Publication | Open Access
On the Importance of Word and Sentence Representation Learning in Implicit Discourse Relation Classification
51
Citations
29
References
2020
Year
Unknown Venue
Semantic Role LabelingEngineeringImplicit Discourse AnalysisLanguage LearningCorpus LinguisticsShallow Discourse ParsingText MiningNatural Language ProcessingApplied LinguisticsSyntaxComputational LinguisticsDiscourse AnalysisConversation AnalysisLanguage StudiesMachine TranslationNatural LanguageCognitive ScienceSentence Representation LearningNlp TaskSemantic ParsingShallow ParsingDiscourse StructureRelationship ExtractionPdtb DatasetLinguistics
Implicit discourse relation classification is one of the most difficult parts in shallow discourse parsing as the relation prediction without explicit connectives requires the language understanding at both the text span level and the sentence level. Previous studies mainly focus on the interactions between two arguments. We argue that a powerful contextualized representation module, a bilateral multi-perspective matching module, and a global information fusion module are all important to implicit discourse analysis. We propose a novel model to combine these modules together. Extensive experiments show that our proposed model outperforms BERT and other state-of-the-art systems on the PDTB dataset by around 8% and CoNLL 2016 datasets around 16%. We also analyze the effectiveness of different modules in the implicit discourse relation classification task and demonstrate how different levels of representation learning can affect the results.
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