The subsurface radar suffers from strong clutter from surface and severe wave attenuation in the underground. This paper presents a unique countermeasure to these problems using a polarimetric FM-CW radar equipped with equivalent time sensitivity control (STC) technique. We first apply the polarimetric filtering principle to suppress surface clutter, then, use an equivalent STC technique suited for FM-CW radar for a deep sounding to compensate wave attenuation. These techniques contribute to a significant improvement of the radar performance. The field experiments were carried out to show the usefulness of the method
This paper applies the principle of radar polarimetry to the synthetic aperture frequency modulated ...
The effect of different decomposition techniques on the imaging and detection accuracy for polarimet...
This paper presents a three-dimensional polarimetric detection result of targets buried in snowpack ...
The subsurface radar suffers from two typical problems, i.e., strong clutter from surface and severe...
This paper presents an experimental result of polarimetric detection of objects buried in a sandy gr...
An FM-CW radar system for the detection of objects buried in sandy ground is explored and is applied...
Poster presented at the 2018 Defence and Security Doctoral Symposium.Ground penetrating radar (GPR) ...
An FM-CW radar system for the detection of objects buried in sandy ground is explored and applied to...
Abstract—A recently developed technique, polarimetric radar interferometry, is applied to tackle the...
A recently developed technique, polarimetric radar interferometry, is applied to tackle the problem ...
This paper discusses the classification of targets buried in the underground by radar polarimetry. T...
Presents experimental results of polarimetric detection of objects buried in a natural snowpack by a...
This paper attempts to apply the principle of radar polarimetry to wideband synthetic aperture FM-CW...
Presents the principle of synthetic aperture frequency modulated continuous wave (FM-CW) radar and d...
The effect of different decomposition techniques on the imaging and detection accuracy for polarimet...
This paper applies the principle of radar polarimetry to the synthetic aperture frequency modulated ...
The effect of different decomposition techniques on the imaging and detection accuracy for polarimet...
This paper presents a three-dimensional polarimetric detection result of targets buried in snowpack ...
The subsurface radar suffers from two typical problems, i.e., strong clutter from surface and severe...
This paper presents an experimental result of polarimetric detection of objects buried in a sandy gr...
An FM-CW radar system for the detection of objects buried in sandy ground is explored and is applied...
Poster presented at the 2018 Defence and Security Doctoral Symposium.Ground penetrating radar (GPR) ...
An FM-CW radar system for the detection of objects buried in sandy ground is explored and applied to...
Abstract—A recently developed technique, polarimetric radar interferometry, is applied to tackle the...
A recently developed technique, polarimetric radar interferometry, is applied to tackle the problem ...
This paper discusses the classification of targets buried in the underground by radar polarimetry. T...
Presents experimental results of polarimetric detection of objects buried in a natural snowpack by a...
This paper attempts to apply the principle of radar polarimetry to wideband synthetic aperture FM-CW...
Presents the principle of synthetic aperture frequency modulated continuous wave (FM-CW) radar and d...
The effect of different decomposition techniques on the imaging and detection accuracy for polarimet...
This paper applies the principle of radar polarimetry to the synthetic aperture frequency modulated ...
The effect of different decomposition techniques on the imaging and detection accuracy for polarimet...
This paper presents a three-dimensional polarimetric detection result of targets buried in snowpack ...