In the past two decades, new technologies in digital video compression have paved the way for video transmission. This is providing an environment for the widespread availability of a wide range of real video networking services. The purpose of this paper is to introduce fundamental principles and important technologies used in design and analysis of compressed video transmission systems over digital networks. We start with the overview of video transmission and video compression techniques and present gradually towards important issues of video transmission systems. The proposed error resilience approach will be addressed to some extent in last section. Keywords: Video Transmission, MPEG There exist various compression techniques that are in part competitive and in part complementary. Many of these techniques are already applied in industries, while other methods are still undergoing development or are only partly realized. In the following sections the most relevant work in the standardization bodies concerning video coding is outlined. |
| Cite as: Tang, Q. and Jin, J.S. (2003). Compressed Video Transmission over Digital Networks : Analysis and Design. In Proc. Pan-Sydney Area Workshop on Visual Information Processing (VIP2002), Sydney, Australia. CRPIT, 22. Jin, J. S., Eades, P., Feng, D. D. and Yan, H., Eds. ACS. 97. |
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