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code
- 通过matlab实现最大类间方差,根据迭代选择阈值法原理编写.-Through matlab maximum between-class variance, according to the iterative threshold selection method works written.
yuzhi
- 采用三种不同算法求取二值化的阈值（双峰法，迭代法，最大类间方差法）-Using three different algorithms to strike a binarization threshold (bimodal method, iterative method, Otsu method)
dalufa
- MATLAB实现最大类间方差法,效果一般-In MATLAB Otsu method, the general effect
OSTU_2DHist_Seg
- 基于2维直方图信息的图像最大类间方差分割算法实现，速度较慢，但效果还可以-Based on 2-D image histogram information Otsu segmentation algorithm, slower, but the results can be
OtsuHist
- Otsu是按照图像的灰度特性，将图像分成目标和背景两部分，背景和目标之间的类间方差越大，说明构成图像的两部分的差别越大。当部分目标错分成背景或者部分背景错分成目标，都会导致两部分的差别变小。因此，使类间方差最大的分割意味着错分概率最小。-Otsu is based on gray-scale image features, the image is divided into two parts, the target and background, background and objectiv
grayhist
- 最大类间方差法对图像进行阈值分割，是一种自适应的阈值确定方法-Otsu method for image thresholding, the threshold is an adaptive method for determining
five
- 常见的五种图像分割方法 阈值分割 最大类间方差法等-Five common methods of image segmentation thresholding Otsu method
task
- 数值图像处理中的“最大类间方差算法求解自适应阈值”。已测试通过，对于学习数字图像处理很有帮助。-Numerical image processing, " Otsu adaptive threshold algorithm." Have been tested for learning digital image processing helpful.
Otsu
- 包含了21篇二维最大类间方差（Otsu）阈值分割方法的论文，-Contains 21 article 2 d between the most kinds of variance (Otsu) threshold segmentation method papers
matlab-threshold
- 对人脸图像进行肤色分割时就是采用自适应阈值分割法进行的，具体是应用改 进的最大类间方差法进行肤色分割处理。-Images of human faces using skin color segmentation is adaptive thresholding method, the specific application is improved Otsu method for color segmentation.
Binarization-Transformation
- 图像处理源程序，实现二值化变换，经一幅图像灰度化后，变成二值化图像，包括大津法、最大类间方差法、一般阈值法、及文本识别最有用的Niblack法-Image processing program and realized binarization transformation, after by a gray-scale image into binary image, including the Otsu method, Otsu method, the general threshold, a
Otsu
- 最大类间方差法，以其分割效果较好、适用范围较广、简单有效而引起人们普遍关注，且应用最为广泛。该方法基于类别可分离性，根据图像的一维灰度直方图，选取一个阈值使得类间方差最大。-Otsu method, with its split better, broader scope of application is simple and effective and caused widespread concern, and the most widely used. The method is bas
otsu_2d
- 二维最大类间方差法利用原图像与其邻域平滑图像构建二维直方图，求最优阈值，具有较好的抗噪性-Two-dimensional Otsu method uses the original image and its neighborhood to build a smooth two-dimensional image histogram, find the optimal threshold, has good noise immunity
OSTU
- Otsu-最大类间方差matlab代码 通过求模板和子图像的互相关函数的最大值来确定目标的中心位置；再在目标的感兴趣区域内（ROI）进行基于最大类间方差（OSTU）算法的自适应阈值分割，以检出并统计缺陷；进而判别其合格与否。 -the Ostu method is much faster and more efficient than the fuzzy cluster method.
myotsu
- 对图像进行otsu分割，自己写的，采用的类间方差最大值作为区分条件-image segmentation by Otsu
ga_segment
- 采用MATLAB语言编程实现了基于遗传算法的最大熵单阈值、最大熵双阈值、二维最大熵单阈值图像分割和基于最大类间方差遗传算法的图像分割-Through the study of threshold segmentation method and genetic algorithm theory, matlab programming language used to achieve the genetic algorithm based on maximum entropy single thre
NanoTube
- 使用C++编程语言，开发了“单壁碳纳米管手性矢量识别系统”软件。软件处理结果显示:采用最大类间方差法二值化单壁碳纳米管STM图像，能够保留较多单壁碳纳米管的六边形拓扑结构信息；采用本文设计的射线探测加权法能够快速、准确的识别出六边形碳环的中心。-The processing result with the software indicated more topology structure information could be reserved, when maximal variance
binary
- 读取图像，最大类间方差(otsu)二值化，开运算，显示处理结果-read .bmp image ,(otsu)gray to binary, open operater,show the result image
Image
- 用ＭＦＣ实现了集中基本的图像分割算法，如：区域增长，分裂合并，最大类间方差等-it realized some basical image segmentation algorythm,such as region growing,split and combine,oust and so on
shred
- 本程序是利用最大类间方差算法求解自适应阈值，对图像进行分割 用matlab实现自适应图像阈值分割（最大类间方差法）-This procedure is the use of the maximum between-class variance algorithm for the adaptive threshold image segmentation using matlab adaptive image threshold segmentation (maximum between-clas