Learning opportunity based display generation and presentation

A computer program product, comprising a computer readable hardware storage device storing a computer readable program code, said computer readable program code comprising an algorithm that when executed by a processor of an augmented reality wearable device implements a display generation and presentation improvement method, said method comprising:

• generating, by said processor, configuration code associated with determining and presenting contextual information via said augmented reality wearable device;
• retrieving, by said processor via a video retrieval device of said augmented reality wearable device, image data of a user;
• retrieving, by said processor via a plurality of sensors connected to said augmented reality wearable device, biometric data of said user, wherein said biometric data comprises data retrieved from a heart rate monitor, a blood pressure monitor, a temperature sensor, a pulse rate monitor, an ultrasonic sensor, and an optical sensor;
• determining, by said processor executing said configuration code with respect to said image data and said biometric data, current activities and associated behaviors associated with said user;
• determining, by said processor executing said configuration code with respect to said current activities and associated behaviors and tracking data retrieved from a gaze point tracking device of said augmented reality wearable device, an attention level of said user with respect to an environment surrounding said user, wherein said determining said attention level of said user comprises:
• detecting, by said gaze point tracking device, motion of said user, eye movement of said user, and eye focus of said user;
• and
• comparing said motion, said eye movement, and said eye focus to a predetermined attention level threshold;
• retrieving, by said processor via said video retrieval device of said augmented reality wearable device, images of said environment surrounding said user;
• analyzing, by said processor executing said configuration code with respect to said images, objects and activities within said environment surrounding said user;
• identifying, by said processor executing said configuration code with respect to said attention level of said user and results of said analyzing, specified objects of said objects;
• identifying, by said processor executing said configuration code with respect to said attention level of said user and results of said analyzing, specified activities of said activities;
• retrieving, by said processor from a plurality of remote hardware sources, educational information associated with said user with respect to said specified objects and said specified activities;
• presenting, by said processor to said user, said educational information via a display device of said augmented reality wearable device;
• retrieving, by said processor from said user via said augmented reality wearable device, feedback data associated with said information presented to said user via a display device of said augmented reality wearable device;
• generating, by said processor, an attention level score for said attention level of said user with respect to said educational information being presented to said user;
• generating, by said processor based on said feedback data and said attention level score, self-learning software code for executing future user information presentation processes;
• and
• overlaying by said processor, images of said user with respect to said educational information via said display device of said augmented reality wearable device.

An augmented reality wearable device comprising a processor coupled to a computer-readable memory unit, said memory unit comprising instructions that when executed by the processor implements a display generation and presentation improvement method comprising:

• generating, by said processor, configuration code associated with determining and presenting contextual information via said augmented reality wearable device;
• retrieving, by said processor via a video retrieval device of said augmented reality wearable device, image data of a user;
• retrieving, by said processor via a plurality of sensors connected to said augmented reality wearable device, biometric data of said user, wherein said biometric data comprises data retrieved from a heart rate monitor, a blood pressure monitor, a temperature sensor, a pulse rate monitor, an ultrasonic sensor, and an optical sensor;
• determining, by said processor executing said configuration code with respect to said image data and said biometric data, current activities and associated behaviors associated with said user;
• determining, by said processor executing said configuration code with respect to said current activities and associated behaviors and tracking data retrieved from a gaze point tracking device of said augmented reality wearable device, an attention level of said user with respect to an environment surrounding said user, wherein said determining said attention level of said user comprises:
• detecting, by said gaze point tracking device, motion of said user, eye movement of said user, and eye focus of said user;
• and
• comparing said motion, said eye movement, and said eye focus to a predetermined attention level threshold;
• retrieving, by said processor via said video retrieval device of said augmented reality wearable device, images of said environment surrounding said user;
• analyzing, by said processor executing said configuration code with respect to said images, objects and activities within said environment surrounding said user;
• identifying, by said processor executing said configuration code with respect to said attention level of said user and results of said analyzing, specified objects of said objects;
• identifying, by said processor executing said configuration code with respect to said attention level of said user and results of said analyzing, specified activities of said activities;
• retrieving, by said processor from a plurality of remote hardware sources, educational information associated with said user with respect to said specified objects and said specified activities;
• presenting, by said processor to said user, said educational information via a display device of said augmented reality wearable device;
• retrieving, by said processor from said user via said augmented reality wearable device, feedback data associated with said information presented to said user via a display device of said augmented reality wearable device;
• generating, by said processor, an attention level score for said attention level of said user with respect to said educational information being presented to said user;
• generating, by said processor based on said feedback data and said attention level score, self-learning software code for executing future user information presentation processes;
• and
• overlaying by said processor, images of said user with respect to said educational information via said display device of said augmented reality wearable device.