Publication | Open Access
Task Effects on Linguistic Complexity and Accuracy: A Large‐Scale Learner Corpus Analysis Employing Natural Language Processing Techniques
169
Citations
48
References
2017
Year
Second Language LearningEngineeringFunctional Requirements InfluenceLanguage LearningCorpus LinguisticsLanguage ProficiencyTask EffectsLanguage ProcessingApplied LinguisticsNatural Language ProcessingSecond Language AcquisitionLearner LanguageComputational LinguisticsLanguage AcquisitionCorpus AnalysisLinguistic ComplexityLanguage StudiesNatural LanguageLearner Corpus LinguisticsNlp TaskLanguage TechnologyLarge‐scale Learner CorporaData-driven LearningLexical Complexity PredictionForeign Language AcquisitionLinguistics
Large‐scale learner corpora collected from online language learning platforms, such as the EF‐Cambridge Open Language Database (EFCAMDAT), provide opportunities to analyze learner data at an unprecedented scale. However, interpreting the learner language in such corpora requires a precise understanding of tasks: How does the prompt and input of a task and its functional requirements influence task‐based linguistic performance? This question is vital for making large‐scale task‐based corpora fruitful for second language acquisition research. We explore the issue through an analysis of selected tasks in EFCAMDAT and the complexity and accuracy of the language they elicit.
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