@misc{10481/95110,
year = {2024},
month = {7},
url = {https://hdl.handle.net/10481/95110},
abstract = {This letter presents a measurement campaign carried
out in an FR2 urban outdoor environment in a live experimental
network deployment. The radio propagation analysis
from a physical perspective at 26 GHz is essential for the correct
deployment and dimensioning of future communication networks.
This study performs a walk test emulating realistic conditions
under which a pedestrian may be affected, summarizing and
evaluating some of the typical effects encountered in a communications
scenario such as penetration losses in a building, losses
due to vegetation or the human body, or diffraction/scattering
propagation around corners in street canyon-like environments.
The operational conditions of the 5G network, the urban microcell
scenario, and the use of omnidirectional antennas on the UE
side validate the channel conditions from a perspective closer to
a realistic scenario for a pedestrian within a FR2 live network.},
publisher = {Institute of Electrical and Electronics Engineers},
keywords = {Measurement campaign},
keywords = {Outdoor},
keywords = {Path gain},
title = {Observations on Large-Scale Attenuation Effects in a 26 GHz Urban Micro-Cell Environment},
doi = {10.1109/LWC.2024.3434415},
author = {Ramírez Arroyo, Alejandro and B. Sørensen, Troels and Beltoft, Peter and Christiansen, Henrik and Valenzuela Valdes, Juan Francisco and Mogensen, Preben},
}