Internet Congestion Control Protocol in a Complex Network

A Network Congestion control Protocol (NCP)

The transmission control protocol (TCP) which is the dominant congestion control protocol at the transport layer is proved to have many performance problems with the growth of the Internet. TCP for instance results in throughput degradation for high bandwidth delay product networks and is unfair for flows with high round trip delays. There have been many patches and modifications to TCP all of ...

Network Congestion Control - Managing Internet Traffic

Congestion Control Mechanism using Network Border Protocol

Congestion in the network is increasing immensely due to the growth of usage of multimedia application. This lead to unresponsive and misbehaving traffic flows. There are few primitive scheduling schemes to control the congestion in the network, which worked only at end-to-end network, due which they were unable to prevent the congestion collapse and unfairness created by applications that are ...

A Network Congestion Control Protocol to More Quickly Finish Flows

The transmission control protocol (TCP) is the major transport protocol in the Internet. TCP and its variants have the drawback of not accurately knowing rate share of flows at bottleneck links. Some protocols proposed to address these drawbacks are not fair to short flows, which are the majority of the Internet traffic. Other protocols result in high queue length and packet drops which transla...

Adaptive congestion protocol: A congestion control protocol with learning capability

There is strong evidence that the current implementation of TCP will perform poorly in future high speed networks. To address this problem many congestion control protocols have been proposed in literature which, however, fail to satisfy key design requirements of congestion control protocols, as these are outlined in the paper. In this work we develop an Adaptive Congestion Protocol (ACP) whic...