TCP performs poorly in wireless mobile networks due to large bit error rates. Basically, the
TCP sender responds to these losses as if they were due to congestion in the network, and …

One of the main reasons for TCP's degraded performance in wireless networks is TCP's
interpretation that packet loss is caused by congestion. However, in wireless networks …

The standard TCP protocol is optimized for performance on highly reliable wired networks.
When TCP is used on relatively unreliable wireless networks, wireless errors are visible in …

TCP is known to have poor performance over unreliable wireless links where packet losses
due to transmission errors are misinterpreted as indications of network congestion. 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 …

This paper proposes a novel end-to-end congestion control mechanism called TCP
NewZag. NewZag is simple and effective in dealing with random packet loss, so it can …

Due to the fast advances in wireless networking technology, there is an increasing number
of hosts using TCP/IP to connect to the Internet via wireless links. However, it is known that …

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 …

Wireless links are characterized by high bit error rates and intermittent connectivity. This can
result in significant degradation in the performance (goodput) of TCP over wireless networks …

TCP performance degrades when end-to-end connections extend over wireless links which
are characterized by high Bit Error Rate and intermittent connectivity. Such degradation is …