GPR phase-based techniques for profiling rough surfaces and detecting small, low-contrast landmines under flat ground

Effective clutter removal for detection non-metallic mines in various soil fields

Characterization of local 3D rough dielectric surfaces using standoff GPR measurements with widebeam antennas

UWB near-range GPR Phase-Based techniques for profiling rough surfaces and detecting small Low-Contrast shallow subsurface objects

Phase-based detection of small 3-D dielectric objects beneath rough surfaces

Wideband short-range GPR interferometric phase processing for 3D rough surfaces with correction of antenna phase distortions

Characterization of local 3D rough surfaces using UWB near-range phase-based GPR signatures from widebeamwidth antennas

Implementation of fast focusing algorithm for UWB stepped-frequency GPR SAR imaging

Detection and imaging of small buried 3D non-metallic objects with multistatic phase-based GPR signatures

Near-range phase-based detection of small subsurface objects and characterization rough with bistatic wide-beamwidth antennas

Fine-resolution local subsurface sensing based on ultra wideband phase measurements

High resolution 3D image reconstruction based on multistatic UWB phase processing

Improved GPR data preprocessing for detection of various land mines

Advanced relocatable multi-sensor system for buried landmine detection

VIRLAD: Video Impulse Radar for Landmine Detection: this report is the final report of the National Technology Project VIRLAD, overeenkomst nr. DGM/DWOO/N98-11

Phase unwrapping for GPR interferometry

GPR interferometry: theory and experimental scheme

Analysis and extraction of phase properties for GPR interferometry

Ground penetrating impulse radar for detection of small and shallow-buried objects

On the design of the UWB front-end of GPR for landmine detection