Publication | Closed Access
Combining Multimodal Features with Hierarchical Classifier Fusion for Emotion Recognition in the Wild
72
Citations
23
References
2014
Year
Unknown Venue
EngineeringMachine LearningBiometricsAffective NeuroscienceMultimodal Sentiment AnalysisSocial SciencesSpeech RecognitionImage AnalysisData SciencePattern RecognitionAffective ComputingEmotiw 2014Deep LearningFeature FusionEmotionComputer VisionMultimodal FeaturesFacial Expression RecognitionAudio FeaturesHierarchical Classifier FusionEmotion Recognition
Emotion recognition in the wild is a very challenging task. In this paper, we investigate a variety of different multimodal features from video and audio to evaluate their discriminative ability to human emotion analysis. For each clip, we extract SIFT, LBP-TOP, PHOG, LPQ-TOP and audio features. We train different classifiers for every kind of features on the dataset from EmotiW 2014 Challenge, and we propose a novel hierarchical classifier fusion method for all the extracted features. The final achievement we gained on the test set is 47.17% which is much better than the best baseline recognition rate of 33.7%.
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