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Experiments for analysis of video transmission via ATM
Keywords:
computer networks, ATM, high-speed networks, video-on-demandAbstract
A large quantity of data of different types and priorities pass through on high-speed networks. A relevant part of these data, like continuous media (audio, video, and so), need a control of its Quality of Service (QoS). This paper describes experiments on the characteristics of the ATM network technology that provide support to quality video streaming transmission. The experiments were realized considering QoS, connection admission control, network congestion, transmission priorities and bandwidth demand associated to applications and network configuration. Three basic kinds of videos were analyzed-movies (smooth movies), sports (action movies) and talking head movies. Data about video transmission were collected from an ATM switch, showing results that can be used in the future on ATM channel mapping to multimedia data distribution (in applications like Interactive TV and Video-on-Demand, for example).
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References
[1] ATM Fórum, The; “ATM Tutorial”, 1996.
[2] Moreira, E. D. S.; Reami, E. R.; Pissioli, M; “Live Video for Distributed Multimedia/Hypermedia Applications: Directly Connecting Video Sources to TCP/IP Networks”, proceedings do MIPRO95 – Multimedia and Hypermedia Systems, Opatija, Croatia, Dec. 1995 - ISBN 953-6042-10-X
[3] Moreira, E. D. S.; Encinas, W.S.; Ramos, A.C.B.; “Bringing wireless video to networked multimédia systems”, Displays International Journal, Elsevier Science B. V., n. 17, p. 207-215, 1997.
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[6] Raychaudhuri D., "Wireless ATM Networks: Architecture, System Design and Prototyping," IEEE Personal Communications, pp. 42-49, Oct 1996.
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[8] Sirivara, S.; “ATM Technology & Applications”, http://www.eece.unm.edu/students/sudheer/atm/atm3.html
Tanembaum, A.; “Computer Networks”, 3rd edition, Prentice-Hall, 1996
[9] Umehira M., et al, "ATM Wireless Access for Mobile Multimedia: Concept and Architecture," IEEE Personal Communications, pp. 39-48, Oct 1996.
[10] Walke, B., Petras D., Plassmann D., "Wireless ATM: Air Interface and Network Protocols of the Mobile Broadband System," IEEE Personal Communications, pp. 50-56, Oct 1996.
[2] Moreira, E. D. S.; Reami, E. R.; Pissioli, M; “Live Video for Distributed Multimedia/Hypermedia Applications: Directly Connecting Video Sources to TCP/IP Networks”, proceedings do MIPRO95 – Multimedia and Hypermedia Systems, Opatija, Croatia, Dec. 1995 - ISBN 953-6042-10-X
[3] Moreira, E. D. S.; Encinas, W.S.; Ramos, A.C.B.; “Bringing wireless video to networked multimédia systems”, Displays International Journal, Elsevier Science B. V., n. 17, p. 207-215, 1997.
[4] Murphy, J., “Statistical Multiplexing”, http://thorung.eeng.dcu.ie/~murphyj/the/the/node19.html
[5] Nahrstedt, K., Steinmetez, R. “Resource Management in Networked Multimedia Systems”. IEEE Computer, May 1995.
[6] Raychaudhuri D., "Wireless ATM Networks: Architecture, System Design and Prototyping," IEEE Personal Communications, pp. 42-49, Oct 1996.
[7] Riley, M. J., Richardson, I. E. G., “Digital Video Communications”, Artech House, Boston, MA, 1997.
[8] Sirivara, S.; “ATM Technology & Applications”, http://www.eece.unm.edu/students/sudheer/atm/atm3.html
Tanembaum, A.; “Computer Networks”, 3rd edition, Prentice-Hall, 1996
[9] Umehira M., et al, "ATM Wireless Access for Mobile Multimedia: Concept and Architecture," IEEE Personal Communications, pp. 39-48, Oct 1996.
[10] Walke, B., Petras D., Plassmann D., "Wireless ATM: Air Interface and Network Protocols of the Mobile Broadband System," IEEE Personal Communications, pp. 50-56, Oct 1996.
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Published
2002-05-01
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[1]
“Experiments for analysis of video transmission via ATM”, JCS&T, vol. 1, no. 06, p. 12 p., May 2002, Accessed: Jun. 15, 2025. [Online]. Available: https://journal.info.unlp.edu.ar/JCST/article/view/966
