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This project focuses on the preservation of She ethnic silver craftsmanship, addressing key challenges faced by traditional She silver carving techniques. These challenges include limited product variety, difficulties in skill transmission, high production costs, and suboptimal visual presentation. By innovatively integrating AI, VR, and 3D printing technologies, we have developed a comprehensive digital solution utilizing AI and VR. This approach enables personalized silver jewelry customization and the establishment of a VR digital museum (Wang & Liu, IOP Conf Ser J Phys Conf Ser 1302(4):042049, 2019). In the educational domain, a tripartite collaborative mechanism involving schools, master artisans, and training bases was established “schools + master artisans + training bases” to facilitate knowledge transfer. The project team has also actively participated in formulating silverware industry standards, and selected works have been archived by the National Museum of China. This initiative not only pioneers’ new pathways for intangible cultural heritage (ICH) preservation but also generates employment opportunities for local villagers across production and sales sectors. Through the deep integration of technology and culture, the project effectively safeguards and promotes ICH while strengthening rural cultural identity and social cohesion, thereby driving industrial development and rural revitalization.

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Digitalization of She Silver: Integrating Traditional Silver Carving Craftsmanship with Modern Technology

  • 章节

  • 发表日期：

    2026年

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  • Rongling Li,
  • Linying Chen,
  • Shuting Guo,
  • Yishi Wu,
  • Debin Ye,
  • Jiaqi Liu

摘要

This project focuses on the preservation of She ethnic silver craftsmanship, addressing key challenges faced by traditional She silver carving techniques. These challenges include limited product variety, difficulties in skill transmission, high production costs, and suboptimal visual presentation. By innovatively integrating AI, VR, and 3D printing technologies, we have developed a comprehensive digital solution utilizing AI and VR. This approach enables personalized silver jewelry customization and the establishment of a VR digital museum (Wang & Liu, IOP Conf Ser J Phys Conf Ser 1302(4):042049, 2019). In the educational domain, a tripartite collaborative mechanism involving schools, master artisans, and training bases was established “schools + master artisans + training bases” to facilitate knowledge transfer. The project team has also actively participated in formulating silverware industry standards, and selected works have been archived by the National Museum of China. This initiative not only pioneers’ new pathways for intangible cultural heritage (ICH) preservation but also generates employment opportunities for local villagers across production and sales sectors. Through the deep integration of technology and culture, the project effectively safeguards and promotes ICH while strengthening rural cultural identity and social cohesion, thereby driving industrial development and rural revitalization.