Realizing the full potential of a multi-radio mesh network involves two main challenges: how
to assign channels to radios at each node to minimize interference and how to choose high …

The design of a routing protocol that really exploits the specific features of a Wireless Mesh
Network (WMN) still remains a challenge. The expected additional benefit, with respect to …

A promising approach for improving the capacity of Wireless Mesh Networks is by making
use of multiple non-overlap** RF channels. Multi-channel protocols have the advantage …

Wireless mesh networks (WMN) typically employ mesh routers that are equipped with
multiple radio interfaces to improve network capacity. The key aspect is to cleverly assign …

In this paper we address the issue of joint routing, channel re-assignment and rate allocation
in multi-radio multi-channel Wireless Mesh Networks (WMNs) with the goal of optimizing the …

This paper analyzes a large-scale dataset of real-world Wi-Fi operating networks, collected
from more than 9,000 access points (APs) for 1 year. The APs are distributed among more …

Rendezvous is a fundamental process in constructing Cognitive Radio Networks (CRNs),
through which the user can communicate with its neighbors by establishing a link on some …

The wireless–optical broadband-access network (WOBAN) architecture has been proposed
as a flexible and cost-effective solution for future access networks. However, for WOBANs to …

There has been an increasing interest in deploying wireless mesh networks (WMNs) for
communication and video surveillance purposes thanks to its low cost and ease of …

The performance of a multichannel, multi-radio wireless network is often limited by
interference due to concurrent transmissions on the same and adjacent channels. These …