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

With the deployment of numerous femtocells within macrocells, the rapidly expanding femto
base stations have to be self-organizing for interference management, coverage and …

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 …

Femtocells, which provide an improved SINR for user equipment (UE) inside homes and
offices, have been widely deployed jointly with macrocells in heterogeneous networks (Het …

The use of femtocells has been an attractive solution since it achieves better coverage and
capacity and low cost for deployment and maintenance. However, their performance can be …

In this paper we investigate uplink carrier aggregation in the context of dense residential
deployments of LTE-Advanced Femtocells. Previous work in the literature based on macro …

A cooperative spectrum sharing, power allocation and user scheduling method is studied in
this work under the framework of LTE self-organizing femtocell networks. Making use of …

The femtocell concept is an emerging technology for deploying the next generation of the
wireless networks, aiming at indoor coverage enhancement, increasing capacity and …

Femtocell, a small cellular base station in home and small business environment, is an
attractive solution for operators to improve indoor coverage and network capacity in 3G …

To eliminate dead spots like home or office and let multiple users efficiently use limited
frequency resources by providing a better wireless environment that enables highcapacity …