For full color display, the tricolors, red, green and blue (RGB) light emitting have been investigated intensively.
绿光、蓝光、红光三基色对于全彩色显示具有重要的意义。
Computer monitors display colors using different amounts of red, green, and blue, these are called RGB color.
计算机显示器显示的颜色使用不同量的红，绿，蓝，这称为RGB颜色。
Generally speaking, the figures for RGB bus interface screen needs a controller to display properly, but this paper USES STM32 to design the digital screen with directly mounted RGB interface.
一般来说，对于RGB总线接口的数字屏都需要有控制器才能正常显示，但是本文利用STM 32处理器设计出了一种能直接挂载rgb接口数字屏的方法。
We select HLS color space to present both the light intensity and the spectral information, then convert the HLS color space to the RGB color space and display the sample image with 24-bit color map.
我们选取HLS颜色空间来共同显现光强信息和光谱信息，最后将HLS颜色空间转化为rgb颜色空间通过24位的彩色位图显示样品图像。
In the hall 12 booth display Barco Barco, is said to be the world's first RGB laser source for DLP projection display wall.
在12号馆的巴可展台，巴可也展示据说是全球第一款RGB激光光源DLP背投拼墙。
All-solid RGB lasers can provide laser display with optical source, so it's important to study RGB laser both at theory and pactice.
全固态红、绿、蓝激光器可以为大屏幕激光显示提供光源，它的实现是大屏幕激光显示的关键技术。
To achieve a greyscale of 256 for a red, green and blue (RGB) display, the data rate goes up from 12,800 to 3,276,800 Bd.
为了实现256灰度级的红绿蓝（RGB）显示效果，其数据频率要从12800波特上升到3276800波特。
Most monitors use RGB space to display the color image. HSV space has many advantages in image processing.
通常显示器的显示机理要求采用RGB色空间的形式，而HSV色空间在图像处理方面有着明显的优势。
In order to reproduce the original video image objectively, the RGB signals must be processed with color switching method before sending to the LED display screen.
为了真实地再现视频图像信息，RGB信号在送给彩色LED显示屏之前必须进行基色变换处理。
Color profiles are used to the viewer's display how the RGB values within the image data should map to real-world colors.
颜色配置是用来让图片文件的RGB数值在用户显示器上显示出更真实的色彩。
Color profiles are used to the viewer's display how the RGB values within the image data should map to real-world colors.
色彩设置是用来让图像文件的RGB数值在用户显现器上显现出更真正的色调。
Color profiles are used to the viewer's display how the RGB values within the image data should map to real-world colors.
色彩设置是用来让图像文件的RGB数值在用户显现器上显现出更真正的色调。
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