Mobile computing is fast becoming a vital part of everyday life in which User Equipment (UE)
demand being reachable anywhere and at anytime, as they spend much time travelling from …

In a conventional cellular network, UEs are connected directly to eNB, and when a vehicular
UE moves away from the cell centre, it gets less bandwidth and lower data rates. However …

This paper investigates the concept of Mobile Femtocell which is the extension of
implementing Mobile Relays and Fixed Femtocells. Mobile Femtocells can be deployed in …

This paper investigates the concept of Mobile Femtocell with considering the feasibility of
deploying Mobile Femtocells in public transportation vehicles such as trains, buses or …

Nowadays the quality of the indoor coverage on trains is not enough to offer broadband
services, mainly due to two factors: the high penetration losses caused by Faraday cage …

The dense deployment of Femtocells within the Macrocell's coverage is expected to
dominate the future of Long Term Evolution (LTE) networks. While Mobile Femtocells …

Femtocell technology recently gained attention due to its potential benefits for mobile
operators (significant capacity offload and extension of the coverage at low cost) but there …

Deployment of femtocells to facilitate mobile data offloading from macro/micro cell is
considered in 4th Generation (4G) and beyond broadband wireless systems, specifically in …

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 …

Femtocell, also known as home base station is one of the promising cost-effective
technologies that ensure a steady increase in system capacity, improvement in service …