry will be applied to the funerary inscription (15th century: 1403) of the church of S. Maria Maggiore in Civita Castellana. The research suggests that while no single technique can address all challenges, a combined digital approach can effectively complement traditional methods in documenting medieval inscriptions, aiding in the development of comprehensive protocols for their preservation and analysis.
本研究探讨了数字技术在中世纪拉丁铭文现场记录和分析中的应用,并着重于三种数字方法:摄影测量学、RTI和微摄影测量学。它强调了摄影测量对于创建详细的3D模型和正射影像的重要性,以提高复杂城市环境中铭文的可读性。反射变换成像(RTI)通过利用多向照明改善了恶化表面上文本的可视化,而一种新的微型摄影测量方法与USB显微镜允许在介观尺度上详细检查技术痕迹。该研究将以意大利维泰博省13 -15世纪的三幅铭文作为案例研究来探索数字技术的使用,每种方法各一幅:摄影测量将应用于维泰博Sepale喷泉上的纪念铭文(13世纪:1279年);RTI将在奥尔特的圣玛利亚教堂的纪念铭文(14世纪:1333年)上进行测试;最后,显微摄影测量将应用于奇维塔卡斯泰拉的圣玛丽亚马吉奥雷教堂的墓葬铭文(15世纪:1403年)。研究表明,虽然没有一种技术可以解决所有的挑战,但一种综合的数字方法可以有效地补充记录中世纪铭文的传统方法,有助于制定全面的保存和分析协议。
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引用次数: 0
Analytical hierarchy process (AHP) driven customization of digital features integration in physical replicas for meaningful museum communication 分析层次过程(AHP)驱动的数字特征集成定制的物理复制品有意义的博物馆交流
Q1 Social Sciences Pub Date : 2025-12-01 DOI: 10.1016/j.daach.2025.e00483
Eslam Nofal , Sondos T. Afandy , Ramy Hammady , Mohamed W. Fareed
The integration of digital features into physical replicas offers a transformative approach to enhancing museum communication, bridging tangible heritage with new interpretive tools. Drawing on expert judgement in the Analytical Hierarchy Process (AHP), this research offers guidelines to harmonize digital enhancements with different heritage content types, showing the interplay between the physical and digital dimensions in a museum setting. The study analyzed twenty-five interactive museum prototypes, identifying six categories of heritage content: historical context, architectural aspects, spatial dimensions, aesthetic features, social context, and scientific information. Five digital features (i.e., audio materials, digital displays, projections, digital 3D reconstructions, and gamification) were evaluated by experts for their communication effectiveness based on content types. Results indicated that digital 3D reconstructions are better at historical context, architecture, spatial, and aesthetic displays; gamification can convey social contexts more effectively. Audio materials are better at simplification of complex scientific information. This research highlights the potential of tailored digital-physical integrations to optimize museum communication, providing curators and designers with actionable insights for creating meaningful, expert-driven experiences. The findings emphasize the importance of aligning technological innovation with the preservation of cultural authenticity to ensure that hybrid spaces foster engagement, understanding, and inclusivity in cultural heritage interpretation.
将数字特征整合到物理复制品中,为加强博物馆的交流提供了一种变革性的方法,将有形遗产与新的解释工具联系起来。利用层次分析法(AHP)中的专家判断,本研究提供了协调不同遗产内容类型的数字增强的指导方针,展示了博物馆环境中物理维度和数字维度之间的相互作用。该研究分析了25个互动博物馆原型,确定了六类遗产内容:历史背景、建筑方面、空间维度、美学特征、社会背景和科学信息。专家根据内容类型评估了五种数字特征(即音频材料、数字显示、投影、数字3D重建和游戏化)的传播效果。结果表明,数字三维重建在历史文脉、建筑、空间和美学表现方面表现较好;游戏化可以更有效地传达社交情境。音频材料更擅长简化复杂的科学信息。这项研究强调了数字与实体的个性化整合在优化博物馆沟通方面的潜力,为策展人和设计师提供了可操作的见解,以创造有意义的、专家驱动的体验。研究结果强调了将技术创新与保护文化真实性相结合的重要性,以确保混合空间在文化遗产解释中促进参与、理解和包容性。
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引用次数: 0
Leveraging AR for the reconstruction of glass relics using manifold learning 利用流形学习利用AR重建玻璃文物
Q1 Social Sciences Pub Date : 2025-12-01 DOI: 10.1016/j.daach.2025.e00479
Rabab Kawtharani , Mohammad Karim Yassine , Maya Antoun , Nadine Panayot , Daniel Asmar
Automating the reassembly of valuable broken relics is imperative to mitigate the risks associated with manual handling. This paper introduces a solution leveraging computer vision for 3D data acquisition to extract features from high-dimensional data, focusing on the automatic reassembly of broken glass relics. The proposed approach begins by digitizing the broken shards and extracting and segmenting their contours. Subsequently, the system maps these segments into a manifold space to assess similarity in local geometry using Local Tangent Space Alignment and identify pairwise matches among them. A global optimization step based on Minimum Spanning Tree then determines the overall solution of the reassembly problem, aligning the shards to visualize a digitally reassembled relic. This digital solution is deployed in an application for head-mounted augmented reality devices, guiding users through the sequential reconstruction of the real relic. Experimental validation across ten manually fractured glass relics shows robust matching accuracy, with alignment success rates over 90% and processing times averaging one hour per object. Additionally, the system’s performance is assessed in scenarios involving missing shards, demonstrating the robustness in matching shards but encountering challenges in aligning shards around absent pieces.
自动化重新组装有价值的破损文物是必要的,以减轻与人工处理相关的风险。本文介绍了一种利用计算机视觉进行三维数据采集的解决方案,从高维数据中提取特征,重点研究破碎玻璃文物的自动重组。该方法首先将破碎的碎片数字化,并提取和分割它们的轮廓。随后,系统将这些片段映射到流形空间中,使用局部切线空间对齐来评估局部几何中的相似性,并识别它们之间的成对匹配。然后,基于最小生成树的全局优化步骤确定重组问题的总体解决方案,对齐碎片以可视化数字重组的遗迹。该数字解决方案部署在头戴式增强现实设备的应用程序中,指导用户通过真实遗迹的顺序重建。对10个人工破碎的玻璃遗迹进行实验验证,显示出强大的匹配精度,对准成功率超过90%,每个物体的处理时间平均为1小时。此外,系统的性能在涉及缺失碎片的场景中进行评估,展示了匹配碎片的鲁棒性,但在围绕缺失碎片对齐碎片时遇到了挑战。
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引用次数: 0
Optimising 3D models of historical clothing: A data-driven framework for balancing accuracy and performance 优化历史服装的3D模型:平衡准确性和性能的数据驱动框架
Q1 Social Sciences Pub Date : 2025-12-01 DOI: 10.1016/j.daach.2025.e00487
Aleksei Moskvin , Mariia Moskvina , Victor Kuzmichev
Digitisation of historical clothing through 3D modelling offers transformative opportunities for preserving and studying cultural heritage. However, the complexity of digital twins limits their practical application. This study introduces a data-driven optimisation framework balancing geometric accuracy and performance of models. The framework employs 200 high-polygonal models and 2000 simplified versions generated via the quadric-based edge collapse algorithm to measure approximation errors with the Hausdorff distance. Regression models were developed to predict these errors based on the number of triangles per unit area (TPC). A target TPC range of 26.22 … 2.40 triangles/cm2 was established and validated through out-of-sample testing on examples created via 3D scanning, photogrammetry, and CAD reconstruction. Results show the framework maintains acceptable geometric accuracy while significantly improving rendering speed, processing time and file size. This approach enhances the reliability and clarity of digital representations of historical clothing, supporting their use in virtual museums, education and research.
通过3D建模将历史服装数字化,为保护和研究文化遗产提供了变革性的机会。然而,数字孪生的复杂性限制了它们的实际应用。本研究介绍了一个数据驱动的优化框架,平衡几何精度和模型的性能。该框架采用200个高多边形模型和2000个基于二次边折叠算法生成的简化模型来测量与Hausdorff距离的近似误差。根据每单位面积(TPC)的三角形数,建立了回归模型来预测这些误差。通过三维扫描、摄影测量和CAD重建等方法,建立了26.22 ~ 2.40三角形/cm2的目标TPC范围。结果表明,该框架在保持可接受的几何精度的同时,显著提高了渲染速度、处理时间和文件大小。这种方法提高了历史服装数字表示的可靠性和清晰度,支持它们在虚拟博物馆、教育和研究中的使用。
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引用次数: 0
The portrait of King Sargon II: 3D scanning, filtering and computational imaging for semantic data extraction 国王萨尔贡二世的画像:用于语义数据提取的3D扫描、滤波和计算成像
Q1 Social Sciences Pub Date : 2025-11-27 DOI: 10.1016/j.daach.2025.e00484
Filippo Diara, Stefano de Martino
This research work, inscribed into the European Project ITSERR Italian Strengthening of ESFRI RI Resilience, is related to metric analyses from computational imaging and filtering of the 3D high resolution model of the portrait of King Sargon II. The limestone relief fragment (TO 10407, 89 cm in height and 52 in width), which portrays the Neo-Assyrian king (721-705 BC), is one of the masterpieces in the archaeological collection of Musei Reali in Torino. This relief comes from the ancient city of Dur-Šarrukin (Khorsabad) in northern Iraq that was founded by Sargon II and was his royal residence.
The fragment was 3D documented with Artec Space Spider structured-light scanner which has a point accuracy of 0.05 mm of and a 3D resolution 0.1 mm. This produced a detailed mesh that could be used for post-processing analysis to extract semantic data and comprehend details that were hardly apparent: in fact, this fragment is a part of a bigger relief decoration coming from the royal palace but it has been detached and partially brushed for masking damages and cutting imperfections. Computational imaging analyses (Deviation analyses, Multi-Scale Integral Invariant filter, virtual Reflectance Transformation Imaging) allowed non-invasive and precise metric investigations on decoration, unlocking new micrometric details useful for formulating updated hypotheses on decorative apparatus: thanks to these analyses, the lost decorations of the relief have been revealed and are now prominently displayed, then the original decorative apparatus have been reconstructed.
这项研究工作被列入欧洲ITSERR意大利加强ESFRI RI复原力项目,与计算成像和萨尔贡二世国王肖像3D高分辨率模型滤波的度量分析有关。石灰石浮雕碎片(TO 10407,高89厘米,宽52厘米)描绘了新亚述国王(公元前721-705),是都灵Reali博物馆考古收藏的杰作之一。这个浮雕来自伊拉克北部的古城durr -Šarrukin (Khorsabad),由萨尔贡二世建立,是他的皇家住所。使用Artec Space Spider结构光扫描仪对碎片进行3D记录,该扫描仪的点精度为0.05 mm, 3D分辨率为0.1 mm。这产生了一个详细的网格,可以用于后处理分析,以提取语义数据,并理解几乎不明显的细节:事实上,这个碎片是来自皇宫的一个更大的浮雕装饰的一部分,但它已被分离并部分刷过,以掩盖损坏和切割缺陷。计算成像分析(偏差分析,多尺度积分不变滤波器,虚拟反射变换成像)允许对装饰进行非侵入性和精确的度量调查,揭示新的微观细节,这些细节有助于制定关于装饰设备的最新假设:由于这些分析,浮雕中丢失的装饰已经被揭示出来,现在被突出地展示出来,然后原始的装饰设备已经重建。
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Digital Applications in Archaeology and Cultural Heritage
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