The electromagnetic radiations impact on human beings is a controversial topic ever since
the announcement of the 5G network deployment. This article presents a connected object …

With the huge growth in data traffic, the densification of the macro cell (MC) layer with low-
powered small cell (SC) base stations (resulting in a heterogeneous network) will improve …

Throughout the wireless communication network planning process, efficient signal reception
power estimation is of great significance for accurate 5 G network deployment. The wireless …

Current evolution of wireless personal communications has necessitated a comprehensive
understanding of electromagnetic interactions between handset antennas and nearby …

Understanding radio propagation characteristics and developing channel models is
fundamental to building and operating wireless communication systems. Among others …

We introduce efficient deep learning models that estimate maps of two indoor radio
propagation parameters: i) received power and ii) cell association. These models, based on …

The technologies of cellular networks have considerably evolved over the last few decades,
becoming almost ubiquitous in population life. One of the main characteristics of those …

A new paradigm for the analysis of radio coverage and quality of live 4G cellular radio
access network (RAN) is reported. The 3GPP standard feature called minimization of drive …

In this paper, radio-frequency (RF) electromagnetic field (EMF) exposure evaluations are
conducted in the frequency range 10-60 GHz for array antennas intended for user …

Accurate channel models for predicting received power under slow fading impairments are
essential for planning 5G solutions due to the increased range of possible transmission …