Agarwal, Arvind

Iyer, Vivek

Kumar, Harshit

English

While deep learning approaches have shown promising results in Natural Language Processing and Computer Vision domains, they have not yet been able to achieve impressive results in Ontology Alignment, and have typically performed worse than rule-based approaches. Some of the major reasons for this are: a) poor modelling of context, b) overfitting of standard DL models, and c) dataset sparsity, caused by class imbalance of positive alignment pairs wrt negative pairs. To mitigate these limitations, we propose a dual-attention based approach that uses a multi-faceted context representation to compute contextualized representations of concepts, which is then used to discover semantically equivalent concepts.<br/

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VeeAlign: A Supervised Deep Learning Approach to Ontology Alignment

https://www.research.ed.ac.uk/files/245815017/VeeAlign_IYER_DOA11092020_VOR_CC_BY.pdf

VeeAlign: A Supervised Deep Learning Approach to Ontology Alignment

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