Interactive component extraction from fEEG, fNIRS and peripheral biosignals for affective brainmachine interfacing paradigms
This paper investigates whether some well understood principles of human behavioral analysis can be used to design novel paradigms for affective braincomputer/machine interfaces. This is achieved by using the visual, audio, and audiovisual stimuli representing human emotions. The analysis of brain responses to such stimuli involves several challenges related to the conditioning of brain electrical responses, extraction of the responses to stimuli and mutual information between the several physiological recording modalities used. This is achieved in the timefrequency domain, using multichannel empirical mode decomposition (EMD), which proves very accurate in the joint analysis of neurophysiological and peripheral body signals. Our results indicate the usefulness of such an approach and confirm the possibility of using affective braincomputer/machine interfaces.
brain/humancomputer interaction eeg intelligent brain signal processing emd application to eeg interactive braincomputer interfacing affective human/braincomputer interfacing paradigm