Publication | Open Access
Alejandro Mosquera at SemEval-2021 Task 1: Exploring Sentence and Word Features for Lexical Complexity Prediction
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Citations
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References
2021
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Unknown Venue
EngineeringPsycholinguisticsSemanticsCorpus LinguisticsText MiningApplied LinguisticsNatural Language ProcessingSyntaxComplexity LevelComputational LinguisticsLanguage EngineeringGrammarLanguage StudiesMachine TranslationCognitive ScienceNlp TaskLanguage TechnologyAlejandro MosqueraRegression TechniquesDistributional SemanticsFeature Engineering ApproachesWord FeaturesLexical Complexity PredictionLinguistics
This paper revisits feature engineering approaches for predicting the complexity level of English words in a particular context using regression techniques. Our best submission to the Lexical Complexity Prediction (LCP) shared task was ranked 3rd out of 48 systems for sub-task 1 and achieved Pearson correlation coefficients of 0.779 and 0.809 for single words and multi-word expressions respectively. The conclusion is that a combination of lexical, contextual and semantic features can still produce strong baselines when compared against human judgement.
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