We present a mechanism for providing feedback information to multicast sources of multimedia streams in a scalable and robust manner. The presented feedback mechanism is suitable for best-effort unreliable networks such as the Internet. This mechanism is useful for controlling the transmission rate of multimedia sources in both cases of layered and single-rate multicast. It allows for determining the worst case state among a group of receivers, where each receiver may be in one of a set of finite states, and is applicable in receiver-driven as well as in sender-driven adaptive multimedia systems. Simulation results show that the presented feedback mechanism scales well for very large groups of thousands of participants. The efficiency of th...
Receiver-driven adaptation allows streaming of multicast multimedia content to different receivers a...
A link level reliable multicast requires a channel access protocol to resolve the collision of feedb...
Layered encoding is often recommended as a solution to the problem of varying bandwidth constraints ...
Controlling the quality of collaborative multimedia ses-sions, that deploy multiple media streams, i...
International audienceCurrent quality source-adaptive schemes for multicast multilayered video rely ...
This paper addresses the problem of congestion control for video transmission in large multicast gro...
International audienceThis paper introduces source-channel adaptive rate control (SARC), a new conge...
Continuous media applications over packet-switched networks are becoming more and more popular. Radi...
Abstract—Users of video multicast groups are highly heteroge-neous in terms of individual channel co...
Feedback from multicast group members is vital for many multicast protocols. In order to avoid feedb...
For a reliable, feedback dependent multicast transport protocol to scale, it must avoid the feedback...
In multicast communication, it is often required that feedback is received from a potentially very l...
Abstract—IEEE 802.11-based wireless local area networks, referred to as WiFi, have been globally dep...
We are investigating alternative transport protocol strategies for realizing large scale disseminati...
Abstract—While WiFi has been proposed for multimedia content distribution, its lack of adequate supp...
Receiver-driven adaptation allows streaming of multicast multimedia content to different receivers a...
A link level reliable multicast requires a channel access protocol to resolve the collision of feedb...
Layered encoding is often recommended as a solution to the problem of varying bandwidth constraints ...
Controlling the quality of collaborative multimedia ses-sions, that deploy multiple media streams, i...
International audienceCurrent quality source-adaptive schemes for multicast multilayered video rely ...
This paper addresses the problem of congestion control for video transmission in large multicast gro...
International audienceThis paper introduces source-channel adaptive rate control (SARC), a new conge...
Continuous media applications over packet-switched networks are becoming more and more popular. Radi...
Abstract—Users of video multicast groups are highly heteroge-neous in terms of individual channel co...
Feedback from multicast group members is vital for many multicast protocols. In order to avoid feedb...
For a reliable, feedback dependent multicast transport protocol to scale, it must avoid the feedback...
In multicast communication, it is often required that feedback is received from a potentially very l...
Abstract—IEEE 802.11-based wireless local area networks, referred to as WiFi, have been globally dep...
We are investigating alternative transport protocol strategies for realizing large scale disseminati...
Abstract—While WiFi has been proposed for multimedia content distribution, its lack of adequate supp...
Receiver-driven adaptation allows streaming of multicast multimedia content to different receivers a...
A link level reliable multicast requires a channel access protocol to resolve the collision of feedb...
Layered encoding is often recommended as a solution to the problem of varying bandwidth constraints ...