Multimedia real-time applications – i.e. Voice/Video over IP, P2P TV, Joost- can tolerate small losses but are time sensitive, i.e. TCP is not appropriate. But TCP/IP has congestion control that has been fundamental for preserving Internet stability. It must be used in a resource shared system such as the Internet. TCP has been extremely successful for elastic data traffic, which is not sensitive to delays – i.e. reliable delivery is achieved through retransmissions So what should we do with real-time traffic
Higher bandwidths in computer networks have made application with real-time constraints, such as con...
Multimedia services will play a prominent role in the next generation of internet. With increasing r...
We study transport protocol performance from the perspective of real-time applications. More precise...
The stability and performance of the Internet to date have in a large part been due to the congestio...
In this paper, we outline an architecture which enables the real-time delivery of continuous media o...
Ossification of the transport-layer limits networked multimedia applications to use TCP or UDP, desp...
TCP has been traditionally considered unfriendly for real-time applications. Nonetheless, popular ap...
It is well known that congestion control is a key issue for the safe deployment of multimedia applic...
The profileration of multimedia applications, such as streaming video, teleconferencing,and interact...
The current congestion control mechanisms for the Internet date back to the early 1980’s and were pr...
Multimedia communications over Internet should achieve adequate quality of service while maintaining...
Transmission Control Protocol (TCP), a widely used reliable transport protocol uses end-to-end flow,...
In recent years, Internet and IP technologies have made inroads into almost every communication mark...
The current Internet provides a single class of best-effort service while many applications have qua...
Due to its simple design and flexible packet switching based architecture the Internet is gradually ...
Higher bandwidths in computer networks have made application with real-time constraints, such as con...
Multimedia services will play a prominent role in the next generation of internet. With increasing r...
We study transport protocol performance from the perspective of real-time applications. More precise...
The stability and performance of the Internet to date have in a large part been due to the congestio...
In this paper, we outline an architecture which enables the real-time delivery of continuous media o...
Ossification of the transport-layer limits networked multimedia applications to use TCP or UDP, desp...
TCP has been traditionally considered unfriendly for real-time applications. Nonetheless, popular ap...
It is well known that congestion control is a key issue for the safe deployment of multimedia applic...
The profileration of multimedia applications, such as streaming video, teleconferencing,and interact...
The current congestion control mechanisms for the Internet date back to the early 1980’s and were pr...
Multimedia communications over Internet should achieve adequate quality of service while maintaining...
Transmission Control Protocol (TCP), a widely used reliable transport protocol uses end-to-end flow,...
In recent years, Internet and IP technologies have made inroads into almost every communication mark...
The current Internet provides a single class of best-effort service while many applications have qua...
Due to its simple design and flexible packet switching based architecture the Internet is gradually ...
Higher bandwidths in computer networks have made application with real-time constraints, such as con...
Multimedia services will play a prominent role in the next generation of internet. With increasing r...
We study transport protocol performance from the perspective of real-time applications. More precise...
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