Several TCPs have been proposed to cope with the change of networks. They have mainly
focused on modifying congestion control. However, even ideal congestion control for …

In wireless networks, most of the TCP variants interpret the occurrence of losses is only due
to congestion. This is because of their inability to distinguish between wireless link losses …

The TCP protocol has been designed assuming a relatively reliable wired network with fixed
hosts. However, in wireless networks, it suffers from significant packet losses due to high bit …

Responsive transport protocols eg TCP, back-off on packet loss. This is because packet loss
is by default treated as a sign of congestion. However losses in a wireless network may not …

Improvements of TCP performance in wireless networks have been tossed around for
several years. One mechanism that has received considerable attention is the use of error …

TCP traffic may have poor performance over unreliable wireless links if packet losses due to
transmission errors are misinterpreted as indications of network congestion. TCP …

In this paper we propose a novel TCP congestion control algorithm to overcome the
weakness of the original TCP mechanism in wireless environments. The primary aim of the …

TCP performance over wireless links suffers substantially when packet error rates increase
beyond about 1%-5%. This paper proposes end-end mechanisms to improve TCP …

In the current internet, Transmission Control Protocol (TCP) is used as the most popular
transport layer protocol. However, the end-to-end throughput of TCP degrades significantly …

The use of loss differentiation algorithms within the congestion control scheme of TCP was
proposed recently as a way of improving TCP performance over heterogeneous networks …