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

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

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

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

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

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

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

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

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

Improved GPR data preprocessing for detection of various land mines

Advanced relocatable multi-sensor system for buried landmine detection

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

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

Phase unwrapping for GPR interferometry

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

GPR interferometry: theory and experimental scheme

Results of measurement campaign performed at TNO-FEL's HOM2000 testing facilities on January 22, 27, 1999: internal report (version 0.1), Feb. 24, 1999

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