Femtocells provide an attractive solution to locally improve the data rates and the coverage
of future mobile networks including 5G. However, nearby non-subscribed users may …

The demand of next generation mobile networks for high connectivity for multiple devices
with tenfold data rate requires the deployment of multiple base stations of different range …

Small cells are expected to contribute to the targets of next generation mobile networks.
Ultra dense networks through the form of heterogeneous structures of multiple RAT …

Femtocells are an efficient way of reducing infrastructure costs while providing better data
rates and coverage. High penetration is expected in the upcoming ultra dense 5G networks …

In the upcoming generation of mobile networks, femtocells will play a major role because
they provide cost‐efficient improvement in data rates and coverage. High penetration is …

While femtocells provide various advantages for associated users, the occurred interference
on the macrocell layer remains a severe problem. To resolve such problems, various …

Femtocells enhance indoor coverage of mobile services using the owner's broadband
connection. They were initially designed to serve a number of subscribed User Equipments …

With the next generation of mobile networks closing in, its main characteristics have already
been proposed and adapted. Ultra-dense heterogeneous networks seem to be one of the …

A problem related to deployment of femtocells is how to manage access of users to radio
resources. On one hand, all resources of the femtocell can be reserved for users belonging …

A femtocell is a small, and low-power cellular base station, typically designed for use in a
home or a small business. Since femtocells are likely to be deployed by subscribers …