Investigation of the frequency ranges for pacemakers of irradiation phenomena in the light effects on the retina of the human eye by analyzing the results of the application of fractal measures to EEG signals

This paper examines the impact of the choice of the analyzed frequency bands to increase the probability of a correct differentiation states the level of activity of the brain under the influence of various light intensity as a result of application of fractal techniques to the analysis of deterministic chaos electroencephalogram. Provides a method for estimating the probability of correctly detecting the presence effect irradiation impacts during use of fractal methods to the analysis of electroencephalograms, and ways to increase this probability. Numerical estimates are increasing the likelihood by applying the results of the author’s procedures.