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Evaluation of the Possibility of Control Using Neurocomputer Interface Under Conditions of Continuous Photostimulation
Ya. A. Turovsky (Russian Academy of Sciences, V. A. Trapeznikov Institute of Control Sciences), Sergei Borzunov (Voronezh State University), A. A. Vakhtin (Voronezh State University)
Abstract: General spectral patterns of electroencephalographic activity under conditions of photostimulation have been established. Thus, photostimulation at 14 Hz is characterized by the appearance of a second peak at frequencies of 6-7 Hz, and the initial conditions formed two clusters of observations. General patterns, as well as patterns related to the frequency of photostimulation, have been established. The results expand the understanding of the formation of spectral EEG features. They can be used to improve methods of control using brain-computer interfaces based on steady-state visually evoked potentials.