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

This paper addresses the problem of wall clutter mitigation and image reconstruction for
through-wall radar imaging (TWRI) of stationary targets by seeking a model that incorporates …

With the advances in radar technology, through-the-wall radar imaging (TWRI) has become
a viable sensing modality that can allow fire-and-rescue personnel, police, and military …

Through-the-wall radar imaging is a sensing technology that can be used by first responders
to see through obscure barriers during search-and-rescue missions or deployed by law …

Chaos through-wall imaging radar has attracted wide attention due to its inherent low
probability of detection/interception, strong anti-jamming, and high resolution. However, the …

In through-the-wall radar imaging, wall clutter mitigation and image formation are often
solved separately, resulting in a suboptimal solution. This paper presents a scene …

This paper presents a low-rank and jointly-sparse approach for imaging stationary targets
using multipolarization through-wall radar (TWR). The proposed approach exploits two …

We address the detection of material defects, which are inside a layered material structure
using compressive sensing-based multiple-input and multiple-output (MIMO) wireless radar …

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 …