Future cellular networks need to support data hungry applications with enhanced data rates
possibly via cell densification (ultra-small cells). The key objective of this work is to study the …

As open access femto-cells have been deployed as means to enhance the Long Term
Evolution (LTE) network capabilities, handover schemes have been proposed to reduce the …

Next generation wireless cellular networks will be ultra dense network (UDN) to increase
system capacity through spatial reuse in a hot spot, but with the cost of increasing handover …

Network densification is regarded as the dominant driver for wireless evolution into the era
of 5G. However, in this context, interference‐limited dense small cell deployments are facing …

With fastWith fast growing traffic, high-density small cells (SC) deployment is envisioned in
5G network under the macrocell (MC) coverage area. This will improve the capacity and the …

Long Term Evolution (LTE) is the latest mobile network technology that design to further
increases of network capacity and coverage. An extensive research on femtocell network …

One of the most anticipated approaches to overcoming the uncertainty of millimeter wave
(mmWave) network is the deployment of ultra-dense small-cells in future fifth generation …

Ultra-densification is a key approach aimed at satisfying high data traffic in next-generation
5G networks. However, the high number of small cell eNB deployments in such ultra-dense …

Deploying ultra-dense small-cell base stations in the next-generation mobile networks is
one of the most expected approaches to overcome the uncertainty of millimeter wave (mm …

To satisfy the high data demands in future cellular networks, an ultra-densification approach
is introduced to shrink the coverage of base station (BS) and improve the frequency reuse. In …