Routing in
WMNs is a vital in the performance evaluation of wireless mesh network.
Centralized control of crowd-shared
WMNs using SDN may allow more efficient bandwidth sharing in residential environments [143].
WMNs are an attractive communication model because of the low cost and relative ease of deployment [3].
A wireless mesh network (
WMN) was adopted as the best solution to match the specifications.
In this paper, we study the problem of original ETX used in
WMN. We consider a wireless mesh network deployed in a simple topology which has three source destination pairs of data which start simultaneously.
From the first routing metric specifically designed for
WMNs, expected transmission count (ETX) [4], many routing metrics have been proposed by academic community, but they have at least one of the limitations listed below.
Formal methods [6] have a great potential and proven to be a powerful tool for investigation of correctness of
WMN routing protocols.
Paper [8] focuses on enhancing the performance of TCP over the
WMNs using link-aware reliable transport protocol which can be considered as state full transport protocol in order to save the state between the middle nodes.
Wireless Mesh Networks (
WMNs) are self organizing and self configuring wireless networks implemented with IEEE 802.11 hardware (Mahira et al., 2008a).
Manuel Moya et al., "Improving security in
WMNs with reputation systems and self-organizing maps," Journal of Network and Computer Applications, vol.
The joint configuration of channels and routes in MR-MC
WMNs in the literature such as [6, 13] are mainly based on centralized load-aware solutions where configuration of routes and channels are obtained for a given distribution of traffic load demands across the network.