Abstract
Neurointerface with Double Feedback from Subject’s EEG for Correction of Stress-Induced States
Highlights
Technologies of neurointerfaces, including the brain– computer interface and neurofeedback technology, have recently been widely used to suppress stressinduced states [1,2,3,4]
The use of the double audio-visual feedback from the human EEG appears to be a promising way to improve the effectiveness of neurointerfaces in correcting stress-induced functional states
Earlier we showed that the transformation of current values of patient’s EEG oscillators into music-like signals provides an opportunity for rapid and effective correction of unfavorable changes in its functional state [15]
Summary
Technologies of neurointerfaces, including the brain– computer interface and neurofeedback technology, have recently been widely used to suppress stressinduced states [1,2,3,4]. Analysis of the literature shows, that in order to increase the efficiency of neurointerfaces, it is necessary to organize optimal feedback signals from human bioelectric processes [7]. Earlier, for this purpose, an approach was theoretically justified, suggesting the use of musical or music-like feedback signals from the electroencephalogram (EEG), facilitating the patient’s perception of feedback and increasing the effectiveness of therapy [8]. Zemlyanaya, L.V. Savchuk, S.A. Polevaya clinical supplement approach has been successfully tested to correct stressinduced disorders through musical stimuli controlled by subject’s EEG oscillators [9], and by transforming brain biopotentials into music-like feedback signals [10]
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