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Article title SIMULATION OF BRAIN ELECTRICAL ACTIVITY IN VARIOUS REGIONS OF EEG BASED ON SOLITON MODEL
Authors L.A. Dorogobed, D.Yu. Dushenin, A.V. Luchinin, T.A. Momot
Section SECTION II. THE ENVIRONMENT AND HEALTH OF PEOPLE
Month, Year 09, 2011 @en
Index UDC 615.471:616-073.97:616.831:681.3.06
DOI
Abstract One of the main principles in the development and application of ritm influencing control devices is bioresonance – matching of interacting pulses rate with the biorhythms of the body, some of its physiological systems and organs. Control of the functional state of the human operator by means of biological feedback (BFB) is growing at a rapid pace, especially in the last decade. As an option, along which the state regulation may act as muscle activity, cardiovascular activity, skin potential, EEG, etc. The possibility of control of semisphere’s interface asymmetry using biofeedback was investigated. On models of EEG the possibility of separating signals, taken from the symmetric derivations on the left and right-brain component was shown.

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Keywords EEG, soliton; functional brain asymmetry; nerve pulse; BFB.
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