A Ku band-terrestrial radar interferometer with different polarization combination capability, including left and right circular polarization (CP), has been used to investigate the potential of different co-polar and cross-polar acquisitions for Terrestrial Radar interferometry (TRI), aiming at improving the monitoring of landslides in semi-urban areas. After some preliminary tests carried out to verify the responses of simple targets, Ground Based SAR images acquired in a test area affected by a landslide have been analyzed. The study of how different polarization combinations affect coherence and amplitude dispersion of natural media and man-made structures has been carried out to evaluate the potentialities of the different polarization observations, aiming at easing the identification of stable scatters.
Analysis of Ground Based SAR Images Acquired In A Small Urban Area Using Diverse Polarization Configurations
Dematteis N
2020
Abstract
A Ku band-terrestrial radar interferometer with different polarization combination capability, including left and right circular polarization (CP), has been used to investigate the potential of different co-polar and cross-polar acquisitions for Terrestrial Radar interferometry (TRI), aiming at improving the monitoring of landslides in semi-urban areas. After some preliminary tests carried out to verify the responses of simple targets, Ground Based SAR images acquired in a test area affected by a landslide have been analyzed. The study of how different polarization combinations affect coherence and amplitude dispersion of natural media and man-made structures has been carried out to evaluate the potentialities of the different polarization observations, aiming at easing the identification of stable scatters.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.