A Calibration Method for Fully Polarized SAR Based on Irrotation Region
An irrotational, fully polarized technology, applied in radio wave reflection/re-radiation, radio wave measurement systems, instruments, etc., can solve problems that do not necessarily satisfy irrotational characteristics, and achieve the effect of increasing accuracy
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[0066] As a SAR payload for NASA to explore multi-frequency, multi-polarization, and polarization interference, AIRSAR has full-polarization data and elevation information corresponding to P, L, and C frequency bands. It has wide application in analysis and so on. Since unscaled data cannot be obtained, this paper uses AIRSAR data to add channel imbalance and channel crosstalk to describe this embodiment in detail.
[0067] image 3 It shows the processing results of simulated AIRSAR experimental data. Through clipping, the data has no water area, ice area, etc. (a) is given without adding system disorder The exploded view, where the gray dotted line is an example of blocks, (b) shows the system disorder after adding From the exploded view, it can be seen that the image has obvious problems in the distance direction. (c) shows the Bragg-like bare soil points selected through the above process. Compared with (a), it can be seen that after the threshold is set, almost all ...
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