The ever increasing demand in wireless connectivity has led PON networks suffer from
limitations in mobility and wide area coverage. Wireless networks suffer by bandwidth …

Ever increasing demand for more bandwidth over the Internet has lead to the development
of many new technologies and architectures. Among these, Hybrid of Wireless and Optical …

This article studies how next-generation optical access networks can exploit the properties
of wireless connectivity to provide improved quality of service to users, and reports on a …

The ever increasing needs in internet connectivity leads to the demands for reliable high
capacity networks. The future access networks will aimed to satisfy the end user needs …

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 …

With the tremendous growth of the traffic demand of emerging 5G applications, the
survivability has become more significant in the wireless-optical broadband access network …

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 …

This paper focuses on the survivability of citywide hybrid Wireless-Optical Broadband
Access Network (WOBAN). A protection scheme is proposed to tolerate the failure of multiple …

This work proposes a two-fiber self-healing ring-based local access passive optical network
(PON) architecture that addresses some of the limitations of current tree-based PON …

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 …