首先获取视盘图像的红基色图像 ，然后根据红基色图像中视盘的明显的边沿特征实现视盘的自动分割。
First, the red basic image of optic disk was obtained, then automatic segmentation of optic disk was done based on the obvious edge features of the basic red image.
三种基色是红、蓝、黄。
从青岛城市色彩中提取红、橙、黄、绿、蓝为五大基色，用简洁的手法表现现代办公的艺术氛围。
Qingdao cities from extracting color red, orange, yellow, green, and blue color for the top five with a simple way the performance of the art modern office atmosphere.
当用彩色CCD摄像机摄取煤粉炉内火焰辐射图像时，实际上获得的是红、绿、蓝三基色波长下的单色辐射图像。
Three monochromatic images of red, green and blue can be acquired when flame images in furnaces are captured by color CCD cameras.
RGB 指的是能显示三基色——红，绿，蓝。
传统的方法是采用红、绿、蓝色多层叠合产生白光，但难以控制各基色的峰值强度。
Conventionally, red, green and blue (RGB) -emitting materials are simultaneously used to obtain white emission in OLED, but it is difficult to control the intensity of each RGB peak.
利用白色oled是一种实现全彩色显示的方法，因为白光加滤色膜的方式可以获得红、绿、蓝三基色。
Full-color display can be realized by using white OLEDs as the backlight through color filters.
基于手性液晶的布拉格反射特性，设计了旋向相反的手性液晶所构成的红、绿、蓝三基色叠层级联结构，以达到增强单元反射率的目的。
Based on the Brag reflection of cholesteric liquid crystal, we designed a structure formed by opposite charities of cholesteric liquid crystal of red, green and blue to enhance the reflectivity.
基于手性液晶的布拉格反射特性，设计了旋向相反的手性液晶所构成的红、绿、蓝三基色叠层级联结构，以达到增强单元反射率的目的。
Based on the Brag reflection of cholesteric liquid crystal, we designed a structure formed by opposite charities of cholesteric liquid crystal of red, green and blue to enhance the reflectivity.
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