Abstract
EEG(electroencephalogram) is characterized with auditory emotion in this study. Twenty university students participated in this study. The auditory stimulus was the natural sounds such as creek sound, clash, machining noise, and etc. They can cause the positive and negative emotion. EEG characteristics according to positive and negative auditory stimuli is tried to observe statistic difference. The significant difference is shown depending on the localized area. The auditory parameters of EEG variation is examined for defining human emotion qualitatively. The results shows that the alpha and the beta at temporal area may be the determinant of human auditory emotion.
Keywords
Reference
Whang, M. C., & Kim, H. K. C. C. J. (1996). EEG Characteristics of Auditory Comfort Sensibility. Journal of the Ergonomics Society of Korea, 15(2), 185-192.
Abstract
EEG(electroencephalogram) is characterized with auditory emotion in this study. Twenty university students participated in this study. The auditory stimulus was the natural sounds such as creek sound, clash, machining noise, and etc. They can cause the positive and negative emotion. EEG characteristics according to positive and negative auditory stimuli is tried to observe statistic difference. The significant difference is shown depending on the localized area. The auditory parameters of EEG variation is examined for defining human emotion qualitatively. The results shows that the alpha and the beta at temporal area may be the determinant of human auditory emotion.
Keywords
Reference
Whang, M. C., & Kim, H. K. C. C. J. (1996). EEG Characteristics of Auditory Comfort Sensibility. Journal of the Ergonomics Society of Korea, 15(2), 185-192.