Restoring Ancient Ideograph: A Multimodal Multitask Neural Network Approach
Siyu Duan, Jun Wang, Qi Su

TL;DR
This paper introduces a novel multimodal multitask neural network that combines visual and textual data to improve the restoration of damaged ancient texts, especially ideographs, demonstrating promising results on both simulated and real datasets.
Contribution
It presents the first application of multimodal deep learning for ancient text restoration, integrating context and residual visual information for improved accuracy.
Findings
Effective restoration suggestions in simulated experiments
Successful application to authentic ancient inscriptions
Enhanced understanding of ancient texts through multimodal approach
Abstract
Cultural heritage serves as the enduring record of human thought and history. Despite significant efforts dedicated to the preservation of cultural relics, many ancient artefacts have been ravaged irreversibly by natural deterioration and human actions. Deep learning technology has emerged as a valuable tool for restoring various kinds of cultural heritages, including ancient text restoration. Previous research has approached ancient text restoration from either visual or textual perspectives, often overlooking the potential of synergizing multimodal information. This paper proposes a novel Multimodal Multitask Restoring Model (MMRM) to restore ancient texts, particularly emphasising the ideograph. This model combines context understanding with residual visual information from damaged ancient artefacts, enabling it to predict damaged characters and generate restored images…
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Taxonomy
TopicsComputational and Text Analysis Methods
