Publication | Open Access
What do you learn from context? Probing for sentence structure in contextualized word representations
139
Citations
0
References
2019
Year
Llm Fine-tuningEngineeringSentence StructureSemantic ProcessingPsycholinguisticsLarge Language ModelLanguage LearningLanguage ProcessingWord EmbeddingsNatural Language ProcessingSyntaxComputational LinguisticsLanguage StudiesMachine TranslationNatural LanguageCognitive ScienceNlp TaskRepresentation ModelsLanguage Modeling (Natural Language Processing)Pre-trained ModelsDistributional SemanticsContextualized Word RepresentationsLanguage Modeling (Theoretical Linguistics)Language ModelingLinguisticsNovel Edge
Contextualized representation models such as ELMo (Peters et al., 2018a) and BERT (Devlin et al., 2018) have recently achieved state-of-the-art results on a diverse array of downstream NLP tasks. Building on recent token-level probing work, we introduce a novel edge probing task design and construct a broad suite of sub-sentence tasks derived from the traditional structured NLP pipeline. We probe word-level contextual representations from four recent models and investigate how they encode sentence structure across a range of syntactic, semantic, local, and long-range phenomena. We find that existing models trained on language modeling and translation produce strong representations for syntactic phenomena, but only offer comparably small improvements on semantic tasks over a non-contextual baseline.