This paper investigates the influence of the human body on indoor measurements of radio
wave path loss at 3.5 GHz and proposes a solution to improve the accuracy of …

Channel measurements and path-loss modelling for typical indoor environments at 28-GHz
band, in both line-of-sight and non-line-of-sight scenarios, are conducted. An automatic …

This paper presents the results of a significant number of propagation measurements
performed at 3.5 GHz in urban environments. Furthermore, the data collected is used to …

This paper proposed the path loss model which can cover the high frequency bands above
the 6 GHz. The path loss characteristics are analyzed on the basis of measurement results …

There are a number of significant radiowave propagation phenomena present in the
populated indoor environment, including multipath fading and human body effects. The latter …

This paper addresses the dimensioning of the emerging wireless broadband networks
operating in 3.5 GHz band by focusing on the key problem of propagation loss. The …

This paper presents statistics of path loss for 60 GHz millimeter wave propagation channel
simulations that are performed in the presence of humans in different indoor environments …

This paper looks at measurements of some indoor materials at 60 GHz and uses
measurements to improve the accuracy of ray-tracing simulation for the prediction of indoor …

In this paper, a short-range, narrowband indoor propagation at 2.6 GHz was measured and
modeled. The measurement campaign was conducted to characterize the path loss (PL) of …

For 5G communications, millimeter-wave frequency bands are considered strong candidates
for new spectra. However, propagation studies in these bands are still in their initial stages …