It is widely known that network bandwidth is easily monopolized by distributed multimedia
applications due to their greedy UDP traffic. In this paper, we propose TCP-friendly MPEG-4 …

As the use of real-time multimedia applications increases, the bandwidth available to TCP
connections is oppressed by" greedy" UDP traffic and their performance deteriorates …

When both TCP and UDP connections co-exist in the Internet environment, the performance
of TCP connections is heavily affected by the behavior ofgreedy'UDP connections of real …

When a considerable amount of UDP traffic is injected into the Internet by distributed
multimedia applications, the Internet easily becomes congested. Consequently, the …

In this work we focus on the common case of streaming video to receivers whose last mile
connections to the Internet are bandwith-limited and act as network bottlenecks. Users …

Demand) services, over the Internet has been rapidly becoming popular. Although RTP/UDP
has been considered as a standard transport protocol for video streaming, TCP is already …

The increasing popularity of streaming video is a cause for concern for the stability of the
Internet because most streaming video content is currently delivered via UDP, without any …

In today's Internet, the primary transport mechanism for video streams is the UDP protocol,
either congestion sensitive or not. In this paper, we propose a mechanism that supports the …

Transmission control protocol (TCP) with its well-established congestion control mechanism
is the prevailing transport layer protocol for non-real time data in current Internet Protocol …

When both TCP and UDP sessions co-exist in the Internet, the performance of TCP sessions
easily deteriorate because of congestion incurred by UDP sessions of real-time multimedia …