TCP does not perform well in networks with high packet error rates, such as those with
wireless links, since TCP assumes network congestion to be the major cause for packet …

Previous research has focussed on the problems associated with TCP performance in the
presence of wireless links and ways to improve its performance. We present an extension to …

When a wireless link forms a part of a network, the rate of packet loss due to link noise may
be considerably higher than observed in a modern terrestrial network. This paper studies …

Reliable transport protocols such as TCP are tuned to perform well in traditional networks
where packet losses occur mostly because of congestion. However, networks with wireless …

TCP performs reasonably well over the Internet where packet losses are mainly due to
network congestion. However, TCP suffers significant throughput degradation over hybrid …

The Transmission Control Protocol (TCP) is a large extended transport protocol, mainly used
in fixed networks. It works well in those networks in which the main cause of packet loss is …

We present the transport unaware link improvement protocol (TULIP), which dramatically
improves the performance of TCP over lossy wireless links, without competing with or …

In this paper, the bulk throughput performance of TCP NewReno over wireless fading links
having memory is studied. Like TCP Tahoe, the NewReno version of TCP implements a fast …

Wireless links are error-prone. In next generation wireless networks, link capacities will still
grow. It is known that in such configurations the performance of current TCP variants …

The error recovery algorithm in TCP has been designed for congestion control in wired
networks. However, the packet losses in wireless networks are mostly caused by outages …