Femtocell technology is expected to improve both coverage and capacity, especially
indoors. Providers of cellular services are increasingly implementing this technology in their …

The exponential increase in high rate traffic driven by a new generation of wireless devices
is expected to overload cellular network capacity in the near future. Femtocells have recently …

Femtocells were originally conceived to be deployed in private households and to solve the
problem of poor indoor radio coverage as well as to offload traffic from the macrocellular …

Femtocell networks may significantly improve the capacity of next-generation cellular
systems due to more efficient utilization of spectrum resources and better link qualities for …

This paper investigates influence of femtocells to the traditional mobile network hierarchy
and their features. This upcoming technology is supposed to be widely deployed in the …

This article deals with the interference limitations of introducing femtocells in existing mobile
networks. Femtocells are cheap alternatives for mobile operators to extend their network and …

In this paper we discuss some of the benefits and challenges of deploying femtocells in a
cellular network. In particular, we focus on the tradeoff between energy efficiency and …

Open access is one of the access options for femtocell networks, where the mobile stations
(MSs) are allowed to make hand-off to the femtocell base stations (fBSs) in their vicinity. In …

Use of femtocells for indoor and office environment has proved to be an effective solution to
handle ever increasing mobile data demands. Femtocell helps improving network capacity …

Recently, femtocell technology has gained significant interest in the wireless communication
community, as a potential solution for satisfying the rapid increase in demand for wireless …