Channel Assignment (CA) is an active research area due to the proliferating deployments of
multi-radio multi-channel wireless mesh networks. This paper presents an in-depth survey of …

With the advent of multiple radio interfaces on a single device, wireless mesh networks start
to achieve significant improvement in network capacity, latency, and fault tolerance. The …

Wireless mesh networks (WMNs) are receiving lot of attention in recent years due to the
unique features such as low cost and easy deployment. The optimal routing in these …

Compared to single-hop networks such as WiFi, multihop infrastructure wireless mesh
networks (WMNs) can potentially embrace the broadcast benefits of a wireless medium in a …

We study the impact of three different interference models on channel assignment in multi-
radio multi-channel wireless mesh networks, namely the protocol model, the signal-to …

Wireless mesh networks provide cost-effective coverage and high network performance by
utilising advanced radio frequency technology such as multiple channel multiple radio …

WLAN mesh networks are one of the key technologies for upcoming smart city applications
and are characterized by a flexible and low-cost deployment. The standard amendment …

Multi-radio multi-channel (MRMC) wireless mesh networks (WMNs) achieve higher
throughput using multiple simultaneous transmissions and receptions. However, due to …

While tremendous efforts have been made on channel allocation problems in wireless
networks, most of them are on cooperative networks with few exceptions [6, 8, 31, 32] …

A protocol is provided that facilitates downlink concurrent peer-to-peer communications
(within a time slot or traffic slot) between one device and many terminals as well as uplink …