Abstract: High quality video format converters apply motion estimation and motion compensation to prevent judder, resulting from picture rate conversion, and alias, due to de-interlacing, in sequences with motion. Although initially considered being too expensive, high quality conversion is now economically feasible, and since 1995 available in consumer television ICs. This paper addresses the issues in format conversion and shows recent progress, introducing a new high quality video format conversion IC for consumer applications
There are now two generations of ICs for motion-compensated video format conversion (MC-VFC). Real-t...
There are now two generations of ICs for motion-compensated video format conversion (MC-VFC). Real-t...
The dynamic expansion of the multimedia market has been accompanied by an increasing demand for vide...
High-quality video-format converters apply motion estimation and motion compensation to prevent jitt...
High-quality video-format converters apply motion estimation and motion compensation to prevent jitt...
High-quality video-format converters apply motion estimation and motion compensation to prevent jitt...
High-quality video-format converters apply motion estimation and motion compensation to prevent jitt...
Video standards have been designed in the past to strike a particular compromise between quality, co...
Video standards have been designed in the past to strike a particular compromise between quality, co...
Video standards have been designed in the past to strike a particular compromise between quality, co...
Video standards have been designed in the past to strike a particular compromise between quality, co...
Two generations of application specific ICs for motion compensated consumer video format conversion ...
Two generations of application specific ICs for motion compensated consumer video format conversion ...
Two generations of application specific ICs for motion compensated consumer video format conversion ...
Two generations of application specific ICs for motion compensated consumer video format conversion ...
There are now two generations of ICs for motion-compensated video format conversion (MC-VFC). Real-t...
There are now two generations of ICs for motion-compensated video format conversion (MC-VFC). Real-t...
The dynamic expansion of the multimedia market has been accompanied by an increasing demand for vide...
High-quality video-format converters apply motion estimation and motion compensation to prevent jitt...
High-quality video-format converters apply motion estimation and motion compensation to prevent jitt...
High-quality video-format converters apply motion estimation and motion compensation to prevent jitt...
High-quality video-format converters apply motion estimation and motion compensation to prevent jitt...
Video standards have been designed in the past to strike a particular compromise between quality, co...
Video standards have been designed in the past to strike a particular compromise between quality, co...
Video standards have been designed in the past to strike a particular compromise between quality, co...
Video standards have been designed in the past to strike a particular compromise between quality, co...
Two generations of application specific ICs for motion compensated consumer video format conversion ...
Two generations of application specific ICs for motion compensated consumer video format conversion ...
Two generations of application specific ICs for motion compensated consumer video format conversion ...
Two generations of application specific ICs for motion compensated consumer video format conversion ...
There are now two generations of ICs for motion-compensated video format conversion (MC-VFC). Real-t...
There are now two generations of ICs for motion-compensated video format conversion (MC-VFC). Real-t...
The dynamic expansion of the multimedia market has been accompanied by an increasing demand for vide...