A conceptual model for ancient Chinese ceramics based on metadata and ontology: A case study of collections in the Nankai University Museum

Zhang, Jingwen; Ren, Tianlin

doi:10.1016/j.culher.2023.10.012

Journal of Cultural Heritage

2024

DOI: 10.1016/j.culher.2023.10.012

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A conceptual model for ancient Chinese ceramics based on metadata and ontology: A case study of collections in the Nankai University Museum

Jingwen Zhang,

Tianlin Ren

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Cited by 4 publications

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A field-based knowledge graph assisted conceptual design for structure configuration of engineering equipment

Huang,

Guo,

et al. 2024

Journal of Engineering Design

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A field-based knowledge graph assisted conceptual design for structure configuration of engineering equipment

Huang,

Guo,

et al. 2024

Journal of Engineering Design

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Three-dimensional deviation analysis and digital visualization of shape change before and after conservation treatment of historic kiln site

Jo,

Kim,

Lee

2024

Herit Sci

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The Gangjin Celadon Kiln, after its excavation in 1982, was relocated and restored in 1987 and subjected to primary conservation treatment in 2007. However, many problems such as soil disintegration and cavitation occurred in the kiln until recently. In this study, the shape changes due to the conservation treatment in 2020, which was performed to maintain the original shape of the kiln site, were recorded via three-dimensional (3D) scanning, and numerical analysis was conducted to ensure continuous monitoring and preventive conservation. From the results of this study, the locations and ranges of shape changes before and after the conservation treatment of the kiln site were identified through root-mean-square (RMS) deviation analysis and visualization, and the ranges of reinforcement and soil mulch removal were quantified through the deviations at different points. In particular, the most noticeable shape changes occurring from the conservation treatment on the kiln site with 11.2 m long and 16.7° slope were around 15 mm, and many relative changes of 40 mm or more were also observed. In addition, a reinforcement of approximately 40 mm thickness at the least and a flattening were prominently evident on the floor of the working space; the inside of the combustion chamber was visualized with a reinforcement of at least about 50 mm. Damage caused by natural or artificial factors is expected because two extensive conservation treatments were applied in 2007 and 2020 to the kiln sites. Therefore, short-term monitoring using periodic 3D scanning and time-series data comparisons is necessary for the identification of the point of shape change and the determination of major damaged areas so that a mid- to long-term monitoring plan can be established based on the findings of such observations. In addition, predictive modeling research is mandated to detect areas in the entire kiln site that exhibit a greater probability of deterioration based on the available shape change data.

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Developing an ontological model for Xinjiang unearthed brocades

Zhao,

Li,

et al. 2024

Herit Sci

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The Xinjiang unearthed brocade as a significant cultural heritage records the historical and cultural information of diverse ethnic groups, and it also influences cultural product development. However, the existing knowledge concerning these brocades is disorganized, fragmented, and incomplete, hindering a comprehensive understanding of their intricate relationships. To address these issues, this study has developed an integrated ontological model for Xinjiang’s unearthed brocades (XJUBontology). By applying Conceptual Reference Model of International Committee for Documentation (CIDOC CRM) ontology and the Remanufactured Process Planning (RPP) approach, this XJUBontology comprises knowledge about both the brocades and their cultural derivatives, and knowledge in these two domains are able to be organized and refined. The implementation of XJUBontology in Protégé and validation via SPARQL queries not only centralize and manage Xinjiang unearthed brocade-related knowledge but also establish vital connections among this fragmented information. The contribution is to help in associating, managing, and sharing knowledge in the domain of Xinjiang unearthed brocades, providing a framework for establishing related data repository, and helping researchers, apparel and accessories designers, museums, and other cultural and tourism institutions to access a more systematic information to assist their works.

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A conceptual model for ancient Chinese ceramics based on metadata and ontology: A case study of collections in the Nankai University Museum

Cited by 4 publications

References 2 publications

A field-based knowledge graph assisted conceptual design for structure configuration of engineering equipment

A field-based knowledge graph assisted conceptual design for structure configuration of engineering equipment

Three-dimensional deviation analysis and digital visualization of shape change before and after conservation treatment of historic kiln site

Developing an ontological model for Xinjiang unearthed brocades

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