We illustrate the use of the reverberation chamber to simulate fixed wireless propagation
environments including effects such as narrowband fading and Doppler spread. These …

With the continuous growth in connected devices and the need for larger bandwidth
channels and greater data speeds, operating at high frequencies can be advantageous for …

We report on our investigation into radio communications problems faced by emergency
responders in disaster situations. A fundamental challenge to communications into and out …

The main target of this research work is to study the provision of indoor service (coverage)
using outdoor base stations at higher frequencies ie 10 GHz in the context of a single …

We report on measurements that characterize multipath conditions that affect broadband
wireless communications in building penetration scenarios. Measurements carried out in …

NIST is investigating radio communications problems faced by emergency responders (eg,
firefighters and police) in disaster situations such as collapsed buildings. A fundamental …

We characterized key elements that pose challenges to public-safety radio communications
into and out of large buildings, including the strong attenuation of radio signals caused by …

The main target of this article is to study the provision of indoor service (coverage) using
outdoor base station at higher frequencies ie 10 GHz, 30 GHz and 60 GHz. In an outdoor to …

The main target of this article is to perform the multidimensional analysis of multipath
propagation in an indoor and outdoor environment at higher frequencies ie 15 GHz, 28 GHz …

Firefighters are tasked with conducting search and rescue operations at incidents ranging
from minor smoke conditions to multi-agency disasters. In each instance, a rapid risk …