A novel approach for vegetation classification using UAV-based hyperspectral imaging
Computers and Electronics in Agriculture(2018)
Abstract
•A liquid crystal tunable filter was used in a UAV remote sensing application.•The system was tested on a mango orchard.•The new filter allowed for simplification of the data processing method.•The classification accuracy for vegetation was 94.5%.•The new system should be valuable for precision agriculture applications.
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Key words
Liquid crystal tunable filter,Unmanned aerial vehicle,Vegetation classification,Machine learning
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