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 …

After describing the beginnings and state of the art of integrated fiber‐wireless (FiWi)
broadband access networks in great detail, we briefly review recent progress and point to …

Hybrid Wireless–Optical Broadband Access Networks (WOBANs) are gauging momentum
as flexible, bandwidth-effective, and cost-effective solutions for providing connectivity to …

Fiber-Wireless (FiWi) networNs are a promising candidate for future broadband access
networNs. These networNs combine the optical networN as the bacN end where different …

Integration of wireless and optical access technologies for the Internet access seems as a
promising solution to reduce the cost of deploying fiber to the premises. Wireless Optical …

FiWi architectures have been proposed as cost effective solutions to provide high bandwidth
and ubiquity at access network areas. In multi-radio and multi-channel scenarios an effective …

Nowadays, multi-channel multi-radio wireless mesh networks are gaining more popularity
as they have enormous applications like last mile broadband Internet connectivity, home …

Hybrid wireless optical broadband access networks are the future of internet service
providers. Due to high capacity and flexibility, they are the most promising architecture for …

In present work, the distribution of electric field strength on the surface of work piece was
analyzed through ANSYS and theoretical equation. Moreover, the attractive force acting on …

There are many factors that can affect network performance, such as delay, packet loss and
capacity utilization. A Wireless-Optical Broadband Access Network (WOBAN) is gaining …