Title :
Hybrid M-JPEG/MPEG-2 video streams using MPEG-2 compliant spatial scalability
Author_Institution :
Dept. of Comput. Sci., American Univ. of Sharjah, United Arab Emirates
Abstract :
The MPEG-2 video content has become very popular. In an attempt to make this widely available content flexible in terms of meeting the constraints of an assortment of networks and end-systems, the bitstream syntax of MPEG-2 spatial scalability is utilised to generate a hybrid embedded motion-JPEG/MPEG-2 video stream from prerecorded contents. A report is made on the proposed codec architecture and the experimental results are elaborated
Keywords :
code standards <hybrid M-JPEG/MPEG-2 video streams, MPEG-2 compliant spatial scalability>; motion compensation <hybrid M-JPEG/MPEG-2 video streams, MPEG-2 compliant spatial scalability>; telecommunication standards <hybrid M-JPEG/MPEG-2 video streams, MPEG-2 compliant spatial scalability>; video coding <hybrid M-JPEG/MPEG-2 video streams, MPEG-2 compliant spatial scalability>; MPEG-2 compliant spatial scalability; bitstream syntax; codec architecture; enhancement layer; hybrid M-JPEG/MPEG-2 streams; hybrid embedded motion stream; loose-coupling feature; motion compensation loop; prerecorded contents; requantisation error; subband coding; video streams;
Journal_Title :
Electronics Letters
DOI :
10.1049/el:20031086
