V. Zakharova, O. Trofimov, A. Zagoruyko, and F. Zhuravel (Russia)
identification, MBFB-training, efficiency, synchronizing/desynchronizing
Software released algorithms have been considered, which allow to obtain the objective computer estimations of: • an efficiency of temperature (T), electromyography (EMG), pulse (HR – heart rate) and photoplethysmography (PS – photoplethysmogram swing) training by multichannel biofeedback (MBFB) method on initial T, EMG, HR and PS signals; • a synchronizing/desynchronizing degree of EMG-T, HR-PS, EMG-HR, PS-EMG, HR-T and PS-T signals of MBFB-training sessions; • a distribution of the efficiency factors and of synchronizing/desynchronizing for the purpose of identification of the most active and passive full phases of MBFB-training sessions on given training time intervals; • a distribution of the extreme values of efficiency factors and of synchronizing/desynchronizing for the purpose of identification of the most active and passive truncated phases (subphases) of MBFB training sessions on given training time intervals by the interval method.
Important Links:
Go Back
