Wireless communications in aircraft cabin environments have drawn widespread attention
with the increase of application requirements. To ensure reliable and stable in-cabin …

In this work we resort to the Bluetooth Low Energy (BLE) beaconing mechanism to propose
an hybrid indoor positioning system (H-IPS) that fuses both multilateration (MLT) and …

In an urban built city environment, the performance of electromagnetic (EM) wave
propagation through building materials poses a new set of challenges to radio frequency …

This paper introduces a study on verifying received power at WLAN frequencies in indoor
environments, Wireless InSite is a popular electromagnetic ray-tracing software which is …

This study measures and analyzes the local average power for line‐of‐sight (LOS) and non‐
line‐of‐sight (NLOS) paths according to the averaging length in an indoor corridor …

As a simple and inexpensive channel characteristic, received signal strength (RSS) finds
extensive usage in localization applications. However, the quick changes in signal strength …

This research investigates the modeling of path loss exponent in an indoor environment at
sub-Terahertz (THz) frequencies. The study examines directional and omnidirectional …

This study measured and analyzed the propagation characteristics at frequencies 6, 10, and
17 GHz to discover the new propagation demands in a semi-basement indoor corridor …

Accurate indoor radio propagation modelling is a well-known problem that researchers tend
to solve in many ways. Related methods differ in terms of accuracy and complexity. The …

In this paper, a comparative study between different indoor path loss prediction models is
conducted. The investigated models include averaged wall loss model (AWM), single slope …