PICTURE COMPRESSION ENCODERS

Brand Owner Address Description
MOLE SNELL & WILCOX LIMITED 6 Old Lodge Place St. Margaret's Twickenham TW1 1RQ Picture compression encoders; picture compression decoders; picture compression transcoders; video compression encoders; video compression decoders; video compression transcoders; audio compression encoders; audio compression decoders; audio compression transcoders; MPEG compression encoders; MPEG compression decoders; MPEG compression transcoders; MPEG editors; MPEG switchers; MPEG monitors; MPEG synchronisers; MPEG transmitters; MPEG stores; MPEG processors; MPEG multiplexors; MPEG demultiplexors; switchers, editors, monitors, synchronisers, translators, convertors, testers, transmitters, stores, processors, multiplexors, and de-multiplexors, all for compression encoded or compression decoded or partially compression encoded or partially compression decoded picture, video or audio signals; software for switching, editing, monitoring, synchronizing,[ transcending,] * transcoding * translating, converting, multiplexing, de-multiplexing or other processing of compression encoded or compression decoded or partially compression encoded or compression decoded picture, video or audio signals; software for testing and monitoring or guiding or controlling the specifically aforementioned goods;In the statement, Column 2, line 5, transcending should be deleted, and, transcoding should be inserted.;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. An image compression apparatus and method, and a carrier wave encoded with a computer readable control program having instructions for use by a computer, perform an image compression process. A compression level is determined for use in compressing a picture image to a predetermined target data amount by iteratively compressing a reduced version of the picture image in order to determine the compression level that is to be used to compress the picture image. First, a reduced-size picture image is created from the picture image that is to be compressed. A preliminary compression target data amount is then derived, for example, based on the target data amount, the data amount of the picture image and the data amount of the reduced-size picture image. The reduced-size picture image is then compressed using a compression level. The size of the resulting compressed reduced-size picture image is compared to the preliminary compression target data amount. The compression level is then adjusted (raised or lowered) and compression of the reduced-size picture image is repeated until the resulting compressed reduced-size picture image satisfies the preliminary compression target data amount. The compression level that ultimately is derived, is then used to compress the picture image. The resulting compressed picture image will then satisfy the predetermined target data amount.