2018 · 122 citations · 39 references
ComputingEducational AssessmentLinguisticsComputational LinguisticsLanguage ProficiencyNatural Language ProcessingLanguage AssessmentLanguage ModelingLanguage ModelsLanguage Proficiency TestingNatural Language Processing In EducationQuestion AnsweringCorpus-based Language Proficiency AssessmentLanguage Model PretrainingLanguage TestsLanguage UnderstandingLarge-scale Language AssessmentLearner Language ProficiencyLong-context ModelingStudent Language Proficiency
Cloze tests are widely adopted in language exams to evaluate students' language proficiency. In this paper, we propose the first large-scale human-created cloze test dataset CLOTH 1 2 , containing questions used in middle-school and high-school language exams. With missing blanks carefully created by teachers and candidate choices purposely designed to be nuanced, CLOTH requires a deeper language understanding and a wider attention span than previously automaticallygenerated cloze datasets. We test the performance of dedicatedly designed baseline models including a language model trained on the One Billion Word Corpus and show humans outperform them by a significant margin. We investigate the source of the performance gap, trace model deficiencies to some distinct properties of CLOTH, and identify the limited ability of comprehending the long-term context to be the key bottleneck.
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