An Enhanced Queue Management Scheme for Eradicating Congestion of TFRC over Wired Environment

Abstract

To accomplish increasing real time requirements, user applications have to send different kinds of data with different speeds over the internet. To effectuate the aims of the computer networks, several protocols have been added to TCP/IP protocol suite. Transport layer has to implement emerging techniques to transfer huge amount of data like multimedia streaming. To transmit multimedia applications, one of the suitable congestion control mechanisms in transport layer is TCP Friendly Rate Control Protocol (TFRC). It controls congestion based on its equation. To get more smoothed throughput, intermediate nodes (like Routers. etc.) have to use suitable procedures in all real time situations. To eradicate the level of congestion in the network, we introduce enhanced Holt-Winters equations to RED queue management algorithm and applied to TFRC. The simulation results have shown that this strategy reduces packet loss and increases throughput.

Comparative analysis of the performance of various active queue management techniques to varying wireless network conditions

“…The TCP remains the legacy protocol for the transport of packets in the internet backbone; the design of the protocol was made to help battle the issue of congestion in a connection-oriented, reliable endend packet delivering IP network. However, this design was made for communication over wired architecture because that was the order of the day at that time [3].…”

Increasing transmission control protocol speed by reducing the acknowledgement collision probability

“…window adjustments produced various TCP variants such as TCP Vegas, TCP Reno and others [9][10][11]. TCP and cross-layer techniques have also been developed to obtain lower layer supports [12][13][14]. Most existing works on TCP dealt with how to manage TCP window [9][10][11] and obtain lower layer support [12][13][14] to avoid congestion.…”

“…TCP and cross-layer techniques have also been developed to obtain lower layer supports [12][13][14]. Most existing works on TCP dealt with how to manage TCP window [9][10][11] and obtain lower layer support [12][13][14] to avoid congestion. This paper aims at reducing TCP acknowledgement (TCP-ACK) delay, without changing TCP itself.…”