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含丰富
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  including rich
    K-L transformation method proposed by Ohta, 籲d then the monochrome image I1 including rich informations of the color image is smoothed as X, which will be enhanced in fuzzy theory. Pinaly, in proportion to contributions of M, G and B to I1 at every pixel, the enhanced monochrome image will be colorly backdisplayed, and better effects of fuzzy enhancement for color image
    然后将含丰富特征的单色图I~1平滑为X,并将X进行模糊增强处理,最后依R、G、B三色值的贡献,按比例实现彩色回显,从而获取了彩色图像很好的模糊增强的效果。
短句来源
    Considering the specificity of the medical color endoscope image,a medical color image after sharped is decomposed as three color orthogonal feature: I 1,I 2 and I 3 in K L transformation method,and Kirsch algorithm is used to detect the edge of the monochrome image I 1 including rich information. Finally,both clarity edge and rich detail of color backdisplay image are gained if adopting I 2 and I 3 to compensate I 1 .
    考虑到医学彩色内窥镜图像的特殊性,用K-L变换,将经锐化处理后的彩色图像分解成3个正交彩色基I1,I2和I3,提出用Kirsch算子对含丰富特征的单色图I1进行边缘检测,并用I2和I3进行补偿,使获得的彩色回显图像边缘清晰,细节丰富.
短句来源
    An algorithm based on K - L transformation to color gathering from color image is presented. It divides the color image as three color features:I1, I2 and I3, the image's colors are gathered through the histogram of monochrome image I1 including rich information of the color image, and then back-displayed. Finally the color gathering effect is got.
    本文提出了一个基于K-L变换的彩色图像聚色算法,它将彩色图像分割为三个彩色特征I~1,I~2,I~3,对含丰富信息的单色图I~1用直方图灰度归并处理,最后实现彩色回显,获得彩色图像的聚色效果。
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  “含丰富”译为未确定词的双语例句
    By using K-L transformation, the color images are segmented to three orthogonal color features I1、I2 and I3,then the edge of single color image I1 is detected by a fuzzy reasoning method, which is based on Renyi entropy, the local edge information measures and edgeness are considered as the two input variables of the fuzzy reasoning system, meanwhile seven fuzzy rules are executed so as to get the edge.
    利用K-L变换,将彩色图像分割为三个正交彩色特征I1,I2,I3,对含丰富特征的单色图I1,采用一种基于Renyi熵的模糊推理方法进行边缘提取,将局部边缘信息测度和边缘度作为模糊推理系统的两输入变量,并运用7条模糊规则进行推理,以获得边缘隶属度。
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  including rich
By including rich information of the low-energy scattering data owing to the use of FESR, the errors of the B parameters decrease especially for πp.
      
Articulate virtual laboratories can help students produce complex designs, including rich tools for analyzing their behavior.
      


Because monochrome images possess the better exteneiveness of grey level, in this paper a color image corrupted by noise is segmented as three color orthogonal features: I1, I2 and I3 in. K-L transformation method proposed by Ohta, 籲d then the monochrome image I1 including rich informations of the color image is smoothed as X, which will be enhanced in fuzzy theory. Pinaly, in proportion to contributions of M, G and B to I1 at every pixel, the enhanced monochrome image will be colorly backdisplayed, and better...

Because monochrome images possess the better exteneiveness of grey level, in this paper a color image corrupted by noise is segmented as three color orthogonal features: I1, I2 and I3 in. K-L transformation method proposed by Ohta, 籲d then the monochrome image I1 including rich informations of the color image is smoothed as X, which will be enhanced in fuzzy theory. Pinaly, in proportion to contributions of M, G and B to I1 at every pixel, the enhanced monochrome image will be colorly backdisplayed, and better effects of fuzzy enhancement for color image

由于单色图像具有良好的灰度扩展性,本文通过应用Ohta提出的K-L变换,将含噪声的彩色图像分割为三个正交彩色特征I~1,I~2,I~3;然后将含丰富特征的单色图I~1平滑为X,并将X进行模糊增强处理,最后依R、G、B三色值的贡献,按比例实现彩色回显,从而获取了彩色图像很好的模糊增强的效果。

Considering the specificity of the medical color endoscope image,a medical color image after sharped is decomposed as three color orthogonal feature: I 1,I 2 and I 3 in K L transformation method,and Kirsch algorithm is used to detect the edge of the monochrome image I 1 including rich information.Finally,both clarity edge and rich detail of color backdisplay image are gained if adopting I 2 and I 3 to compensate I 1 .

考虑到医学彩色内窥镜图像的特殊性,用K-L变换,将经锐化处理后的彩色图像分解成3个正交彩色基I1,I2和I3,提出用Kirsch算子对含丰富特征的单色图I1进行边缘检测,并用I2和I3进行补偿,使获得的彩色回显图像边缘清晰,细节丰富.

An algorithm based on K - L transformation to color gathering from color image is presented. It divides the color image as three color features:I1, I2 and I3, the image's colors are gathered through the histogram of monochrome image I1 including rich information of the color image, and then back-displayed. Finally the color gathering effect is got.

本文提出了一个基于K-L变换的彩色图像聚色算法,它将彩色图像分割为三个彩色特征I~1,I~2,I~3,对含丰富信息的单色图I~1用直方图灰度归并处理,最后实现彩色回显,获得彩色图像的聚色效果。

 
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