Providing an appropriate indoor coverage is still a fundamental challenge for mobile
operators, in particular for Long Term Evolution (LTE) enterprise femtocell networks …

In this paper, the authors present a hybrid deployment model in order to investigate the path
loss behavior of a LTE-femtocell in a residential suburban scenario. The proposed model …

This thesis aims at proposing all the possible enhancements for the Multi-Resolution
Frequency-Domain ParFlow (MR-FDPF) model. As a deterministic radio propagation model …

In this paper, we propose three joint clustering and scheduling schemes for overloaded
femtocell network based on interference alignment. The schemes try to reach a tradeoff …

In long‐term evoluation (LTE) femtocell networks, hysteresis is one of the main parameters
which affects the performance of handover with a number of unnecessary handovers …

Femtocells consisting of small femto base stations have emerged as an efficient solution for
improving the capacity and coverage of wireless cellular networks. However, due to limited …

Femtocell deployment will play a key role for the wide adoption of LTE-Advanced, as it
brings the access network closer to the end user in a cost-effective manner. This disruptive …

Internet of Things (IoT) applications are connecting several Mobile Stations (MSs) to form the
Mobile Communication Network (MCN). MSs are moving through macrocell and picocell …

In this paper, a new model used to compute the outdoor to indoor signal strength emitted by
a base station is presented. This model is based on the combination of 2 existing models …

The increasing demand of indoor broadband access encourages the diffusion of the" home
base stations", known as femtocells. Their self installation nature envisages interference …