Compressed sensing techniques have been applied to through-the-wall radar imaging
(TWRI) and multipolarization TWRI for fast data acquisition and enhanced target localization …

Radar images of humans and other concealed objects are considerably distorted by
attenuation, refraction, and multipath clutter in indoor through-wall environments. Although …

In this work, a gain-enhanced Vivaldi antenna is proposed, which is integrated with the
transceiver on a printed circuit board. The gain and the radiation pattern are improved with …

Due to the non-contact detection ability of radar and the harmlessness of terahertz waves to
the human body, three-dimensional (3D) imaging using terahertz synthetic aperture radar …

We introduce an efficient synthetic electrode selection strategy for use in Adaptive Electrical
Capacitance Volume Tomography (AECVT). The proposed strategy is based on the …

Clutters caused by multipath have been widely researched in through-the-wall radar
imaging (TWRI). The existing research work of multipath only consider reflections from the …

Synthetic aperture sonar (SAS) and interferometric synthetic aperture sonar (InSAS) have a
range layover phenomenon during underwater observation, the AUV-mounted circular …

Moving-target indication (MTI) has been widely researched in urban sensing. The existing
research work mainly concentrates on a single moving target, and there exist difficulties to …

This article introduces a probabilistic Bayesian model for addressing the problem of
compressive multipolarization through-wall radar imaging (TWRI). The proposed approach …

This paper presents a low-rank matrix completion approach to tackle the problem of wall
clutter mitigation for through-wall radar imaging in the compressive sensing context. In …