The Scientific World JOURNAL · 2014 · 91 citations · 40 references
EducationComputer ScienceEducational TechnologyData MiningEducational Data MiningMachine LearningAffective ComputingAffective State DetectionEmotion RecognitionEmotional ExpressionFacial ExpressionMultimodal InteractionAffective AnnotationAffective Data MiningAffective State AnnotationAutomatic Emotion DetectionEmotion AnnotationEmotion DetectionFacial Expression AnalysisMultimodal Affective State Recognition
We report current findings when considering video recordings of facial expressions and body movements to provide affective personalized support in an educational context from an enriched multimodal emotion detection approach. In particular, we describe an annotation methodology to tag facial expression and body movements that conform to changes in the affective states of learners while dealing with cognitive tasks in a learning process. The ultimate goal is to combine these annotations with additional affective information collected during experimental learning sessions from different sources such as qualitative, self-reported, physiological, and behavioral information. These data altogether are to train data mining algorithms that serve to automatically identify changes in the learners' affective states when dealing with cognitive tasks which help to provide emotional personalized support.
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View-based and modular eigenspaces for face recognition