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Application of multispectral systems for the diagnosis of plant diseases

机译:多光谱系统在植物病害诊断中的应用

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摘要

Multispectral imaging technique combines space imaging and spectral detecting. It can obtain the spectral information and image information of object at the same time. Base on this concept, A new method proposed multispectral camera system to demonstrated plant diseases. In this paper, multispectral camera was used as image capturing device. It consists of a monochrome CCD camera and 16 narrow-band filters. The multispectral images of Macbeth 24 color patches are captured under the illumination of incandescent lamp in this experiment The 64 spectral reflectances of each color patches are calculated using Spline interpolation from 400 to 700nm in the process. And the color of the object is reproduced from the estimated spectral reflectance. The result for reproduction is contrast with the color signal using X-rite PULSE spectrophotometer. The average and maximum △E_(ab)~* are 9.23 and 12.81. It is confirmed that the multispectral system realizes the color reproduction of plant diseases from narrow-band multispectral image.
机译:多光谱成像技术将空间成像和光谱检测结合在一起。它可以同时获得物体的光谱信息和图像信息。在此概念的基础上,提出了一种新的方法来展示植物病害的多光谱相机系统。在本文中,多光谱相机被用作图像捕获设备。它由一个单色CCD相机和16个窄带滤镜组成。在该实验中,在白炽灯的照明下捕获了Macbeth 24个色块的多光谱图像。在此过程中,使用Spline插值从400到700nm计算了每个色块的64个光谱反射率。并且,从估计的光谱反射率再现对象的颜色。再现的结果是与使用X-rite PULSE分光光度计的彩色信号形成对比。 △E_(ab)〜*的平均值和最大值分别为9.23和12.81。证实了多光谱系统从窄带多光谱图像实现了植物病害的色彩再现。

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