Usually with the term "full-spectrum" camera we mean a camera where a pixel measures all wavelengths simultaneously. Therefore this camera only measures areal intensity changes collected from the target in the spectral range where the detector is sensitive. In a hyperspectral camera the spectrograph divides light into smaller bands and therefore each pixels measures only small fraction of the spectrum. With hyperspectral camera we can actually measure spectral changes and difference in each position of the target. I hope this helps.
I've struggled with this concept a lot, but these visuals are excellent! Thank you very much!
Thank you Ellen! We're glad that it helped you. Do you have any requests for our next tutorial?
what a nice presentation. keep it up
Thanks a lot to these well presented tutorials. Keep it up!
instaBlaster
Thanks you so much!! Im doing a project on remote sensing with my uni :-) its very exiting
Thank you it was helpful
Is there a difference between hyperspectral and full-spectrum cameras?
Usually with the term "full-spectrum" camera we mean a camera where a pixel measures all wavelengths simultaneously. Therefore this camera only measures areal intensity changes collected from the target in the spectral range where the detector is sensitive. In a hyperspectral camera the spectrograph divides light into smaller bands and therefore each pixels measures only small fraction of the spectrum. With hyperspectral camera we can actually measure spectral changes and difference in each position of the target. I hope this helps.
Amazing!
The number of pages can be equal to the number of channel in a hyperspectral camera. Is it right??
Yes.
where can i buy a hyperspectral camera
You can find our distributors from here: www.specim.com/company/distributors/
Bonne explication
Thanks engineer..
thx，it's help a lot
Video not clear provide clear video