Method of and apparatus for quantitative evaluation of current changes in a functional state of human organism
First Claim
1. A method of quantitative evaluation of current changes in a functional state of a human organism, comprising the steps of evaluating characteristics of interaction processes of at least two different physiological systems of the organism, said evaluating including joint evaluating of characteristics of interaction processes of at least two different physiological systems of the organism by means of joint analyzing of parameters of at least one of electrophysiological signals, physiological processes, and electrophysiological signals and physiological processes characterized two different physiological systems, said joint evaluating including demodulating of said at least one of electrophysiological signals, physiological processes, and electrophysiological signals and physiological processes of said two different physiological systems for isolating variations of parameters of said at least one of electrophysiological signals and physiological processes of said at least two different physiological systems, measuring of current values of said variations of said parameters, and jointly cross-correlating and cross-spectral processing of the measured current values of said variations of said parameters of said at least one of electrophysiological signals, physiological processes, and electrophysiological signals and physiological processes of said at least two different physiological systems.
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Abstract
A quantitative evaluation of current changes in a functional state of a human organism is performed by evaluation of characteristics of interaction processes of at least two different physiological systems of the organism.
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Citations
18 Claims
- 1. A method of quantitative evaluation of current changes in a functional state of a human organism, comprising the steps of evaluating characteristics of interaction processes of at least two different physiological systems of the organism, said evaluating including joint evaluating of characteristics of interaction processes of at least two different physiological systems of the organism by means of joint analyzing of parameters of at least one of electrophysiological signals, physiological processes, and electrophysiological signals and physiological processes characterized two different physiological systems, said joint evaluating including demodulating of said at least one of electrophysiological signals, physiological processes, and electrophysiological signals and physiological processes of said two different physiological systems for isolating variations of parameters of said at least one of electrophysiological signals and physiological processes of said at least two different physiological systems, measuring of current values of said variations of said parameters, and jointly cross-correlating and cross-spectral processing of the measured current values of said variations of said parameters of said at least one of electrophysiological signals, physiological processes, and electrophysiological signals and physiological processes of said at least two different physiological systems.
- 10. An apparatus for quantitative evaluation of current changes in a functional state of a human organism, comprising means for evaluation of characteristics of interaction processes of at least two different physiological systems of the organism, said means for evaluation including means for demodulating at least one of electrophysiological signals, physiological processes, and electrophysiological signals and physiological processes as for isolating variations of parameters of said at least one of electrophysiological signals physiological process, and electrophysiological signals and physiological processes of said at least two different physiological systems, means for measuring current values of the variations of the parameters of the at least one of electrophysiological signals, physiological processes, and electrophysiological signals and physiological processes of the at least two different physiological systems, and means for joint-correlation and cross-spectral processing of the measured current values of the variations of the parameters of the at least one of electrophysiological signals, physiological processes, and electrophysiological signals and physiological processes of the at least two different physiological systems.
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