A survey on TCP-friendly congestion control

A Survey on TCP-Friendly Congestion Control

New trends in communication, in particular the deployment of multicast and real-time audio/video streaming applications, are likely to increase the percentage of non-TCP traffic in the Internet. These applications rarely perform congestion control in a TCP-friendly manner, i.e., they do not share the available bandwidth fairly with applications built on TCP, such as web browsers, FTPor email-cl...

REIHE INFORMATIK 2 / 2001 A Survey on TCP - Friendly Congestion

New trends in communication, in particular the deployment of multicast and real-time audio/video streaming applications, are likely to increase the percentage of non-TCP traffic in the Internet. These applications rarely perform congestion control in a TCP-friendly manner, i.e., they do not share the available bandwidth fairly with applications built on TCP, such as web browsers, FTPor email-cl...

TCP-Friendly Congestion Control over Wireless Networks

Abstract: In this paper, we present an end-to-end adaptation scheme, called the wireless loss-delay based adaptation algorithm (WLDA+). WLDA+ adapts the transmission behaviour of multimedia senders in accordance with the network congestion state in wireless environments. WLDA+ is based on the loss-delay based adaptation scheme [1] which adjusts the transmission behaviour of the senders in a man...

Analysis of TCP-friendly Congestion Control Algorithms

TCP is the dominant transport protocol in the Internet. However, the increase-by-one decrease-to-half strategy used by TCP is not suitable for many multimedia applications. Many TCP-friendly congestion control algorithms have been proposed as an alternative to the TCP to suit the needs of multimedia applications. In this paper, we analyze the short-term behavior of three TCP-friendly congestion...

TCP - friendly SIMD Congestion