Methods and Systems for Display Viewer Motion Compensation Based on User Image Data
First Claim
Patent Images
1. A method for displaying a motion-compensated image, said method comprising:
- a) capturing a first user image of a user of a display device with an imaging device;
b) identifying a user facial feature in said first user image;
c) calculating a first user position relative to said display device from said user facial feature;
d) capturing a second user image of said user of said display device with said imaging device;
e) identifying said user facial feature in said second user image;
f) calculating a second user position relative to said display device from said user facial feature;
g) calculating a user motion characteristic using said first user position and said second user positionh) receiving an input image; and
i) modifying said input image by shifting said image relative to said display in a direction related to said user motion characteristic, thereby creating a modified input image.
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Abstract
Embodiments of the present invention comprise systems and methods for compensating for motion of a viewer relative to a display device.
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Citations
20 Claims
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1. A method for displaying a motion-compensated image, said method comprising:
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a) capturing a first user image of a user of a display device with an imaging device; b) identifying a user facial feature in said first user image; c) calculating a first user position relative to said display device from said user facial feature; d) capturing a second user image of said user of said display device with said imaging device; e) identifying said user facial feature in said second user image; f) calculating a second user position relative to said display device from said user facial feature; g) calculating a user motion characteristic using said first user position and said second user position h) receiving an input image; and i) modifying said input image by shifting said image relative to said display in a direction related to said user motion characteristic, thereby creating a modified input image. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11)
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12. A system for displaying a motion-compensated image with a display device, said system comprising:
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a) an imaging device for capturing user images of a user of a display device; b) a facial feature or face indicator identifier for identifying a user facial feature or face indicator in said user images; c) a user position calculator for calculating a user position relative to said display device using said user facial feature; d) a motion characteristic calculator for calculating a user motion characteristic using a plurality of said user positions calculated with said user position calculator; e) an image receiver for receiving an input image; f) an image modifier for modifying said input image by shifting said image relative to said display in a direction related to said user motion characteristic, thereby creating a modified input image; and g) a filter for filtering said modified image to compensate for image blur. - View Dependent Claims (13, 14, 15, 16, 17, 18, 19)
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20. A method for displaying a motion-compensated image, said method comprising:
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a) capturing a first user image of a user of a display device with an imaging device; b) identifying a user facial feature in said first user image; c) calculating a first user position relative to said display device from said user facial feature; d) capturing a second user image of said user of said display device with said imaging device; e) identifying said user facial feature in said second user image; f) calculating a second user position relative to said display device from said user facial feature; g) calculating a user motion characteristic using said first user position and said second user position h) receiving an input image; i) modifying said input image by shifting said image relative to said display in a direction related to said user motion characteristic; j) filtering said input image with a motion-compensated spatial inverse filtering process; and k) creating a soft aperture region in said input image.
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Specification