The growing customer demands for bandwidth-intensive services are accelerating the need
to design an efficient" last mile" access network in a cost-effective manner. Traditional" Quad …

Hybrid wireless–optical broadband access network (WOBAN) is a promising architecture for
future access networks. It combines the advantages of two diverse technologies–an optical …

The bandwidth demand of telecommunication network is growing rapidly due to the
increasing number of technology-intelligent end-users. The emerging optical and wireless …

The hybrid wireless-optical broadband-access network (WOBAN) is a promising architecture
for future access networks. Recently, the wireless part of WOBAN has been gaining …

Noting that the optical part of a hybrid wireless-optical broadband access network (WOBAN)
has high capacity, we need to enhance the capacity for wireless access using a low-cost …

The hybrid wireless-optical broadband access network is emerging as a promising
technology to provide economical and scalable broadband Internet access. In this cross …

Exponential growth in the volume of wireless data, boosted by the growing popularity of
mobile devices, such as smartphone and tablets, has forced the telecommunication …

Noting that the optical part of a hybrid wireless-optical broadband access network (WOBAN)
has high capacity, we need to enhance the capacity for wireless access using a low-cost …

Energy consumption in next-generation access networks is rapidly increasing with the
increase of traffic demands generated by end users. In this paper, we outline challenges and …

Hybrid wireless-optical broadband access networks (WOBAN) show excellent promise for
future access network. WOBAN has attractive features such as flexibility, robustness, and …