In-band emission represents a critical metric for assessing the reliability of a mobile
communication network and ensuring quality of service (QoS) for end users. In the 5G …

This paper focuses on Beyond fifth generation (B5G) non-linear data modeling and decision-
making tools to optimize cost reduction versus coverage-QoS trade-off, in other words, the …

One of the most representative challenges of multi-tier heterogeneous network architectures
is the interference management among different Radio Access Technologies. In this sense …

The 5G network technologies are intended to accommodate innovative services with a large
influx of data traffic with lower energy consumption and increased quality of service and user …

The study employed simulation-based measurement approaches to evaluate and compare
the performance of conventional networks to IRS-enhanced systems in terms of upstream …

While the first 5G releases have been defined, it is expected that future Beyond 5G (B5G)
and 6G networks will further reduce inter-site distances between access points. Accordingly …

Optimizing power control for interference mitigation at the network cell edge is pivotal in
enhancing capacity within a heterogeneous cyber-physical infrastructure, such as smart …

The new era of mobile communications is dictated by the user demand for robust and high
speed connections, data hungry applications and seamless connectivity. Operators and …

Mobile communication is considered as one of the building blocks of smart cities, where
citizens should be able to benefit from telecommunications services, wherever they are …

Abstract The future wireless Fifth Generation (5G) communication network required a higher
bandwidth in order to achieve greater data rate. It will be largely characterized by small cell …