In color science field, digital still cameras have be widely used for color measurement, multispectral imaging color reproduction, spectral reconstruction and production classifying etc.
在颜色科学领域，数码相机被广泛地用于颜色测量、多光谱图像的颜色复制、光谱重建和产品检测、分类等场合。
Directly recovering the spectral information of surface colors using digital camera signals is important for color reproduction under various illuminating conditions.
由数码相机信号直接重构物体表面的光谱信息对不同照明条件下颜色的复现十分重要。
In spectral reflectance reproduction based color correction, the finite dimension model can be employed to condense spectral reflectance.
在基于光谱反射率还原的颜色校正方法中，有限维模型是光谱反射率降维的有效方法。
In some high_precision color reproduction applications, there is a need to obtain spectral reflectance of each point on the objects surface.
一些对颜色重现要求较高的应用领域需要获取目标表面上各点的光谱反射率。
In some high_precision color reproduction applications, there is a need to obtain spectral reflectance of each point on the objects surface.
一些对颜色重现要求较高的应用领域需要获取目标表面上各点的光谱反射率。
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