Large-Scale Propagation Modeling in Corridors at the 10 GHz Frequency Spectrum

Abstract

This article presents a large-scale modeling analysis for different types of corridors at 10 GHz, within line-of-sight (LoS) conditions, including behavioral statistics for the received signals. Influenced by structural and material conditions, there is a 2dB increase for the stone-walled corridor, demonstrating that multipaths generated by the environment’s material permittivity are directly related to signal loss. This work contributes to the evaluation of mmWave communication performance when applied to fifth generation (5G) systems.