Patent application number | Description | Published |
20090074077 | VIDEO SOURCE CODING WITH DECODER SIDE INFORMATION - A method and system ( | 03-19-2009 |
20100111198 | RATE-DISTORTION CONTROL IN DVC WITH NO FEEDBACK CHANNEL - A method of determining bit rates for use in encoding video data for joint decoding, is disclosed. An approximation of the video data is generated for later use as side information during a process of joint decoding. Bit error probabilities are determined for each bit plane and for each coefficient band of the approximation. The bit rates are determined for encoding the bit planes depending on the bit error probabilities, bit planes, and coefficient bands. | 05-06-2010 |
20100142839 | DVC AS GENERIC FILE FORMAT FOR PLENOPTIC CAMERA - A computer implemented method of storing pixel data corresponding to a pixel is disclosed. A first and a second set of pixel data is determined for the pixel. Parity bits for the first set of pixel data are generated, using error correction. An encoded version of the first set of pixel data including the parity bits is stored. An encoded version of the second set of pixel data is stored, using lossless data compression, for use in decoding the first set of pixel data. | 06-10-2010 |
20100158131 | ITERATIVE DVC DECODER BASED ON ADAPTIVELY WEIGHTING OF MOTION SIDE INFORMATION - A method of decoding a frame ( | 06-24-2010 |
20100245602 | METHOD OF REMOVING AN ARTEFACT FROM AN IMAGE - A method of removing an artefact from an image captured with a motion invariant camera is disclosed. The captured image is de-blurred using a spatially invariant blur kernel. An edge filter with a fixed offset is applied to the de-blurred image to identify the location of at least one artefact. A parameter is estimated based on a region either side of the identified location. The at least one artefact is removed from the de-blurred image using the parameter. | 09-30-2010 |
20130271615 | METHOD OF REMOVING AN ARTEFACT FROM AN IMAGE - A method of removing an artefact from an image captured with a motion invariant camera is disclosed. The captured image is de-blurred using a spatially invariant blur kernel. An edge filter with a fixed offset is applied to the de-blurred image to identify the location of at least one artefact. A parameter is estimated based on a region either side of the identified location. The at least one artefact is removed from the de-blurred image using the parameter. | 10-17-2013 |