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Multi-Modal Emotion recognition on IEMOCAP Dataset using Deep Learning
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Emotion recognition has become an important field of research in Human Computer Interactions as we improve upon the techniques for modelling the various aspects of behaviour. With the advancement of technology our understanding of emotions are advancing, there is a growing need for automatic emotion recognition systems. One of the directions the research is heading is the use of Neural Networks which are adept at estimating complex functions that depend on a large number and diverse source of input data. In this paper we attempt to exploit this effectiveness of Neural networks to enable us to perform multimodal Emotion recognition on IEMOCAP dataset using data from Speech, Text, and Motion capture data from face expressions, rotation and hand movements. Prior research has concentrated on Emotion detection from Speech on the IEMOCAP dataset, but our approach is the first that uses the multiple modes of data offered by IEMOCAP for a more robust and accurate emotion detection.
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Cited by 2 Pith papers
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EmoTech: A Multi-modal Speech Emotion Recognition Using Multi-source Low-level Information with Hybrid Recurrent Network
A hybrid BiLSTM-CNN model using audio MFCCs and text embeddings reports 83.52% accuracy on five IEMOCAP emotion classes.
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A Multimodal Emotion Recognition System: Integrating Facial Expressions, Body Movement, Speech, and Spoken Language
A four-modality emotion recognition system that fuses facial, body, speech, and language cues is reported to reach 96.43 percent accuracy in a simulated, self-reported webcam test.
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