Recent research into radio propagation and large-scale channel modeling shows that
frequencies can be used above 6 GHz for the new generation of mobile communications …

This paper examines the large-scale path loss models for an indoor corridor environment at
frequencies of 28 and 38 GHz. The measurement environment consists of an indoor corridor …

This report investigates how antenna polarization and directivity affect indoor radio channel
bandwidth and signal coverage. Indoor impulse response measurements were taken at 5.8 …

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 …

Based on 5.25 GHz wideband channel measurements performed in indoor office
environment, empirical path loss models in in-room line-of-sight (LoS), room-corridor, and …

Robust channel models for indoor areas are a crucial part of network planning and are
immensely valuable for the small cell and indoor 5G network evolution. As the main input for …

This paper describes an indoor propagation model pertaining to a sample of six different
multi-floor building structures that have a stone block type outer wall and are generally …

This letter presents an empirical multifrequency outdoor-to-indoor path loss model. The
model is based on measurements performed on the exact same set of scenarios for different …

Fifth generation wireless communications will exploit the enormous chunk of bandwidth
available at millimeter-wave frequency bands. Accordingly, an accurate and simple path …

The millimeter-wave (mm-wave) frequency band is projected to play a critical role in next-
generation wireless networks owing to its large available bandwidth. Despite the theoretical …