Transport layer performance in IEEE 802.11 mul-tihop wireless networks (MHWNs) has
been greatly challenged by wireless medium characteristics and multihop nature which are …

Internet predominant transport protocols, such as TCP and TFRC, face performance
degradation in Multihop Wireless Networks because of the high loss and link failure rates …

This paper provides a review of the different cross-layer design and protocol tuning
approaches that may be used to meet a growing need to support inelastic soft real-time …

The bandwidth in wireless networks is usually shared by a number of wireless nodes. The
channel capacity depends on the number of accessing nodes, time, environmental …

Wireless Multi-hop Network (WMN) is a collection of wireless nodes that dynamically form a
network without an infrastructure support. It is a promising technology for several interesting …

Internet predominant transport protocols, such as TCP and TFRC, face degradation of their
performance in Multihop Wireless Networks because of their high loss and link failure rates …

Abstract Mobile Ad hoc Networks (MANETs) can be deployed instantaneously and
adaptively, making them highly suitable to military, medical and disaster-response …

Transport layer performance in IEEE 802.11 multihop wireless networks (MHWNs) has been
greatly challenged by wireless medium characteristics and multihop nature which induce …

In recent years, Multi-hop Wireless Networks (MHWNs) have experienced an explosion of
deployment due to the increasing demand for continuous connectivity regardless of the …

Our work concentrates on improving the performance of transport protocols in multihop
wireless networks. We present different metrics from link and physic layers to improve the …