Dynamic display device adjustment for streamed video

1. A method performed by circuitry of a display device, the method comprising:

receiving variable bit-rate streaming video data, the streaming video data including information indicating a video quality identifier for a first frame of the video data and a second video quality identifier for a second frame of the video data;

determining a plurality of video parameter enhancements based on a location of the video quality identifier within a video quality range;

determining a second plurality of video parameter enhancements based on a location of the second video quality identifier within the video quality range;

selecting, for the first frame, a video parameter enhancement from the plurality of video parameter enhancements based on physical output characteristics of the display device, wherein the video parameter enhancement is selected in part based on a bit-rate of the first frame;

selecting, for the second frame, a second video parameter enhancement from the second plurality of video parameter enhancements based on the physical output characteristics of the display device, wherein the video parameter enhancement is selected in part based on a second bit-rate of the second frame;

applying, for a first duration of the first frame, the video parameter enhancement to a controllable subsystem of the display device to alter at least one of the physical output characteristics of the display device when displaying the first frame, wherein the at least one of the physical output characteristics enhances physical display of the first frame using a first adjustment implemented at least in part by a back light of the display device, and wherein the first adjustment causes a first change to an intensity level of the back light;

applying, for a second duration for the second frame, the second video parameter enhancement to the controllable subsystem of the display device to alter the at least one of the physical output characteristics of the display device when displaying the second frame, wherein the at least one of the physical output characteristics enhances physical display of the second frame using a second adjustment implemented at least in part by the back light of the display device, and wherein the second adjustment causes a second change to the intensity level of the back light; and

outputting video on the display device using the video parameter enhancement for the first frame, during the first duration of the first frame, and the second video parameter enhancement for the second frame, during the second duration of the second frame.

2. The method of claim 1 , wherein the display device is a television and wherein the controllable subsystem is a controllable component of a video processor or an audio processor of the television.

3. The method of claim 1 , wherein the physical output characteristics of the display device include at least one of a resolution, a sharpness, a contrast, or a back light setting.

4. The method of claim 1 , wherein the video parameter enhancement is identified in a database corresponding to a range of values within the video quality range.

5. The method of claim 1 , wherein the video quality identifier includes an incoming bit rate, an incoming bandwidth, or an incoming resolution.

6. The method of claim 1 , wherein applying the video parameter enhancement includes at least one of:

changing a sharpness value;

changing a contrast value;

changing an edge enhancement value;

changing a skin tone correction value;

adjusting a color gain value;

changing a motion estimation and motion compensation value;

adjusting a scalar performance value;

inserting a missing or incorrect color pixel on a frame;

inserting a frame;

adjusting the back light; or

adjusting a dynamically controlled Light Emitting Diode to adjust the intensity level of the back light.

7. The method of claim 1 , wherein applying the video parameter enhancement includes changing parameters for dynamic picture control blocks.

8. The method of claim 7 , wherein changing parameters for dynamic picture control blocks includes changing an adaptive contrast or an auto color gain.

9. The method of claim 1 , wherein the video parameter enhancement includes an audio enhancement.

10. The method of claim 9 , wherein the audio enhancement includes at least one of an audio volume correction, a dialogue clarity adjustment, and a music adjustment.

11. A system comprising circuitry of a display device, the circuitry to:

receive variable bit-rate streaming video data, the streaming video data including information indicating a video quality identifier for a first frame of the video data and a second video quality identifier for a second frame of the video data;

determine a plurality of video parameter enhancements based on a location of the video quality identifier within a video quality range;

determine a second plurality of video parameter enhancements based on a location of the second video quality identifier within the video quality range;

select, for the first frame, a video parameter enhancement from the plurality of video parameter enhancements based on display device settings of the display device, wherein the display device settings define physical display output characteristics of the display device, wherein the video parameter enhancement is selected in part based on a bit-rate of the first frame;

select, for the second frame, a second video parameter enhancement from the second plurality of video parameter enhancements based on the display device settings of the display device, wherein the video parameter enhancement is selected in part based on a second bit-rate of the second frame;

apply, for a first duration of the first frame, the video parameter enhancement to a controllable subsystem of the display device to alter at least one display device setting of the display device settings of the display device when displaying the first frame, wherein the at least one altered display device setting modifies physical display of the first frame using a first adjustment implemented at least in part by a back light of the display device, and wherein the first adjustment causes a first change to an intensity level of the back light;

apply, for a second duration for the second frame, the second video parameter enhancement to the controllable subsystem of the display device to alter the at least one display device setting of the display device settings of the display device when displaying the second frame, wherein the at least one altered display device setting modifies physical display of the second frame using a second adjustment implemented at least in part by the back light of the display device, and wherein the second adjustment causes a second change to the intensity level of the back light; and

output video on the display device using the video parameter enhancement for the first frame, during the first duration of the first frame, and the second video parameter enhancement for the second frame, during the second duration of the second frame.

12. The system of claim 11 , wherein the display device is a television and wherein the controllable subsystem is a controllable component of a video processor or an audio processor of the television.

13. The system of claim 11 , wherein the display device settings of the display device include at least one of a resolution, a sharpness, a contrast, and a back light setting.

14. The system of claim 11 , wherein the video parameter enhancement is identified in a database corresponding to a range of values within the video quality range.

15. The system of claim 11 , wherein the video quality identifier includes an incoming bit rate, an incoming bandwidth, or an incoming resolution.

16. The system of claim 11 , wherein applying the video parameter enhancement includes at least one of:

changing a sharpness value;

changing a contrast value;

changing an edge enhancement value;

changing a skin tone correction value;

adjusting a color gain value;

changing a motion estimation and motion compensation value;

adjusting a scalar performance value;

inserting a missing or incorrect color pixel on a frame;

inserting a frame;

adjusting the back light; or

adjusting a dynamically controlled Light Emitting Diode to adjust the intensity level of the backlight.

17. A non-transitory machine-readable medium including instructions which, when executed by circuitry of a display device, cause the display device to perform operations including:

receiving variable bit-rate streaming video data, the streaming video data including information indicating a video quality identifier for a first frame of the video data and a second video quality identifier for a second frame of the video data;

determining a plurality of video parameter enhancements based on a location of the video quality identifier within a video quality range;

determining a second plurality of video parameter enhancements based on a location of the second video quality identifier within the video quality range;

selecting, for the first frame, a video parameter enhancement from the plurality of video parameter enhancements based on physical output characteristics of the display device, wherein the video parameter enhancement is selected in part based on a bit-rate of the first frame;

selecting, for the second frame, a second video parameter enhancement from the second plurality of video parameter enhancements based on the physical output characteristics of the display device, wherein the video parameter enhancement is selected in part based on a second bit-rate of the second frame;

applying, for a first duration of the first frame, the video parameter enhancement to a controllable subsystem of the display device to alter at least one of the physical output characteristics of the display device when displaying the first frame, wherein the at least one of the physical output characteristics enhances physical display of the first frame using a first adjustment implemented at least in part by a back light of the display device, and wherein the first adjustment causes a change to an intensity level of the back light;

applying, for a second duration for the second frame, the second video parameter enhancement to the controllable subsystem of the display device to alter the at least one of the physical output characteristics of the display device when displaying the second frame, wherein the at least one of the physical output characteristics enhances physical display of the second frame using a second adjustment implemented at least in part by the back light of the display device, and wherein the second adjustment causes a second change to the intensity level of the back light; and

outputting video on the display device using the video parameter enhancement for the first frame, during the first duration of the first frame, and the second video parameter enhancement for the second frame, during the second duration of the second frame.

18. The machine-readable medium of claim 17 , wherein the physical output characteristics of the display device include at least one of a resolution, a sharpness, a contrast, and a back light setting.

19. The machine-readable medium of claim 17 , wherein the video quality identifier includes an incoming bit rate, an incoming bandwidth, or an incoming resolution.

20. The machine-readable medium of claim 17 . wherein applying the video parameter enhancement includes at least one of:

changing a sharpness value;

changing a contrast value;

changing an edge enhancement value;

changing a skin tone correction value;

adjusting a color gain value;

changing a motion estimation and motion compensation value;

adjusting a scalar performance value;

inserting a missing or incorrect color pixel on a frame;

inserting a frame;

adjusting the back light; or adjusting a dynamically controlled Light Emitting Diode to adjust the intensity level of the back light.

21. The method of claim 1 , wherein the first frame is received within a first bit rate stream and the second frame is received within a second bit rate stream.

22. The method of claim 1 , wherein the first frame is a high-definition video frame and the second frame has a resolution smaller than that of the high-definition video frame.