Reading Between the Citations: A Typed Claim Network for Scientific Literature

๐Ÿ“… 2026-05-29
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๐Ÿค– AI Summary
Existing knowledge graphs modeling academic citation networks typically capture only topological structure, neglecting the stance and evaluative content embedded in citations. This work proposes a novel "claim network" representation framework that reformulates citations as typed claim units, each comprising source, target, claim text, and one of four stance labels, along with a general-purpose construction pipeline. By explicitly modeling citation intent for the first time, the approach enables fine-grained characterization of scholarly evaluative relationships. The authors construct a claim network from 127 papers on 3D point cloud semantic segmentation, yielding 8,260 typed claims, and demonstrate significant performance gains in downstream tasks including retrieval-augmented reasoning, stance-aware summarization, and topological analysis.
๐Ÿ“ Abstract
Knowledge graphs over corpora of inter-referencing documents - scholarly papers, legal opinions, policy briefs - encode the topology of reference but not its stance. The standard representation collapses a rich evaluative relation into an untyped edge, losing the very content that supports community-level queries about how one document is received by another. We propose the claim network: a representational pattern in which each cross-document reference is reified as a typed claim, carrying source, target, claim text, and a four-class stance label grounded in the citation-intent literature. We give a construction pipeline applicable to any corpus of scholarly inter-referencing documents and instantiate it on a corpus of 127 papers in 3D point cloud semantic segmentation, producing a network of 8,260 typed claims. Three downstream task families demonstrate what the network enables: retrieval signal augmentation, aggregated-stance summarisation, and topological analytics. Head-to-head evaluation against standard Retrieval-Augmented Generation (RAG) baselines shows that the gain over flat retrieval is the gain from the right intermediate representation rather than the wrong one.
Problem

Research questions and friction points this paper is trying to address.

citation stance
knowledge graph
scientific literature
claim representation
inter-referencing documents
Innovation

Methods, ideas, or system contributions that make the work stand out.

claim network
typed citation
stance classification
knowledge graph
retrieval-augmented generation
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