Problems of bioelectric signals synchronous analysis realization during their complete cycles

The work has been executed on the basis of new author’s methods of ultra high resolution instrumental electrophysiology, created by means of amplitude and frequency ranges extension and newest achievements of radio electronic and information technologies. The goal of investigation is the deep analysis of complicated bioelectric signals (BES) fine structure for elaboration of BES synchronous analysis during their cycle complete duration. The BES separate cycles common processing requires their time synchronization problem solution. In order to do that, the different procedures have been synthesized for definition of BES analyzed realization morphology and high-accuracy estimation of all its characteristic points. Recording of cyclic BES means their division by the separate cycles with further statistical processing both inside each cycle and in definition of their interperiodic characteristics. The author’s multicount precision algorithms of high-accuracy synchronization using BES digital counts have been proposed.