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标准图像的背景分离和皮肤区域提取
- 1. 理解彩色图像的颜色分层原理和方法 2. 利用颜色分层方法对彩色图像进行分层处理 3. 实现对身份证标准图像的背景分离和皮肤区域提取-1 understand the color image color layering principles and methods (2) the use of color layered approach for hierarchical processing of color images 3 to achieve the
splitmerge_matlab_program
- 关于图像分割、区域分离和合并的matlab程序-On image segmentation, region separation and merger procedures matlab
3855SVGSymbol
- SVG元素的功能很好的帮助了我们实现这个功能。由于在界面上我们有很多辅助内容，所以只能分出一部区域用来显示地图-SVG elements function very well helped us achieve this function. The interface because we have a lot of auxiliary content, so the separation of a region can only be used to display map
20091004
- 本文提出了一种视频运动对象的提取算法，该算法采用序列图像帧间差的高阶统计量（HOS）假设检验，确定运动对象的位置，自动分离运动区域与背景！-This paper presents a video moving object extraction algorithm, which uses inter-frame sequence of images of poor higher-order statistics (HOS) hypothesis testing to determine the
splitmerge
- 包含两个代码，m文件，基于区域的分裂合并图像分割方法，predicate规定了分裂合并准则，splitmerge用于分裂合并，数字图像处理，冈萨雷斯，Matlab版第十章第四节，区域分离与合并-Contains two code, m files, split and merge region-based image segmentation methods, predicate to the provisions of division merger guidelines, the split
ImageVC
- 图像分割采用了边缘检测，边界跟踪、区域生长、区域分离和聚合等方法-Image segmentation using edge detection, boundary tracking, region growing, region separation and polymerization method
renliantezhengquyu
- 首先利用人脸的色彩特征和自适应阈值法实现特征候选区域和人脸肤色区域的分离，然后利用人脸的几何特性将连通的特征候选 区域保留下来作为人脸特征区域。后续的特征提取可以在这些人脸特征区域中完成。一般的人脸特征提取方法都可以将该方法作为提高效 率的预处理操作。实验证明，该方法具有高效率、低计算量的特点，并且受人脸表情、图像角度和背景的影响较小。-First, the use of the color characteristics of the human face and adaptive t
ICAtoolbox3_8
- Source separation problems in digital signal processing are those which are used to separate useful signal a mix of signals of interest, other signals and noise. The typical example of a source separation problem is the cocktail party problem, where
ex2
- QT下基于opencv3.2的HSV图像分离，通过查找V分量上ROI区域最亮值的坐标，找到H分量上对应坐标的3*3矩形平均H值，判断出该坐标所处位置的颜色分类(QT under the opencv3.2 based HSV image separation, by looking for the V component on the ROI region of the brightest value coordinates, find the corresponding 3*3 coordin
目标凝聚
- 二维连通区域的凝聚算法，解决了传统凝聚算法出现目标分离的问题。(The agglomerative algorithm of two-dimensional connected region solves the problem of separation of targets in the traditional agglomerative algorithm.)