TL;DR
This paper introduces SelfKG, a self-supervised method for entity alignment in knowledge graphs that eliminates the need for labeled data, achieving comparable or better results than supervised approaches.
Contribution
The paper proposes a novel self-supervised learning framework for entity alignment, challenging the necessity of label supervision and demonstrating its effectiveness on benchmark datasets.
Findings
SelfKG matches or surpasses supervised methods in accuracy.
Self-supervised learning benefits entity alignment by pushing negative pairs apart.
The approach reduces reliance on labeled data, enabling scalable knowledge graph integration.
Abstract
Entity alignment, aiming to identify equivalent entities across different knowledge graphs (KGs), is a fundamental problem for constructing Web-scale KGs. Over the course of its development, the label supervision has been considered necessary for accurate alignments. Inspired by the recent progress of self-supervised learning, we explore the extent to which we can get rid of supervision for entity alignment. Commonly, the label information (positive entity pairs) is used to supervise the process of pulling the aligned entities in each positive pair closer. However, our theoretical analysis suggests that the learning of entity alignment can actually benefit more from pushing unlabeled negative pairs far away from each other than pulling labeled positive pairs close. By leveraging this discovery, we develop the self-supervised learning objective for entity alignment. We present SelfKG…
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