Methods and systems for improving user experience

1. A method for improving a user experience through the use of at least one communications device, the method comprising:

initially sensing feedback of the user experience, wherein the user experience comprises at least one of three dimensional geolocation status, temporal status, experiential status, physiological status and emotional status;

creating at least an initial contextual data set from the initially sensed feedback;

transmitting media content to the user;

subsequent sensing feedback of the user experience by interpreting behaviors of the user, the behaviors comprising at least one of facial expressions, facial features, emotions, attention level, physical movement, physical objects and speech audio;

creating at least one subsequent contextual data set from the subsequent sensed feedback based on dynamic, spontaneous conditions detected by content consumption;

measuring changes in the user experience by comparing the initial contextual data set with the subsequent contextual data set; and

generating personalized user data based on the measuring changes, the generated personalized data indicative of adjustments in the at least one of three dimensional geolocation status, temporal status, experiential status, physiological status and emotional status of the user in the comparing of the initial contextual data set with the subsequent contextual data set.

2. The method of claim 1 , further comprising:

transmitting additional media content to the user;

additional sensing feedback of the user experience;

creating at least one of an additional contextual data set from the additional sensed feedback;

measuring additional changes in the user experience by comparing the subsequent contextual data set with the additional sensed feedback; and

generating revised personalized user data based on the measured additional changes corresponding with the comparing of the subsequent contextual data set with the additional contextual data set.

3. The method of claim 2 , further comprising:

creating an event based on each of the generated revised personalized user data; and

storing the event within in a data management system; and

comparing the event with a set of user preferences stored.

4. The method of claim 3 , further comprising:

selecting the media content corresponding with the comparing the event with a set of user preferences stored.

5. The method of claim 4 , wherein at least one of the initially sensing feedback, the subsequent sensing feedback and the additional sensing feedback including receiving input from at least one an audio source, a video source, and a wearable device.

6. The method of claim 5 , wherein at least one of the initial contextual data set, the subsequent contextual data set, and the additional contextual data set corresponds with a degree of reaction to the user experience, reflective of at least of the at least one of the three dimensional geolocation status, the temporal status, the experiential status, the physiological status and the emotional status.

7. The method of claim 6 , wherein the at least one of the media content and the additional media content comprises at least one metadata tags defined by at least one of an identified, a name, at least a title, a at least a category, at least a genre, at least an artist, at least an image, at least a video, at least a text, and media content.

8. The method of claim 7 , wherein at least one of the stored event and the selected media content cooperates with an Application Programming Interface.

9. The method of claim 4 , further comprising:

selecting the media content from a library in response to with the comparing the event with a set of user preferences stored.

10. A user experience system comprising:

a processor; and

a memory coupled with and readable by the processor and storing therein a set of instructions which, when executed by the processor, causes the processor to:

initially sense feedback of the user experience, wherein the user experience comprises at least one of three dimensional geolocation status, temporal status, experiential status, physiological status and emotional status,

create at least an initial contextual data set from the initially sensed feedback;

transmit media content to the user;

subsequently sense feedback of the user experience by interpreting behaviors of the user, the behaviors comprising at least one of facial expressions, facial features, emotions, attention level, physical movement, physical objects and speech audio;

create at least one subsequent contextual data set from the subsequent sensed feedback based on dynamic, spontaneous conditions detected and afforded by mobile content consumption;

measure changes in the user experience by comparing the initial contextual data set with the subsequent contextual data set; and

generate personalized user data based on the measuring changes, the generated personalized data indicative of adjustments in the at least one of three dimensional geolocation, temporal status, experiential status, physiological status and emotional status of the user in the comparing of the initial contextual data set with the subsequent contextual data set.

11. The user experience system of claim 10 , wherein the processor and memory cooperate to further:

transmit additional media content to the user;

additionally sense feedback of the user experience;

create at least one of an additional contextual data set from the additional sensed feedback;

measure additional changes in the user experience by comparing the subsequent contextual data set with the additional sensed feedback; and

generate revised personalized user data based on the measured additional changes corresponding with the comparing of the subsequent contextual data set with the additional contextual data set.

12. The user experience system of claim 11 , wherein the processor and memory cooperate to further:

create an event based on each of the generated revised personalized user data; and

store the event within in a data management system; and

compare the event with a set of user preferences stored.

13. The user experience system of claim 12 , wherein the processor and memory cooperate to further:

selecting the media content corresponding with the comparing the event with a set of user preferences stored.

14. The user experience system of claim 13 , wherein at least one of the initially sensing feedback, the subsequent sensing feedback and the additional sensing feedback including receiving input from at least one an audio source, a video source, a wearable device.

15. The user experience system of claim 14 , wherein at least one of the initial contextual data set, the subsequent contextual data set, and the additional contextual data set corresponds with a degree of reaction to the user experience, reflective of at least of the at least one of the three dimensional geolocation status, the temporal status, the experiential status, the physiological status and the emotional status.

16. The user experience system of claim 15 , wherein the at least one of the media content and the additional media content comprises at least one metadata tags defined by at least one of an identified, a name, at least a title, a at least a category, a at least a genre, at least an artist, at least an image, at least a video, at least a text, and media content.

17. The user experience system of claim 16 , wherein at least one of the stored event and the selected media content cooperates with an Application Programming Interface.

18. The user experience system of claim 17 , wherein the processor and memory cooperate to further:

selecting the media content from a library in response to with the comparing the event with a set of user preferences stored.