Developing a novel full-polarimetric GPR technology

Generally GPR transmits and receives radio waves with a single polarization using two parallel antennas. But it is possible to improve the GPR ability of discrimination and imaging of subsurface targets by analyzing the backscattered wave with a variety of polarizations. So we are developing a full-...

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Main Authors: Xuan Feng, Wenjing Liang, Cai Liu, Qi Lu, ZhengShu Zhou, Yan Zhang, LiLong Zou, HongLi Li
Format: Conference Proceeding
Language:English
Subjects:
antenna array
Antenna arrays
Arrays
Calibration
Educational institutions
GPR
Ground penetrating radar
polarization
Receiving antennas
Switches
system
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creator Xuan Feng
Wenjing Liang
Cai Liu
Qi Lu
ZhengShu Zhou
Yan Zhang
LiLong Zou
HongLi Li
description Generally GPR transmits and receives radio waves with a single polarization using two parallel antennas. But it is possible to improve the GPR ability of discrimination and imaging of subsurface targets by analyzing the backscattered wave with a variety of polarizations. So we are developing a full-polarimetric GPR system, including PC, network analyzer, rectangular coordinates robot, switch driver, and polarimetric antenna array. Polarimetric antenna array is used to transmit and receive both co-polarimetric and cross-polarimetric signals. Currently polarimetric GPR do not execute precise calibration. But good calibration can improve the classification ability of subsurface targets. So we introduced the calibration technique into the polarimetric GPR, and derived a calibration formula.
doi_str_mv 10.1109/IGARSS.2011.6049266
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subjects antenna array
Antenna arrays
Arrays
Calibration
Educational institutions
GPR
Ground penetrating radar
polarization
Receiving antennas
Switches
system
title Developing a novel full-polarimetric GPR technology
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