Thank you for your nice works.
Can I ask some specific informations about hyperglobal-450K?
In paper, it's written as
"Band Refinement
We remove bad bands and water vapor absorption bands (both are presented in official instruction), producing the HSIs that contain 175 channels."
"Compared to the EO-1 data, GF-5 images were cloudyfree and did not need to remove cloudy samples and select locations. Therefore, when processing GF-5 images, we directly used 150 spectral bands ranging from 0.4 to 1.0 µm (visible light and near-infrared), as this range is beneficial for typical RS land object recognition."
Can I determine which spectral regions the removed bands belong to, and which regions are preserved?
-> Can I know the index of the selected bands? Thanks.
Thank you again for your nice work.
Thank you for your nice works.
Can I ask some specific informations about hyperglobal-450K?
In paper, it's written as
"Band Refinement
We remove bad bands and water vapor absorption bands (both are presented in official instruction), producing the HSIs that contain 175 channels."
"Compared to the EO-1 data, GF-5 images were cloudyfree and did not need to remove cloudy samples and select locations. Therefore, when processing GF-5 images, we directly used 150 spectral bands ranging from 0.4 to 1.0 µm (visible light and near-infrared), as this range is beneficial for typical RS land object recognition."
Can I determine which spectral regions the removed bands belong to, and which regions are preserved?
-> Can I know the index of the selected bands? Thanks.
Thank you again for your nice work.