A complicated radio resource management, eg, handover condition, will be suffered by the
user in non-terrestrial networks due to the impact of high mobility and hierarchical layouts …

Amalgamation of mmWave and LTE sub-6 provides an advantage in enhancing the
reliability, communication bandwidth and optimized coverage of intelligent network and its …

In 5G networks, microcells are densely deployed for the spatial reuse to cooperate with the
traditional macrocells, and thus a moving user equipment (UE) usually experiences a more …

Conditional handover (CHO) has been introduced in 5G to improve mobility robustness,
namely, to reduce the number of handover failures by preparing target Base Stations (BSs) …

Problem: In next-generation networks, users can optimize or tune their preferences with a
seamless transfer of diverse access methodologies for maximizing the Quality of Service …

Good mobility performance is critical in cellular networks for ensuring that each user is
always connected to the best possible cell and that the handovers are executed timely to …

An overview is devoted to the automation of fifth-generation mobile communications based
on the use of artificial intelligence. We suggest using GRU recurrent neural networks, as …

The number of mobile users has exponentially grown over the past years, and these users
have the desire of always being connected wirelessly at any time anywhere, to the best …

Moving to the next generations of mobile networks means to deal with multi-heterogeneous
network dense deployment as there will be no single network type capable of meeting all the …

In the existing LEO satellite handover strategy, most of the indicators of handover decision
consider satellite network parameters rather than the actual requirements of user services …