Transmission control protocol (TCP) is implemented as a reliable data transfer protocol in
wired networks which uses congestion control algorithms. Whenever there is a packet loss, it …

We study TCP performance over the wireless links deploying a wireless rate-control
technique, whose link characteristics are identified by variable link rate and bursty …

Packet losses significantly degrade TCP performance in high-latency environments. This is
because TCP needs at least one round-trip time (RTT) to recover lost packets. The recovery …

In this paper we compare the wireless performance of TCP with or without selective
acknowledgments and in the presence or absence of a reliable link layer protocol, in order …

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 …

This paper presents a sender side TCP congestion control scheme that reduces biases in
wired as well as wireless networks. TCP has a problem utilizing the full bandwidth in high …

In recent years, wireless networks have become increasingly common and an increasing
number of devices are communicating with each other over lossy links. Unfortunately, TCP …

We study in this paper the performance of TCP over a wireless link implementing hybrid
FEC/ARQ-SR at the link layer. The study is done by simulating a large number of TCP …

Recently many works have been invested to overcome the low performance of TCP in
wireless environments. These proposals are hardly adaptable in real networks due to high …