The linear sampling method (LSM) is a qualitative inverse scattering technique for
reconstructing the shape of a target. It has several beneficial qualities, including the …

The phase-encoded linear sampling method (PE-LSM) is an inverse scattering technique for
reconstructing the shape of a conducting target from scattered electric fields. It is a variant of …

In this work we consider a qualitative inverse scattering approach suitable for synthetic
aperture radar (SAR) based on a minimum variance distortionless response (MVDR) …

The phase-encoded linear sampling method (PE-LSM) is a qualitative inverse scattering
technique that can create high-fidelity target images from synthetic-aperture data …

We present a technique for imaging 3D targets from synthetic apertures using a variant of
the linear sampling method (LSM). The rationale for an LSM-based approach is to mitigate …

The distorted Born iterative method (DBIM) is a technique for reconstructing a dielectric
profile from scattered electric fields. The potential for effective imaging with DBIM has been …

The phase-encoded linear sampling method (PE-LSM) is a qualitative inverse scattering
algorithm that can achieve high-fidelity imaging of conducting targets from limited multistatic …

We experimentally evaluate the phase-encoded linear sampling method (PE-LSM) for
ground penetrating radar. The PE-LSM improves upon the conventional LSM for limited …

The phase-encoded linear sampling method (PE-LSM) is an imaging method that avoids the
point scatterer model that is common to conventional radar imaging approaches. It thus has …