Authors
Ming Jiang, Jennifer D’Souza, Sören Auer, J Stephen Downie
Publication date
2022/6
Journal
International Journal on Digital Libraries
Volume
23
Issue
2
Pages
197-215
Publisher
Springer Berlin Heidelberg
Description
The rapid growth of research publications has placed great demands on digital libraries (DL) for advanced information management technologies. To cater to these demands, techniques relying on knowledge-graph structures are being advocated. In such graph-based pipelines, inferring semantic relations between related scientific concepts is a crucial step. Recently, BERT-based pre-trained models have been popularly explored for automatic relation classification. Despite significant progress, most of them were evaluated in different scenarios, which limits their comparability. Furthermore, existing methods are primarily evaluated on clean texts, which ignores the digitization context of early scholarly publications in terms of machine scanning and optical character recognition (OCR). In such cases, the texts may contain OCR noise, in turn creating uncertainty about existing classifiers’ performances. To …
Total citations
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