Challenge: Existing methods to predict missing facts in knowledge graphs are limited in language alignment . SS-AGA uses seed alignment as an edge type to fuses all KGs as a whole graph .
Approach: They propose a self-supervised adaptive graph alignment method that fuses all KGs as a whole graph by regarding alignment as 'a new edge type' they propose SS-AGA method that uses relation-aware attention weights to capture potential alignment pairs in a new paradigm.
Outcome: The proposed method can predict missing facts in a knowledge graph (KG) but language alignment is scarce and new alignment identification is noisy.

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Challenge: Existing work on multilingual KG completion has focused on entity and relation alignments, but understanding of how it can aid multilingual alignments is limited.
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Challenge: Existing methods for knowledge graph completion are incomplete, as curators struggle to keep up with the real world.
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Challenge: Existing methods for learning missing facts in knowledge graphs are limited by insufficiency of alignment information and inconsistency of described facts.
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Challenge: Existing methods for multilingual knowledge graph completion do not align with mKGC tasks because of their English-centric bias.
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Challenge: Large language models learn facts from text corpora, but knowledge graphs contain facts in an explicit triple format, restricting their research and application.
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Challenge: Existing approaches to align multilingual knowledge graphs with counterparts in different languages are not effective.
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Challenge: Existing MKGC research ignores the shareability of cross-lingual knowledge.
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Challenge: Existing methods to generate knowledge graphs are unable to handle non-English textual information.
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