This study presents a frequency allocation strategy for macro‐femtocell and micro‐femtocell
cluster‐based long‐term evaluation‐advanced network. In the proposed approach the …

Nowadays, 5G and beyond mobile communication networks are deployed to accommodate
higher dense traffic and different categories of applications. In 5G networks, the deployment …

Ultra-dense network (UDN) is expected to be the main means of meeting the mobile traffic
demands in 5G. Small cell is the main load of UDN to save energy and enhance coverage …

Abstract In Long Term Evolution-Advanced networks, efficient resource partitioning is
needed for improving throughput for User Equipment (UE). In this research, a region splitting …

Femtocells are aimed at providing strong coverage in the indoor area where typical
macrocell coverage is very poor. It has hugely attracted network operators and stakeholders …

Small cells are expected to contribute to the targets of next generation wireless networks.
For increasing the signal strength in indoor areas, small cell based networks are developed …

Commercial, multideployed cognitive femtocell base stations (CFBSs) with cognitive
capabilities are envisioned as a promising approach to meet the requirement of the higher …

Femtocells are the solution introduced in long-term evolution-advanced (LTE-A) network to
enhance the data rate and coverage of indoor users. The deployment of femtocell over …