Castleman K R
Perceptive Scientific Instruments, Inc, League City, Texas 77573, USA.
Biol Bull. 1998 Apr;194(2):100-7. doi: 10.2307/1543039.
Digital image analysis has long been applied to monochrome images from the light microscope. Using these techniques one can locate, measure, identify, and count the objects of interest in a microscope field of view. Since microscope images often contain color information of interest, it is now becoming more common to analyze the spectral content of images as well. Although most of the digital imaging techniques developed for monochrome microscopy work well with color images, there are a few considerations specific to the analysis of multispectral imagery. These include obtaining a properly balanced multicolor digital image, specifying the color components of the image, and compensating for imperfect separation among the color channels.
数字图像分析长期以来一直应用于光学显微镜下的单色图像。使用这些技术,人们可以在显微镜视野中定位、测量、识别和计数感兴趣的物体。由于显微镜图像通常包含感兴趣的颜色信息,现在分析图像的光谱内容也变得越来越普遍。尽管为单色显微镜开发的大多数数字成像技术对彩色图像也适用,但在多光谱图像分析中仍有一些特殊的考虑因素。这些因素包括获得适当平衡的多色数字图像、指定图像的颜色分量以及补偿颜色通道之间的不完全分离。