Title :
Emotional responses to thermally augmented audiovisual stimuli
Author :
Greiner, Stefan ; Antons, Jan-Niklas ; Wechsung, Ina
Author_Institution :
Quality & Usability Lab., Berlin Inst. of Technol., Berlin, Germany
Abstract :
Physiological reactions to certain emotions make us feel warm or cold, thus there are strong bounds between emotions and temperature. However, within HCI research, using thermal information to evoke emotion related experiences is still rare. For the research presented in this paper a kidney belt with thermal actuators was developed in order to investigate the emotional responses to thermally augmented audiovisual stimuli (movie clips). Participants then continuously evaluated their emotional state via a tablet application on the dimensions “arousal” and “valence”. The results indicate that thermal stimulation has significant effects on the emotional experience of subjects. While emotions with negative valence are more prone to be affected on the arousal dimension, emotions with positive valence are significantly influenced on the valence dimension.
Keywords :
emotion recognition; human computer interaction; physiological models; HCI research; arousal dimension; emotion related experiences; emotional responses; emotional state; human computer interaction; kidney belt; movie clips; negative valence; physiological reactions; positive valence; tablet application; temperature; thermal actuators; thermal information; thermal stimulation; thermally augmented audiovisual stimuli; valence dimension; Atmospheric measurements; Belts; Kidney; Motion pictures; Particle measurements; Skin; Training;
Conference_Titel :
Quality of Multimedia Experience (QoMEX), 2015 Seventh International Workshop on
Conference_Location :
Pylos-Nestoras
DOI :
10.1109/QoMEX.2015.7148140