Research and Application of Dunhuang Mural Image Restoration Technology Based on Deep Learning

Throughout history, the Dunhuang murals have been a shining pearl of Chinese civilization with their unparalleled artistic charm and profound cultural heritage. However, the passage of time, natural erosion, and the impact of human factors are putting this precious cultural heritage to the difficult test. The peeling, fading, and vanishing of mural surfaces is not only serious damage to the integrity of the artwork but also a reckless erasure of historical information and cultural value. This research is dedicated to exploring mural restoration methods based on deep learning, aiming to overcome the challenges using advanced computer vision techniques and develop a new approach to cultural heritage protection.

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Published
2024-09-23
DOI
https://doi.org/10.1109/icedcs64328.2024.00068
Primary Topic
Advanced Image Processing Techniques
Type
article
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Research and Application of Dunhuang Mural Image Restoration Technology Based on Deep Learning

Haihong Zhang, Huang Lianji
Advanced Image Processing Techniques
article

Research and Application of Dunhuang Mural Image Restoration Technology Based on Deep Learning

Haihong Zhang, Huang Lianji
article en

Abstract

Throughout history, the Dunhuang murals have been a shining pearl of Chinese civilization with their unparalleled artistic charm and profound cultural heritage. However, the passage of time, natural erosion, and the impact of human factors are putting this precious cultural heritage to the difficult test. The peeling, fading, and vanishing of mural surfaces is not only serious damage to the integrity of the artwork but also a reckless erasure of historical information and cultural value. This research is dedicated to exploring mural restoration methods based on deep learning, aiming to overcome the challenges using advanced computer vision techniques and develop a new approach to cultural heritage protection.

Zhaoqing University (CN)
Sustainable cities and communities
Openalex Percentile: Top 74%
Advanced Image Processing Techniques
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