Publication: Back-to-Back Networking for Traffic Characteristics on Digital Video Transmission System (DVTS)
Issued Date
2013
Resource Type
Language
eng
Rights
Mahidol University
Rights Holder(s)
Faculty of Medicine Siriraj Hospital, Mahidol University
International Journal of Information and Electronics Engineering
International Journal of Information and Electronics Engineering
Bibliographic Citation
International Journal of Information and Electronics Engineering. Vol.3, No.4 (2013), 403-408
Suggested Citation
Puttinun Patpituck, Suthin Yokbua, Seksan Phosri, Nopphol Pausawasdi Back-to-Back Networking for Traffic Characteristics on Digital Video Transmission System (DVTS). International Journal of Information and Electronics Engineering. Vol.3, No.4 (2013), 403-408. Retrieved from: https://repository.li.mahidol.ac.th/handle/20.500.14594/54322
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Title
Back-to-Back Networking for Traffic Characteristics on Digital Video Transmission System (DVTS)
Abstract
Nowadays, real-time video communication is an
increasingly popular application for real-time demonstrations
and/or interactive teleconferences offering original quality and
assuring smooth movement of the video with clarity of sound
over an Intra-Domain and Inter-Domain network. Traffic
characteristics analysis are needed to improve the quality
service for real-time video communication systems. It is
necessary for simulation and study. Recently, VoIP, HTTP,
FTP, SMTP and other Internet protocol applications have
already been widely studied. However, a characteristic of
Digital Video Transmission System (DVTS) is high-quality
real-time audio and visual communication which are rarely
studied. Therefore, this paper presents characteristics of DVTS
over Intra-Domain traffic based on terms of time-delay (msec),
packet size distribution (byte), and packet arrival rate (pps).
Effects of variable bandwidth are also investigated. In addition,
the packet interval time (pps) is represented in the form of
Probability Density Function (PDF). The results are very
useful for applying to generating and/or simulating DVTS
traffic in order to evaluate QoS capability.
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