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基于opencv2.2的大津法分割
- 基于opencv2.2的大津法分割，大津法是一种自适应的阈值分割方法，应用较广，按灰度特性，将图像分为背景和目标两部分，是二值化的图像。本代码需要先行安装opencv2.2-The Otsu method based opencv2.2 split, Otsu method is an adaptive thresholding method, used widely, according to the gray-scale features, the image is divided into
C_sharp
- 包括C#处理图像的一些基本功能，如二值化，灰度化，行程编码，压缩编码，区域增长，直方图等-Including C# some basic image processing functions, such as binary, gray, length encoding, compression, region growing, histogram, etc.
plate1
- opencv 进行图像二值化，设置特定的阈值，实现图像灰度化和二值化-opencv for image binarization, set a specific threshold of image gray-scale and binary
Otsu
- 基于opencv的，使用Otsu方法对灰度图像进行自适应二值化-using Otsu method to binary the gray image adaptively based on opencv
b
- 用OpenCV实现的灰度图像二值化，在VS2008环境下。-This is codes of image binalization using OpenCV,under envionment of VS2008.
Image
- 本程序是用vc++6.0和opencv1.0编写的简单的图像处理的程序，包括灰度化，去噪声，人脸识别，二值化等等，是初学者必备的，适合初学者跟着练习。-The program is written in vc++6.0 and opencv1.0 simple image processing procedures, including the graying, to noise, recognition, binarization, beginners, suitable for beginn
CUDA_TH
- 图像二值化处理，函数调用，位图访问方式得到像素点灰度值-Binary image processing, function calls, the access method of the bitmap pixel gray value
opencv_text
- 参考别人用opencv写的一个图像处理程序，包括简单的灰度处理和二值化，希望对初学者有所帮助。-Reference other people use opencv written by one of the image processing program, including simple gray processing and binarization, and I hope to help beginners.
MyOpenCV_Camera
- vc2010下MFC对话框中调用电脑摄像头，并将图像做灰度个二值化处理后显示在图片控件上-under vc2010 MFC dialog call PC camera, and the image shown in the picture control after grayscale binarization processing
EX1
- 1.用OpenCV实现打开一幅彩色图像，显示出来； 2.将其转换为灰度图并保存为文件； 3.将其二值化并保存为文件（二值化阈值最好用滚动条交互式输入，图像二 值化效果能实时变化更好，可参考OpenCV的sample程序edge.c）-1 using OpenCV open a color image display 2 converted to grayscale and saved as a file 3 the second value and save
1
- 用openCV实现简单的图像加载、显示、灰度化 、二值化操作-OpenCV achieve simple image loading, display, graying, binarization operation
ostu
- 代码实现大津法算法(OSTU)，可以实现对灰度图的二值化(黑白图像)-The code to achieve the the Otsu Algorithm (OSTU), can be achieved binarization of grayscale (black-and-white images)
BinImgResize
- 基于opencv2.1实现迭代法算法，对灰度图像进行二值化操作，变成黑白图像-Opencv2.1 iterative method algorithm binarization operation of a grayscale image into a black and white image
image_dilation
- 包括二值化图像的膨胀，灰度图的膨胀以及彩色图膨胀，代码简单易懂-Including the expansion of the binarized image, the grayscale expansion swelling, and a color chart code is simple to understand
binary
- 利用opencv对图像进行处理，得到灰度图像，并得到二值化图像-Using opencv image processing, get grayscale images, and get binary image
cvmfc
- 在MFC单文档框架中用opencv2.3.1读取图片并显示，并进行灰度化，二值化，canny边缘等简单的图像处理-MFC single document using the framework of the opencv2.3.1 reading image and display, and graying, binarization, canny edge and other simpleimage processing
6bd0e1629f2d
- 车辆检测，利用高斯滤波后对图像进行灰度及二值化，最后利用团块跟踪进行车辆的检测。-Vehicle detection, after the image using the Gaussian filter and binarizing the gray, and finally the use of briquettes tracing the vehicle is detected.
Defect-detection
- 基于灰度图像进行傅立叶变换后的二值化处理-Binarization based on the Fourier transform after the gray image processing
opencv-fft2
- 灰度图像的二维傅里叶变换(cv_gray_fft2)，二维傅里叶变换结果的幅值计算(cv_abs)，频谱平移(cv_gray_fft2shift)，将数值归一化到0到255区间(cv_range_0to255)是非常常用的四个功能！所以写成四个函数，方便将来调用！附运行截图~并附对应的MATLAB程序！-Dimensional Fourier transform of the grayscale image (cv_gray fft2), two-dimensional Fourier tran
基于OPENCV人脸识别与追踪，灰度化，二值化
- 图像处理，基于OPENCV的人脸识别与追踪源码，灰度化，二值化(image processing code, using open source computer vision library)