Individual performance optimization of electronic lens for presbyopia correction

A method of optimization for presbyopia correction, comprising:

• providing a dynamic lens comprising:
• i) a sensor configured to measure a difference in an effect of an ocular element of an eye of a person viewing an object between a far distance and a near distance;
• ii) a control electronics configured to receive a sensor signal from the sensor;
• iii) an actuator configured to receive an actuation signal from the control electronics;
• and
• iv) a presbyopia correcting optical element configured to communicate with the actuator for its setting in one of an optical power for far distance and another optical power for near distance;
• and
• providing a controller associated with and disposed separate from the dynamic lens, wherein the controller is configured to send a paired instruction synchronically to the person as an audio command to view the object at one of the far distance and the near distance and to the control electronics of the dynamic lens as a wireless command to send the actuation signal to the actuator for communication with the presbyopia correcting optical element, wherein the audio command and the wireless command both correspond to the one of the far distance and the near distance;
• wherein the control electronics is configured to receive the wireless command from the controller and the sensor signal from the sensor, store the sensor signal, send the actuation signal to the presbyopia correcting optical element and store the corresponding actuation signal;
• wherein the actuation signal for the far distance communicates to the presbyopia correcting optical element of the dynamic lens to set it for the optical power for far distance to bring the object at the far distance in-focus;
• and
• wherein the actuation signal for the near distance communicates to the presbyopia correcting optical element of the dynamic lens to set it for the another optical power for near distance to bring the object at near distance in-focus.
• installing the dynamic lens at the eye of the person;
• sending, via the controller while utilizing the control electronics in an optimization mode, the paired instruction comprising the audio command to the person and the wireless command to the control electronics;
• storing, via the control electronics, the sensor signal that is associated with the wireless command;
• and
• sending the actuator signal to the dynamic lens based on the sensor signal while utilizing the control electronics in an operation mode.