The rapid evolution of mobile communications through four generations of mobile
communication, envisages the operation at 100Mb/s for mobile users and at 1Gb/s for …

In the context of heterogeneous networks, femtocells are very promising. In order to properly
simulate their behavior and their impact on the macrocell layer, it is necessary to be able to …

Time synchronization is an important challenge for femtocell design. An inaccurate clock can
introduce interference, degrade spectrum accuracy and disrupt handovers. Among the …

The growth of self-installed femtocells in residential and office environments triggers harmful
femto-to-femto interference levels. In order to overcome this problem, we suggested that …

Purpose—he purpose of the paper is to analyze how business models are employed in
mobile communications, in order to tune them to the Femtocell domain, in addition to …

La réduction d'énergie apparaît comme un besoin crucial dans les télécommunications
modernes, tant au niveau des terminaux que des réseaux. Dans les réseaux modernes, un …

Femtocell, as a new emerging deployment scenario for next generation mobile wireless
communication systems, has attracted more and more attention recently for providing …

Radio propagation tools are needed to help operators to find the best setting of their
network, including but not limited to access points positioning, radiated power optimization …

Stations (FBSs) by customers generates several technical challenges. This work
investigates self-organization in an LTE femtocell network. Specifically, each FBS self …