| VESTEL ELEKTRONIK SANAYI VE TICARET A.S. Patent applications |
| Patent application number | Title | Published |
|---|
| 20100245372 | METHOD AND APPARATUS FOR FRAME INTERPOLATION - The invention generally provides a method and apparatus for up-converting the frame rate of a digital video signal, the method comprising: receiving a digital video signal containing a first frame and a second frame; finding in one of the received frames, matches for objects in the other of the received frames; utilising 3 dimensional position data in respect of the objects within the frames to determine 3 dimensional movement matrices for the matched objects; using the 3 dimensional movement matrices, determining the position of the objects in a temporally intermediate frame and thereby generating an interpolated frame, temporally between the first and second frame. | 09-30-2010 |
| 20100079667 | METHOD AND APPARATUS FOR INCREASING THE FRAME RATE OF A VIDEO SIGNAL - A method and an apparatus are disclosed for increasing the frame rate of an input video signal by interpolating video frames between original video frames of the input video signal and inserting interpolated video frames between original video frames of the input video signal to produce an output video signal having a higher frame rate than the input signal. | 04-01-2010 |
| 20090204842 | Streaming Media Player and Method - A streaming media player receives a media stream from a server. A clock comparator of the media player compares a clock value of the server with a clock value of the media player and generates a clock state value representing how much the server's clock value lags or leads the player's clock value. An output component of the media player generates an output media stream corresponding to the input media stream. A rate component of the media player receives the clock state value from the clock comparator and varies the rate of output of the media stream from the output component in dependency on the clock state value. | 08-13-2009 |
| 20090169099 | METHOD OF AND APPARATUS FOR DETECTING AND ADJUSTING COLOUR VALUES OF SKIN TONE PIXELS - A method of detecting skin tone pixels in an input image and adjusting colour values thereof for an output image is disclosed. The method comprises determining for each of a plurality of pixels in an input image whether initial chromaticity values of each of said pixels lie within a skin tone area defined in a chromaticity plane. The method further comprises amending the initial chromaticity values of those pixels that have chromaticity values lying within said skin tone area to obtain amended chromaticity values for use in obtaining an output image. | 07-02-2009 |
| 20090015484 | Antenna and Method of Manufacturing an Antenna - An antenna ( | 01-15-2009 |
| 20080304570 | Method and Apparatus for Transcoding a Video Signal - The invention provides a method of transcoding a video signal made up of an input bit stream representative of frames of a video, each frame being made up of blocks of pixels, there being a corresponding block of data within the input bit stream for each block of pixels, the method comprising: for the bit stream of a frame of the video signal, identifying the type of frame; and for certain types of frame, disregarding a configurable proportion of the data in respect of plural blocks within the frame, thereby taking into account local motion activity within the frame. | 12-11-2008 |
| 20080205784 | Methods and Apparatus for Processing of a Digital Image - Edge information of an input digital image is obtained. Digital image data corresponding to the input digital image is transmitted to a receiver. The edge information is also transmitted to the receiver. An output digital image is obtained at the receiver by processing the digital image data received at the receiver using the edge information received at the receiver. In this way, because the edge information is transmitted separately, as side information, and does not have to be obtained at the receiver, the computational complexity requires of the receiver is low. This enables for example real-time edge-adaptive interpolation to be carried out at the receiver. | 08-28-2008 |
