Description: 精通MATLAB图像处理代码彩色图片处理,包括6个matlba代码实例,以及所用图片-Proficient MATLAB image processing code color image processing, including the six matlba code examples, and pictures with Platform: |
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Author:林晨 |
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Description: 在MATLAB中编写实现图像的不同级别小波分解算法;2选择合适的小波基;3对经典的几幅黑白和彩色图像进行DWT变换;4实现零树、基于塔式网格矢量量化、基于LBG算法、基于标量量化等小波变换编码;5得到分析比较结果。达到的目的:1综合训练学生编程的能力;2对高数、计算方法、程序设计、数据结构、算法、数字图像处理等课程的复习和运用;3可培养学生的算法设计和分析能力。-in MATLAB prepared to achieve different levels of image wavelet decomposition algorithm; Choice of two small Porgy; Three pairs of classic pieces of black-and-white and color images DWT; Four zero tree, grid-based Tower vector quantization, LBG-based algorithm, based on the scalar quantization Wavelet Transform Coding ; 5 analyzed the results of the comparison. The purpose : a comprehensive training program students; Two pairs of the high number and the method of computation, programming, data structures, algorithms, digital image processing and review of the curriculum used; Three students can develop the algorithm design and analysis. Platform: |
Size: 34816 |
Author:aa |
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Description: 很多高级一点的图形图像处理程序,对图像进行去除彩色处理,加入椒盐噪声,利用Prewitte边缘算子法对图像进行边缘提取,医学伪彩色处理,遥感伪彩色处理,利用Roberts边缘算子法对图像进行边缘提取,利用Sobel边缘算子法对图像进行边缘,对图像进行垂直镜像处理(几何变换),沃尔什变换处理(图像变换),基于C++开发,希望大家能用得着(--)-1:00 graphics image processing procedures, the removal of color image processing, by adding salt and pepper noise, the use of Prewitte Edge Operator law right image edge extraction, the medical pseudo-color processing, remote sensing pseudo-color processing, use Roberts Edge Operator law right image edge extraction, use Sobel Edge Operator law right image edge to the vertical mirror image processing (Geometric), the Walsh transform (Image Transform), based on C++ development, I hope you will worthwhile (--) Platform: |
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Author:孙怀勇 |
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Description: 本书在介绍MATLAB编程基础知识之后,主要围绕数字图像处理的主干内容展开。这些内容包括:亮度变换、线性和非线性空间滤波、频率域滤波、图像复原与配准、彩色图像处理、小波、图像数据压缩、形态学图像处理、图像分割、区域和边界的表示与描述以及目标识别。-Book introduces the basics of MATLAB programming, the main focus on the backbone of the contents of digital image processing to start. These elements include: brightness transform, linear and nonlinear spatial filtering, frequency domain filtering, image restoration and registration, color image processing, wavelets, image data compression, morphological image processing, image segmentation, region and boundary representation and description and object recognition. Platform: |
Size: 20545536 |
Author:张云 |
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Description: 将24位彩色图像进行处理。
要求:将24位彩色图像分三个区域,对这三个区域分别进行灰度化处理、逆反处理、马赛克处理。
-24-bit color image processing. Requirements: 24-bit color image is divided into three regions, these three regions, respectively, to gray-scale processing, antagonistic processing, mosaic processing. Platform: |
Size: 125952 |
Author:ew |
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Description: 冈萨雷斯 第二版 第6章 彩色图像处理 包含课件,大部分例题的matalb程序-Gonzalez Chapter 6 contains the color image processing courseware, most of the examples of matalb program Platform: |
Size: 54710272 |
Author:uu |
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Description: 彩色图像处理基础知识包括彩色位图的颜色的分解,RGB分别单色处理,和平均处理
-A color image processing based knowledge includes the decomposition of the color of the color bitmap RGB monochrome processing, respectively, and the average processing Platform: |
Size: 23552 |
Author:小玉 |
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Description: 彩色图像处理,例1考虑生成一幅128*128的RGB图像,例2将一幅RGB图像转换到CMY空间,例3将一幅三原色图像从RGB空间转换到HSI空间
-Color image processing, for example, an RGB image is generated considering a 128* 128, Example 2 RGB image is converted into a CMY space Example 3 a tricolor image conversion from RGB space to HSI space Platform: |
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Author:app |
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Description: matlab彩色图形处理,包括全彩色图像处理基础,彩色变换,彩色图像平滑和锐化,彩色图像分割。-Matlab color graphics processing, including the full color image processing base, color transformation, color image smoothing and sharpening, color image segmentation. Platform: |
Size: 9922560 |
Author:higanbana |
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Description: 数字图像处理实验-图像处理-含实验题目及源代码(Pseudo-Color Image Processing
(a) Implement Fig. 6.23, with the characteristic that you can specify two ranges of gray-level values for the input image and your program will output an RGB image whose pixels have a specified color corresponding to one range of gray levels in the input image, and the remaining pixels in the RGB image have the same shade of gray as they had in the input image. You can limit the input colors to all the colors in Fig. 6.4(a).
(b) Download the image in Fig. 1.10(4) and process it with your program so that the river appears yellow and the rest of the pixels are the same shades of gray as in the input image. It is acceptable to have isolated specs in the image that also appear yellow, but these should be kept as few as possible by proper choice of the two gray-level bands that you input into your program.) Platform: |
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Author:Jaane
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