TCP-friendly congestion control for streaming real-time applications over wireless networks
H.-J. Lee, Heejung Byun, J.-T. Lim
Abstract
H.-J. Lee, Heejung Byun, J.-T. Lim
Abstract
Congestion control for streaming real‐time applications, which need smoothness of the transmission rate, should be transmission control protocol (TCP)-friendly. Moreover, in wireless networks, TCP-friendly congestion control should be based on differentiation of packet losses due to congestion and wireless link error to improve network utilisation. The authors propose a TCP-friendly congestion control algorithm based on explicit congestion notification over the wireless networks. The simulation results show that the proposed algorithm utilises the link bandwidth efficiently, providing smoothness of the transmission rate.
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Congestion control for streaming real‐time applications, which need smoothness of the transmission rate, should be transmission control protocol (TCP)-friendly. Moreover, in wireless networks, TCP-friendly congestion control should be based on differentiation of packet losses due to congestion and wireless link error to improve network utilisation. The authors propose a TCP-friendly congestion control algorithm based on explicit congestion notification over the wireless networks. The simulation results show that the proposed algorithm utilises the link bandwidth efficiently, providing smoothness of the transmission rate.
Key concepts: TCP Westwood plus, Network congestion, Computer science, Computer network, TCP Friendly Rate Control, Explicit Congestion Notification, TCP tuning, CUBIC TCP