Using Auditory Model to Analyze Music
Summary: Physiological analysis of an excerpt from a piece of music using a computational auditory model. The auditory model prediction supported the timbral effect observed in the score analysis. The results of this study suggest that the auditory model can successfully provide a neurophysiological correlate of an aspect of perception of a complex musical stimulus. The use of an auditory model in future research may help with interpreting the score and predicting what perceptual experiments are likely to reveal.
Brain Rhythms of Boring and Non-Boring Music
Summary: In this study we investigated the neural correlates of boredom evoked by music in human subjects. We used EEG recording of subjects listening to musical pieces with various boredom indices. Using short time Fourier analysis, we found that beta 2 rhythm (16–20 Hz) was significantly lower whenever the subjects rated the music as boring in comparison to non-boring.
Music Emotion Study
Poster (Cite: ResearchGate)
Summary: The functional connectivity network (FCN) pertaining to the processing of a three dimensional music emotion model was investigated between male and female. We did not observe previously suggested sex based local or global preference in our data.