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In this paper, an new setup for the non-destructive scanning for cultural heritage applications is proposed. First, a multi-degree of freedom mechanical implementation is designed, for multiple angle and distance scanning of artworks via different modalities. Moreover, a specialized acquisition and control software is developed consequently created for the unified platform. Additionally, various, onboard, post-processing image registration algorithms are realized for the combination of images originating on various sensors. The final setup is tested on a mock-up icon, verifying the merits of the developed prototype for cultural heritage science work and research.

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“iTomography” Infrastructure for 3D Spectracoustic Mapping Tomography, Fusion and DICOM Storage Format of Non-Destructive Documentation Data Acquired from Cultural Heritage Objects

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  • 发表日期：

    2025年

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  • Georgios Karagiannis

摘要

In this paper, an new setup for the non-destructive scanning for cultural heritage applications is proposed. First, a multi-degree of freedom mechanical implementation is designed, for multiple angle and distance scanning of artworks via different modalities. Moreover, a specialized acquisition and control software is developed consequently created for the unified platform. Additionally, various, onboard, post-processing image registration algorithms are realized for the combination of images originating on various sensors. The final setup is tested on a mock-up icon, verifying the merits of the developed prototype for cultural heritage science work and research.