FIELD: medicine.
SUBSTANCE: invention refers to medicine, namely to assessing a person's sense of rhythm. Disclosed is a method in which an operator in a module for generating a rhythm of a computing device configures parameters of a master rhythm and (or) sound stimuli; rhythm generation module generates master rhythm that is transmitted to sound card; sound card by means of a sound playback device connected to it is presented with a master rhythm and (or) stimuli to the respondent; percussion module registers repetitions of preset rhythm by respondent by striking percussion module through recognition of respondent response signals to given rhythm by means of strikes percussion module and the recorded signals are transmitted to the sound card and recorded together with the master rhythm signals; recorded signals are transmitted to a program module for converting recognized signals into a universal format of a computing device; signals in a universal format are transmitted to a program module for analysis and presentation of a computing device, which converts the obtained data into a data set of an intervalogram, analyzed with calculation of a sense of rhythm of the respondent by calculating accuracy, which determines deviation of intervals of recorded signals of repetition of the respondent of the preset rhythm from a given interval between sound stimuli of the master rhythm, and stability, determining whether the respondent maintains the reproducing master rhythm as well as the standardized accuracy determining the respondent's ability to fall into the reproducing master rhythm, and normalized resistance, which determines respondent ability to retain reproducible driving rhythm; software module for analysis and presentation of a computing device displays to a responder and (or) an operator an intervalogram from a data set of an intervalogram and (or) analysis results.
EFFECT: invention provides higher accuracy of assessing human rhythm.
8 cl, 8 dwg, 2 tbl
