Add to ORKGWe consider a system where streaming and/or real time applications, using the UDP protocol pass through a bottleneck router. Several TCP connections may also be passing through that router. Using the rate control at the UDP sources and choosing the RED parameters appropriately, we obtain pre-specified delays, little delay jitter, no packet loss, 100 % channel efficiency, pre-specified throughput for the TCP and UDP streams and little rate fluctuation. We verify our control scheme by extensive simulations. Results are extended to a tandem of routers. I
Two important issues in TCP-based flow control are fairness and control of end-to-end delay. This pa...
Multimedia services will play a prominent role in the next generation of internet. With increasing r...
Providing guaranteed end-to-end quality of service (QoS) is important for real-time applications suc...
We consider a system where streaming and/or real time applications, using the UDP protocol pass thro...
xiv, 147 p. : ill. ; 30 cm.PolyU Library Call No.: [THS] LG51 .H577P COMP 2010 YeAs the Internet has...
While traffic volume of real-time applications is rapidly increasing, current routers do not guarant...
Currently there is no control for real-time traffic sources in IP networks. This is a serious proble...
We study transport protocol performance from the perspective of real-time applications. More precise...
In this paper, we study how TCP and UDP flows interact with each other when the end system is a CPU ...
We propose an approach to provide QoS in Internet for real and non-real time applications. This is a...
ii This paper is intended to introduce in the TCP-friendly Rate Control Protocol (TFRC) and to show ...
While traffic volume of real-time applications is rapidly increasing, current routers do not guarant...
While traffic volume of real-time applications is rapidly increasing, current routers do not guaran...
In this paper a new mechanism for providing an assured rate to a long-lived TCP flow is evaluated. T...
In this paper we develop a scheme which can help provide certain QoS via active measurement techniqu...
Two important issues in TCP-based flow control are fairness and control of end-to-end delay. This pa...
Multimedia services will play a prominent role in the next generation of internet. With increasing r...
Providing guaranteed end-to-end quality of service (QoS) is important for real-time applications suc...
We consider a system where streaming and/or real time applications, using the UDP protocol pass thro...
xiv, 147 p. : ill. ; 30 cm.PolyU Library Call No.: [THS] LG51 .H577P COMP 2010 YeAs the Internet has...
While traffic volume of real-time applications is rapidly increasing, current routers do not guarant...
Currently there is no control for real-time traffic sources in IP networks. This is a serious proble...
We study transport protocol performance from the perspective of real-time applications. More precise...
In this paper, we study how TCP and UDP flows interact with each other when the end system is a CPU ...
We propose an approach to provide QoS in Internet for real and non-real time applications. This is a...
ii This paper is intended to introduce in the TCP-friendly Rate Control Protocol (TFRC) and to show ...
While traffic volume of real-time applications is rapidly increasing, current routers do not guarant...
While traffic volume of real-time applications is rapidly increasing, current routers do not guaran...
In this paper a new mechanism for providing an assured rate to a long-lived TCP flow is evaluated. T...
In this paper we develop a scheme which can help provide certain QoS via active measurement techniqu...
Two important issues in TCP-based flow control are fairness and control of end-to-end delay. This pa...
Multimedia services will play a prominent role in the next generation of internet. With increasing r...
Providing guaranteed end-to-end quality of service (QoS) is important for real-time applications suc...