Fifth-generation (5G) networks offer high-speed data transmission with low latency,
increased base station volume, improved quality of service (QoS), and massive multiple …

With the purpose of providing higher data rate and ultra-reliable and low-latency
communications for the users, employing the small cells in the upcoming Fifth-Generation …

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 …

The last decade has been characterized by a rapid increase in the usage of mobile
communications. One of the main aspects of mobile communications is mobility. This means …

With 5G already deployed, challenges related to handover exacerbate due to the dense
base station deployment operating on a motley of frequencies. In this paper, we present and …

Increasing spectrum efficiency in new-generation communication networks is possible by
raising the operating frequencies or increasing the number of serving cells. Both of the …

In this paper, we address the signaling overhead and the power consumption that results
from the transmission of handover-related signaling in a Long Term Evolution (LTE) cellular …

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 …

The ever-growing data rate demand from cellular users increases the associated power
consumption that directly contributes to the global warming of the environment. Also …

3GPP Release 16 describes two UE criteria for radio resource management (RRM)
relaxation,'low mobility'and 'not at the cell edge'. This work presents a simulation analysis of …