Pleliminary results on repeat pass interferometry of the X-band airborne SAR system (Pi-SAR2) of NICT
T Kobayashi, S Kojima, T Umehara… - … and Remote Sensing …, 2016 - ieeexplore.ieee.org
T Kobayashi, S Kojima, T Umehara, J Uemoto, T Matsuoka, A Nadai, S Uratsuka
2016 IEEE International Geoscience and Remote Sensing Symposium …, 2016•ieeexplore.ieee.orgNICT developed the airborne X-band SAR system (Pi-SAR2) in 2008. It has polarimetric and
interferometric functions with high spatial resolution of 0.3 m. We demonstrated volcano
monitoring using DEM generated by single-pass interferometry function of Pi-SAR2. In this
paper we describe coherent change detection by repeat-pass interferometry function of Pi-
SAR2. We improved the repeatability of flight path by introducing the guideline system and
obtained high coherence image. In flight experiments we detected the footprint on the lawn …
interferometric functions with high spatial resolution of 0.3 m. We demonstrated volcano
monitoring using DEM generated by single-pass interferometry function of Pi-SAR2. In this
paper we describe coherent change detection by repeat-pass interferometry function of Pi-
SAR2. We improved the repeatability of flight path by introducing the guideline system and
obtained high coherence image. In flight experiments we detected the footprint on the lawn …
NICT developed the airborne X-band SAR system (Pi-SAR2) in 2008. It has polarimetric and interferometric functions with high spatial resolution of 0.3m. We demonstrated volcano monitoring using DEM generated by single-pass interferometry function of Pi-SAR2. In this paper we describe coherent change detection by repeat-pass interferometry function of Pi-SAR2. We improved the repeatability of flight path by introducing the guideline system and obtained high coherence image. In flight experiments we detected the footprint on the lawn in the coherence image.
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