A thorough picture is presented on the capability of compressed sensing to reduce the
number of measurement samples that are required for a near-field to far-field transformation …

A procedure is proposed to significantly reduce the amount of time to characterize 3-D
antenna far-field patterns. The measured far field is expanded into spherical harmonics, and …

Near-field (NF) measurement techniques and the related NF to far-field (FF) transformations
are gaining interest for their ability to allow an accurate evaluation of the radiation …

Spherical near-field measurements are regarded as the most accurate technique for the
characterization of an Antenna Under Test's (AUT) radiation. The AUT's far-field radiation …

The ever-growing complexity of radiating systems asks for always more challenging
radiation pattern characterizations requiring time consuming field acquisitions and high-cost …

Compressive sensing (CS) has been deployed in a variety of fields including wideband
spectrum sensing, active user detection, and antenna arrays. In massive multiple input …

In this paper we investigate the application of phase-shifting digital holography for the real-
time characterization of electromagnetic sources in the THz frequency range. We use an off …

In massive MIMO arrays, Compressive Sensing (CS) has been proposed to rapidly verify the
arrays excitation in a production environment. All follow the general approach of creating the …

In this article, the application of phaseless measurement in spherical near-field antenna
measurements is discussed, where the amplitude is measured and used to estimate the …

In this article, the goal is to design deterministic sampling patterns on the sphere and the
rotation group and, thereby, construct sensing matrices for sparse recovery of band-limited …