This paper presents a method based on chemometrics analysis to select the optimal wavebands for variety discrimination of Chinese cabbage seed by using a ...
This paper presents a method based on chemometrics analysis to select the optimal wavebands for variety discrimination of Chinese cabbage seed by using a ...
Selection of the Optimal Wavebands for the Variety Discrimination of Chinese Cabbage Seed. https://doi.org/10.1007/11925231_58 · Full text.
Di Wu, Lei Feng, Yong He: Selection of the Optimal Wavebands for the Variety Discrimination of Chinese Cabbage Seed. MICAI 2006: 612-621.
Color of seed coat (or testa) may affect the spectra of seeds at visible bands. It needs to be further investigated what components of seed coat. (or testa) ...
Selection of the Optimal Wavebands for the Variety Discrimination of Chinese Cabbage Seed. 2006, 1096049. Click here to go back to the BANKS homepage. About ...
... Selection of the Optimal Wavebands for the Variety Discrimination of Chinese Cabbage Seed. Gelbukh, Alexander, Reyes-Garcia, Carlos Alberto. Насколько вам ...
The variety of Chinese cabbage seeds were recognized using hyperspectral imaging with 256 bands from 874 to 1,734 nm in the present paper.
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Mar 8, 2018 · This study investigated the possibility of using visible and near-infrared (VIS/NIR) hyperspectral imaging techniques to discriminate viable ...