As third-generation (3G) wireless networks with high data rate get widely deployed,
optimizing the transmission control protocol (TCP) performance over these networks would …

Wireless link losses result in poor TCP throughput since losses are perceived as congestion
by TCP, resulting in source throttling. In order to mitigate this effect, 3G wireless link …

This paper studies TCP performance in a stationary multihop wireless network using IEEE
802.11 for channel access control. We first show that, given a specific network topology and …

Mobile data networks such as 3G and LTE exhibit properties that are fundamentally different
from those of fixed networks. These differences result in severe performance bottlenecks in …

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 …

In multi-hop wireless networks, transmission control protocol (TCP) suffers from performance
deterioration due to poor wireless channel characteristics. Earlier studies have shown that …

Wireless access networks in the form of wireless local area networks, home networks, and
cellular networks are becoming an integral part of the Internet. Unlike wired networks …

With the advancement of wireless access networks and mmWave New Radio (NR), new
applications emerged, which requires a high data rate. The random packet loss due to …

Many analytical and simulation-based studies of TCP performance in wireless environments
assume an error-free and congestion-free reverse channel that has the same capacity as the …

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 …