Paper Info
Title
Supervised Domain Adaptation For Emotion Recognition From Speech
Abstract
One of the main barriers in the deployment of speech emotion recognition systems in real applications is the lack of generalization of the emotion classifiers. The recognition performance achieved in controlled recordings drops when the models are tested with different speakers, channels, environments and domain conditions. This paper explores supervised model adaptation, which can improve the performance of systems evaluated with mismatched training and testing conditions. We address the following key questions in the context of supervised adaptation for speech emotion recognition: (a) how much labeled data is needed for adaptation to achieve good performance? (b) how important is speaker diversity in the labeled set? (c) can spontaneous acted data provide similar performance than naturalistic non-acted recordings? and (d) what is the best approach to adapt the models (domain adaptation versus incremental/online training)? We address these problems by using a multi-corpus framework where the models are trained and tested with different databases. The results indicate that even small portion of data used for adaptation can significantly improve the performance. Increasing the speaker diversity in the labeled data used for adaptation does not provide significant gain in performance. Also, we observe similar performance when the classifiers are trained with naturalistic non-acted data and spontaneous acted data.
Year
Venue
Keywords
2015
2015 IEEE INTERNATIONAL CONFERENCE ON ACOUSTICS, SPEECH, AND SIGNAL PROCESSING (ICASSP)
emotion recognition, supervised domain adaptation
Field
DocType
ISSN
Pattern recognition,Emotion recognition,Domain adaptation,Computer science,Support vector machine,Communication channel,Speech recognition,Speaker recognition,Artificial intelligence,Labeled data
Conference
1520-6149
Citations 
PageRank 
References 
14
0.65
17
Authors
2
Name
Order
Citations
PageRank
Mohammed Abdel-Wahab1493.35
Carlos Busso2161693.04