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TimelineKGQA: A Comprehensive Question-Answer Pair Generator for Temporal Knowledge Graphs
Conference proceeding

TimelineKGQA: A Comprehensive Question-Answer Pair Generator for Temporal Knowledge Graphs

Qiang Sun, Sirui Li, Du Huynh, Mark Reynolds and Wei Liu
Companion Proceedings of the ACM on Web Conference 2025, pp.797-800
ACM Conferences
WWW '25: The ACM Web Conference 2025 (Sydney, NSW, 28/04/2025–02/05/2025)
2025

Abstract

Computing methodologies -- Artificial intelligence -- Knowledge representation and reasoning -- Ontology engineering Computing methodologies -- Artificial intelligence -- Knowledge representation and reasoning -- Semantic networks Computing methodologies -- Artificial intelligence -- Natural language processing -- Information extraction
Question answering over temporal knowledge graphs (TKGs) is crucial for understanding evolving facts and relationships, yet its development is hindered by limited datasets and difficulties in generating custom QA pairs. We propose a novel categorization framework based on timeline-context relationships, along with TimelineKGQA, a universal temporal QA generator applicable to any TKGs. The code is available at: https://github.com/PascalSun/TimelineKGQA as an open source Python package.

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