2015 · 12 citations · 6 references
EducationEducational TechnologyArtificial Intelligence In EducationIntelligent Tutoring SystemsKnowledge RepresentationData-driven InstructionDeductive ReasoningHint GenerationIntelligent Tutoring System AnalyticsMastery LearningDropoutLearner Progress MonitoringMastery Learning ImplementationMastery Learning SystemsStudent Performance AnalysisStudent Performance AssessmentStudent Performance Criteria
We have developed a novel data-driven mastery learning system to improve learning in complex procedural problem solving domains. This new system was integrated into an existing logic proof tool, and assigned as homework in a deductive logic course. Student performance and dropout were compared across three systems: The Deep Thought logic tutor, Deep Thought with integrated hints, and Deep Thought with our data-driven mastery learning system. Results show that the data-driven mastery learning system increases mastery of target tutor-actions, improves tutor scores, and lowers the rate of tutor dropout over Deep Thought, with or without provided hints.
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