The indoor application of wave propagation in the 5G network is essential to fulfill the
increasing demands of network access in an indoor environment. This study investigated the …

In this work, we present power and quality measurements of four transmissions using
different emission technologies in an indoor environment, specifically a corridor, at the …

The millimeter-wave (mmWave) frequency is considered a viable radio wave band for fifth-
generation (5G) mobile networks, owing to its ability to access a vast spectrum of resources …

Agriculture 4.0 is going to represent a massive deployment of sensors, so efficient planning
of radiocommunication systems in this type of environment will be necessary. In this work …

This paper investigates measurement-based omni-directional millimeter-wave propagation
characteristics for an indoor corridor environment. The omnidirectional characteristics were …

Existing wireless communications in the sub-6 GHz bands are facing challenges from the
growing demand for higher data rates and better quality of services. To satisfy these …

At present, the Fifth Generation (5G) mobile communication system faces serious path loss
(PL) and high penetration loss due to the characteristics of millimeter wave frequency band …