Title :
MPEG-4 video transport over the Internet: a summary
Author :
Wu, Dapeng ; Hou, Yiwei Thomas ; Zhu, Wenwu ; Lee, Hung-Ju ; Chiang, Tihao ; Zhang, Ya-Qin ; Chao, H. Jonathan
fDate :
6/24/1905 12:00:00 AM
Abstract :
With the success of the Internet and flexibility of MPEG-4, transporting MPEG-4 video over the Internet is expected to be an important component of many multimedia applications in the near future. Video applications typically have delay and loss requirements, which cannot be adequately supported by the current Internet. Thus, it is a challenging problem to design an efficient MPEG-4 video delivery system that can maximize the perceptual quality while achieving high resource utilization. This paper addresses this problem by presenting an end-to-end architecture for transporting MPEG-4 video over the Internet. The proposed MPEG-4 video transport architecture ties together a range of technologies from both signal processing and networking areas. The paper provides important experience and insights on how to harness the power of these technologies in designing protocols and mechanisms for MPEG-4 video transport over the Internet.
Keywords :
Internet; code standards; data compression; quality of service; transport protocols; video coding; Internet transport; MPEG-4 video transport; RTP/RTCP; adaptive source encoding algorithm; end-to-end architecture; error control; feedback control algorithm; high resource utilization; multimedia applications; real time control protocol; robust packetization algorithm; source rate adaptation; video delivery system; Bandwidth; Chaos; Delay; Electrical engineering; Eyes; Feedback control; Humans; Internet; MPEG 4 Standard; Transport protocols;
Journal_Title :
Circuits and Systems Magazine, IEEE
DOI :
10.1109/MCAS.2002.1179709