Indoor antenna ranges must have the walls, floor, and ceiling treated with a radio-frequency
(RF) absorber. The normal incidence performance of the absorber is usually provided by the …

The aim of this paper is to highlight and elaborate the construction and establishment of a
rectangular anechoic chamber (AC) of dimensions 7 m× 4 m× 3 m working from 0.1 GHz to …

A novel system for chamber characterization by Fourier Analysis technique is explored. The
system consists of a probe antenna mounted on top of an Unmanned Autonomous Vehicle …

An efficient method is presented to numerically model anechoic chambers ranging from VHF
to microwave frequencies. In this method, an approximate image theory is proposed to …

Indoor antenna ranges must have the walls, floor and ceiling treated with RF absorber. The
normal incidence performance of the absorber is usually provided by the manufacturers of …

This paper investigates the propagation performances (reflectivity) of anechoic environment
beyond its qualified frequency range. These analyses are conducted in the 50 MHz-100 …

Indoor antenna ranges must have walls, floor and ceiling treated with RF absorber. The
normal incidence performance of the absorber is usually provided by the manufacturers of …

To ensure effective plane wave illumination of an antenna under test in an anechoic
chamber, a specific region known as the Quiet Zone (QZ) is typically specified. Conventional …

Tapered Chambers are best suited for antenna pattern measurements at low frequencies.
The advantage of such chambers over similar sized rectangular shaped chambers would be …

This thesis focuses on the use of multiple unmanned aerial vehicles (UAVs) in a distributed
framework to synchronously perform shared tasks. These include aerial beamforming and …