LTE (Long Term Evolution) is standard developed by 3GPP (third generation partnership
project) for providing 3G and 4G services. In LTE-Femtocell networks, macro cells and …

In this paper, we focus on user-centered handover decision making in open-access non-
stationary femtocell networks. Traditionally, such handover mechanism is usually based on …

The femtocell technology is a quick and intelligent solution to augment the system capacity
and to meet the high demand of services on broadband wireless access, the deployment of …

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

In this paper, we proposes a resource reuse scheme for femtocell networks. In this context,
macrocells operate in a Frequency Division Duplexing mode while all femtocells employ the …

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

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 …

In LTE, resource scheduling algorithm is one of the key parameters that determine the
overall system and UE performances in terms of throughput and fairness respectively …

Small cells are beneficial for both users and operators to improve communication quality.
The femtocell is one type of small cell used for indoor coverage. Enterprise femtocell …

Femtocells are a promising solution for the provision of high indoor coverage and capacity.
Furthermore, OFDMA-based femtocells have proven to be highly versatile when dealing with …