arXiv (Cornell University) · 2018 · 48 citations · 18 references
ComputingComputer ScienceLinguisticsComputational LinguisticsKnowledge RepresentationNatural Language ProcessingCitation NetworksInformation ExtractionKnowledge GraphsLanguage ModelingLiterature MiningSemantic NetworksGraph EmbeddingsGraph-to-text GenerationKnowledge Graph RepresentationSemantic Document RepresentationSemantic Graph AnnotationSemantic Network StructureText Networks
We describe a deployed scalable system for organizing published scientific literature into a heterogeneous graph to facilitate algorithmic manipulation and discovery. The resulting literature graph consists of more than 280M nodes, representing papers, authors, entities and various interactions between them (e.g., authorships, citations, entity mentions). We reduce literature graph construction into familiar NLP tasks (e.g., entity extraction and linking), point out research challenges due to differences from standard formulations of these tasks, and report empirical results for each task. The methods described in this paper are used to enable semantic features in www.semanticscholar.org
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Distant supervision for relation extraction without labeled data
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Frustratingly Easy Domain Adaptation