Abstract
This paper presents some useful signal processing and synthetic aperture radar imaging techniques for ultra-wide band (UWB) ground penetrating radar. Novel UWB antenna structures are experimentally designed in this work. Raw and processed data collected in the course of experimental studies of subsurface sensing and through-wall imaging scenarios are demonstrated in B-scan and C-scan target images.
Keywords
Ground-penetrating radar
Remote sensing
Geology
Radar imaging
Radar
Early-warning radar
Synthetic aperture radar
Computer science
Bistatic radar
Telecommunications
Subject Areas
Geophysical Methods and Applications
·Ocean Engineering ·Physical Sciences
Rock Mechanics and Modeling
·Mechanics of Materials ·Physical Sciences
Seismic Waves and Analysis
·Geophysics ·Physical Sciences
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