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The CAnTi (Conservation of Ancient Tiryns) project combines high-resolution 3D digitization (photogrammetry and laser scanning), ontology-based semantic modeling (CIDOC CRM and CRMdig extensions), and immersive mixed-reality applications (AR and VR) within an OpenLab environment at the Mycenaean site of Tiryns. All conservation and restoration documentation—condition reports, material analyses, and 3D models—is encoded in a digital platform, enabling dynamic content delivery through web, tablet, and headset interfaces. Preliminary user evaluations indicate enhanced understanding of conservation and restoration methods, high engagement with interactive narratives, and positive stakeholder feedback on transparency and usability. We discuss technical challenges (outdoor AR tracking, data integration), outline avenues for increased interactivity and broader scalability, and propose this approach as a solution for open, intelligent cultural heritage conservation labs worldwide.

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Highlighting Preservation and Interpretation of Cultural Heritage Towards Raising Awareness

  • 会议论文

  • 发表日期：

    2026年

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  • Markos Konstantakis,
  • George Caridakis,
  • George Pavlidis,
  • Konstantinos Kotsopoulos,
  • Nikolaos Papastamatiou

摘要

The CAnTi (Conservation of Ancient Tiryns) project combines high-resolution 3D digitization (photogrammetry and laser scanning), ontology-based semantic modeling (CIDOC CRM and CRMdig extensions), and immersive mixed-reality applications (AR and VR) within an OpenLab environment at the Mycenaean site of Tiryns. All conservation and restoration documentation—condition reports, material analyses, and 3D models—is encoded in a digital platform, enabling dynamic content delivery through web, tablet, and headset interfaces. Preliminary user evaluations indicate enhanced understanding of conservation and restoration methods, high engagement with interactive narratives, and positive stakeholder feedback on transparency and usability. We discuss technical challenges (outdoor AR tracking, data integration), outline avenues for increased interactivity and broader scalability, and propose this approach as a solution for open, intelligent cultural heritage conservation labs worldwide.