Abstract
Social emotions are emotion that can be induced from human social relationships when people are interacting with others. In this study, we are aim to analyze a brain function connectivity in terms of different relations of social emotions. The brain function connectivity can be used to observe the neural responses with features of EEG coherences during a cognitive process.In this study, the EEG coherence is measured according to different social emotion evocations. The auditory and visual stimulus for inducing social emotions was presented to participants during 20.5 sec (±3.1 sec). The participants were asked to imagine and explain about similar emotion experience after watching each video clips. The measured EEG coherence was grouped into two different social emotion categories;the information sharing relation and emotion sharing relation, and compared with the results of subjective evaluation and independent T-test.The information sharing relation was related with the brain connectivity oftherighttemporo-occipitalposition associated with a language memory. The emotion sharing relation was related with the brain connectivity of the left fron-to-right parietal position associated with a visual information processing area.
Keywords
Emotion, Social emotion, Emotion relation, EEG coherence, Brain function connectivity
Reference
Kim, J., Kim, D., Ann, S., Park, S., & Whang, M. (2013). Brain Function Connectivity Analysis for Recognizing Different Relation of Social Emotion in Virtual Reality. In Human-Computer Interaction, 441-447.
Abstract
Social emotions are emotion that can be induced from human social relationships when people are interacting with others. In this study, we are aim to analyze a brain function connectivity in terms of different relations of social emotions. The brain function connectivity can be used to observe the neural responses with features of EEG coherences during a cognitive process.In this study, the EEG coherence is measured according to different social emotion evocations. The auditory and visual stimulus for inducing social emotions was presented to participants during 20.5 sec (±3.1 sec). The participants were asked to imagine and explain about similar emotion experience after watching each video clips. The measured EEG coherence was grouped into two different social emotion categories;the information sharing relation and emotion sharing relation, and compared with the results of subjective evaluation and independent T-test.The information sharing relation was related with the brain connectivity oftherighttemporo-occipitalposition associated with a language memory. The emotion sharing relation was related with the brain connectivity of the left fron-to-right parietal position associated with a visual information processing area.
Keywords
Emotion, Social emotion, Emotion relation, EEG coherence, Brain function connectivity
Reference
Kim, J., Kim, D., Ann, S., Park, S., & Whang, M. (2013). Brain Function Connectivity Analysis for Recognizing Different Relation of Social Emotion in Virtual Reality. In Human-Computer Interaction, 441-447.