Maintaining the performance of reliable transport protocols, such as transmission control
protocol (TCP), over wireless mesh networks (WMNs) is a challenging problem due to the …

Maintaining the performance of reliable transport protocols, such as TCP, over wireless
mesh networks is a challenging problem due to the unique characteristics of wireless mesh …

TCP is the standard transport protocol for reliable data communication over the internet.
However, TCP behaviour over wireless mesh networks encounters random losses due to …

We introduce an adaptive pacing scheme to overcome the drawbacks of TCP in wireless
mesh networks with Internet connectivity. The pacing scheme is implemented at the wireless …

The conventional TCP was designed to wired networks on the assumption that the loss of
data packet caused by network congestion, but in ad hoc networks, a large number of data …

Abstract Transmission Control Protocol (TCP), the de-facto protocol for reliable transport
over the Internet, does not perform well over Ad hoc Wireless Networks (AWNs). The …

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 …

Due to the high availability of cheap hardware, wireless multi-hop networks and in particular
Wireless Mesh Networks (WMNs) are becoming popular in more and more contexts. For …

Next generation wireless networks (WMNs) are designed to provide better performance than
other existing personal, local, and metropolitan wireless networks, such as Wireless Local …

TCP can perform poorly in multi-hop wireless networks due to problems that arise with
contention and mobility. Endto-end protocols are at an inherent disadvantage in trying to …