Use of Multimodal Information in Facial Emotion Recognition
スポンサーリンク
概要
- 論文の詳細を見る
Detection of facial emotions are mainly addressed by computer vision researchers based on facial display. Also detection of vocal expressions of emotions is found in research work done by acoustic researchers. Most of these research paradigms are devoted purely to visual or purely to auditory human emotion detection. However we found that it is very interesting to consider both of these auditory and visual informations together, for processing, since we hope this kind of multimodal information processing will become a datum of information processing in future multimedia era. By several intensive subjective evaluation studies we found that human beings recognize Anger, happiness, Surprise and Dislike by their visual appearance, compared to voice only detection. When the audio track of each emotion clip is dubbed with a different type of auditory emotional expression, still Anger, Happiness and Surprise were video dominant. However Dislike emotion gave mixed responses to different speakers. In both studies we found that Sadness and Fear emotions were audio dominant. As a conclusion to the paper we propose a method of facial emotion detection by using a hybrid approach, which uses multimodal informations for facial emotion recognition.
- 社団法人電子情報通信学会の論文
- 1998-01-25
著者
-
De Silva
Atr Media Integration And Communications Research Laboratories
-
Nakatsu Ryohei
Deparment Of Electrical Engineering The National University Of Singapore
-
MIYASATO Tsutomu
ATR Media Integration and Communications Res. Labs.
-
Miyasato Tsutomu
Atr Media Integration & Communications Research Laboratories
-
Miyasato Tsutomu
Atr Media Integration And Communications Research Laboratories
関連論文
- An Evaluation of Visual Fatigue in 3-D Displays: Focusing on the Mismatching of Convergence and Accommodation (Special Issue on Electronic Displays)
- System development of fatigue-less HMD system 3DDAC (3D Display with Accommodative Compensation : System implementation of Mk.4 in light-weight HMD
- System development of fatigue-less HMD system 3DDAC (3D Display with Accommodative Compensation) : System implementation of Mk.4 in light-weight HMD
- Degree of Human Perception of Facial Emotions Based on Audio and Video Information
- Use of Multimodal Information in Facial Emotion Recognition