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### DB Selector
DB3K
### Baseline
Sensor 5649
### Hypothetical
No
### Name
China SIAR
### Sensor Generation
Late 2010s
### Range (nm)
10-1500
### Horizontal Arc (de…
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### DB Selector
DB3K
### Baseline
Sensor 5649
### Hypothetical
No
### Name
China SIAR
### Sensor Generation
Late 2010s
### Range (nm)
10-1500
### Horizontal Arc (de…
-
So Incident Management Teams at LINZ can do flood mapping, faster and more consistently, it would be useful to have a jupyter notebook for processing flood extents from common sources of SAR imagery.
…
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In pyGMTSAR, it seems that the PS candidates are selected based on the Amplitude Dispersion Index (ADI), as written in Stack_ps.py:
psfunction = (ps.average/(2*ps.deviation))
However, in the paper…
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Dear Alexey,
I am writing to seek clarification regarding the difference between cumulative LOS and STL LOS displacements in synthetic aperture radar interferometry (InSAR) data analysis.
As in…
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When I simulated synthetic aperture radar (SAR) imaging algorithms,such as Omega-K algorithm (or range migration algorithm), I used FINUFFT (i.e. finufft1d1()) to replace "Stolt interpolation and FFT"…
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Trying to read a complex SAR data file similar to:
```python
from sarpy.io.complex.converter import open_complex
reader = open_complex('FARAD_X_BAND/20151027_1027X04_PS0010_PT000001_N03_M1_CH0_OS…
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Various data producers in the NASA earth remote sensing community are requesting a standard unit to represent Decibels (dB) for Radar data, such as for scatterometers, altimeters, and synthetic apertu…
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# References
+ [Introduction To Autoencoders In Machine Learning](https://youtu.be/NZ97-lFEUq8)
+ [Convolutional autoencoder for image denoising](https://keras.io/examples/vision/autoencoder/)
+ [B…
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### DB Selector
DB3K
### DBID to Copy
DBID #4459
### Hypothetical
No
### Name
Airborne Reconnaissance and Targeting Multi-Mission Intelligence System (ARTEMIS)
### Country
United States
### …