Besides the considerable rise in wireless network usage and network-connected apps, this
causes congestion, leading to a drop in data transmission speed. As a result of their high …

The main objective of the sectorization approach is to divide a vast region into symmetric
sectors. Balancing accessibility of healthcare units, which is commonly between the goals of …

This study provides a detailed analysis of the potential improvements in 5G network
performance due to the adoption of NOMA and Massive MIMO technologies. Obtaining …

This research is aimed at understanding the performance benefits of the use of adaptive
algorithms in dual-branch MRC systems as a solution for developing 5G networks. We …

The investigation in this study entails integrating blockchain technology with maximal ratio
combining in a triple branch configuration for secure communications under multipath fading …

We have investigated the potential of channel capacity and signal integrity enhancement in
dual branch MRC systems even under extreme fading through classical and quantum …

Heterogeneous networks (HetNets) with picocells operating at millimeter wave (mmWave)
band provide higher user throughput because of the enormous amount of signal bandwidth …

In this paper, we pursue the resilience of wireless communication systems in multipath
fading and interference environments utilizing Delta-γ modelling. Furthermore, fading …

Downlink three-dimensional beamforming (3D-BF) operates in two dimensions, horizontally
and vertically, and can enhance the precision and adaptability of the downlink signal …

This paper serves to show how Q-learning can be used in complement with Maximal Ratio
Combining to better IoT communication systems under dynamic fading, high-density …