System, method and computer program product for indicating stimulation signals to a user

A method of indicating stimulation signals to a user comprising:

• detecting, via at least one heart rate sensor, a sequence of heart beats;
• calculating, via a processing circuit, intervals between the detected heart beats and registering, via the processing circuit, a predetermined number of successive calculated heart beat time intervals;
• predicting, via the processing circuit, a time interval (a) between (a)(i) a detected heart beat and (a)(ii) a predicted future heart beat, (b) wherein the predicted future heart beat time interval is based on a sequence of the predetermined number of successive calculated heart beat time intervals of the registered intervals;
• and
• indicating, via a user interface, a stimulation signal to a user non-simultaneously with the predicted heart beat so as to change a heart rate and/or heart coherence of the user, wherein (i) to excite the user, the processing circuit instructs the user interface to indicate the stimulation signal just before the predicted future heart beat, and after a heart beat that occurs before an actual heart beat corresponding to the predicted future heart beat, and (ii) to relax the user, the processing circuit instructs the user interface to indicate the stimulation signal after the actual heart beat corresponding to the predicted future heart beat, and before a second future heart beat.

A non-transitory computer-readable medium embodied with a computer program for indicating simulation signals to a user, which when executed on a computer controls the computer to

• detect a sequence of heart beats via heart beat sensors,
• calculate intervals between the detected heart beats and register a predetermined number of successive calculated heart beat time intervals,
• predict a time interval (a) between (a)(i) a detected heart beat and (a)(ii) a predicted future heart beat, (b) wherein the predicted future heart beat is based on a sequence of the predetermined number of successive calculated heart beat intervals of the registered intervals, and
• indicate a stimulation signal via a user interface, non-simultaneously with the predicted future heart beat so as to change a heart rate and/or heart coherence of the user, wherein (i) to excite the user, instruct the user interface to indicate the stimulation signal just before the predicted future heart beat, and after a heart beat that occurs before an actual heart beat corresponding to the predicted future heart beat, and (ii) to relax the user, instruct the user interface to indicate the stimulation signal after the actual heart beat corresponding to the predicted future heart beat, and before a second future heart beat.