FIELD: medicine; physiology and therapy.
SUBSTANCE: patient's cardiointervalograms are registered and analysed in real time mode. Respiratory movements are synchronised with own heart rate. Command information to man on inspiration-expiration is generated by microcontroller on basis of analysis of ongoing cardiointervalogram, and inspiration command is generated by microcontroller upon registration of cardiointervalogram's maximum and provided the time interval of analysis lockout is completed, when microcontroller's commands are pending even at extremum. Expiration command is generated upon registration of cardiointervalogram's minimum and the time interval of analysis lockout starts at expiration command with duration of three cardio cycles, or at inspiration command with duration of one cardio cycle.
EFFECT: method increases efficacy of systems of diagnostics and correction of human functional condition.
6 dwg
