RGB color model

Study on 3-D Profile Measurement Methods Based on RGB Color Model

基于RGB彩色模型的三维轮廓测量方法研究

RGB color model is selected for current study .

RGB色彩模式是当前的选择研究。

Distinguished arithmetic for cotton impurity based on RGB color model

基于RGB颜色模型棉花杂质的识别算法

Normalized rgb color model based shadow detection

基于归一化rgb彩色模型的运动阴影检测

By converting pixel value from RGB color model to HSL color model ;

将RGB颜色模型转化为HSL颜色模型；

Pseudo-color coding from phase-modulated image based on RGB color model

基于RGB颜色模型的相位调制数字图像伪彩色编码

In this dissertation , fringe projection 3-D profile measurement methods based on RGB color model were researched .

本文主要研究基于彩色RGB空间模型的条纹投影三维轮廓测量方法。

Pels points of cotton and other things are distinguished by adopting RGB color model .

采用RGB颜色模型，以色度为主要特征量，设定阈值对棉花和异物的像素点进行判别。

At the same time , this article uses the SNP shadow detection method , which is based on the RGB color model .

同时采用基于RGB彩色模型的改进的SNP阴影检测法对阴影进行检测。

Firstly , the photometric invariance of rgb color model was studied and some of its important properties were deduced .

首先推导了rgb彩色模型的光度测定不变性和它的相关重要性质；

From the RGB color model , this paper proposes a new seal extraction algorithm that can extract a clear and complete seal image .

本文从RGB彩色模型出发，提出了一种新的印鉴提取算法，能够提取出清晰完整的印鉴图像。

Secondly , due to the invariability of rgb color model , RGB model is convert to rgb model ;

然后利用rgb彩色模型在白光照射下的不变性，将RGB模型转换为rgb模型；

An introduction of RGB color model and YUV color model , the particular analysis of skin color in photo use YUV color model .

简单介绍RGB彩色模型与YUV彩色模型，以及面部照片中皮肤颜色在YUV彩色空间中的详细分析。

On computer screens colors are defined through the RGB color model ( R stands for red , G for green and B for blue ) .

计算机屏幕中的颜色是由RGB颜色模型（R代表红色，G代表绿色，B代表蓝色）所定义的。

Besides , it supplies the computer visual filling technique of dispersed field isograms , treating triangular gridding by use of the RGB color model .

并给出了离散场等值线的计算机可视化填充技术，即利用RGB颜色模型，对三角形网格进行处理。

To overcome the problem in RGB color model used to deal with video shot detection , proposes a method based HSV-color space model of scene cutting in video abstraction .

针对RGB彩色空间模型下统计直方图用于切分场景时，存在对内容变化不敏感、计算量大等问题，提出了一种基于HSV空间模型的视频场景切分方法。

In order to reduce the disturbance produced by the illumination change , after comparison , a method was proposed , selecting B component under the RGB color model to conduct the separation of leaves .

为了减少由光照变化产生的干扰，经比较提出了在RGB颜色模型下选取B分量进行叶片分割的方法。

A practical segmentation algorithm is presented directly based on RGB color model , which saves computation for color space transformation , achieves similar results with other algorithms and adapts well to the variety of image quality and map version .

提出直接基于RGB颜色空间的自动分色算法。抓住了要素的本质特征，既省去了与其他颜色空间转换的计算开销，又能达到与其他算法类似的效果。

Transforming the RGB color model images captured by the CCD into HSI color model images , training this neural network and approximating the nonlinear relationship between the color and the temperature based on BP neural network , the temperature is calculated .

将获取的炉膛火焰图像RGB模型转换为HSI颜色值，用H、S值作为BP神经网络输入，通过样本图像训练后，拟合H、S与温度T的非线性关系，计算得到炉膛火焰温度值。

However , this paper presents a method that segments the hand gestures with complex backgrounds through the combination of motion and skin color based on KL Transformation , in contrast with traditional hand gesture segmentation based on RGB color model in some environments .

而该文结合了运动信息和基于KL变换的肤色模型，在复杂背景下进行手势分割，与传统的基于RGB肤色模型的手势分割相比，在复杂背景环境下得到了很好的分割效果。

Firstly the RGB color model must be chosen . The next step is to detect the values of R , G and B. The seed will be deemed as the third level if one or more of their values surpass the range of threshold value . 3 .

首先确定选择RGB颜色模型，再检测R、G、B值，若其中有一个或以上值超出阈值范围，则认为该种子为第三级。

With regard to color transformation , the RGB and IHS color transformation model has been used .

彩色变换采用RGB彩色系统和IHS彩色系统之间的变换。

After analyzing both the advantages and disadvantages of the RGB and HIS color space model , the authors build a new stamp Abstraction model and propose a new fill algorithm .

分析了RGB和HSI彩色空间模型的优缺点，构建了一种新的印章提取模型，并提出了一种新的填充算法。