基于VC++ 和opencv的焊盘图像 内径外径的测量。包括滤波、边缘检测、轮廓提取和面积计算等算法。包含原图片(Based on the measurement of the pad image VC++ opencv Inside Outside. Including filtering, edge detection, contour extraction and area calculation algorithm. Contains the original image)
车道线检测，在vs2010配置opencv的情况下亲测可用，代码没有做出透视变换(Lane detection, in the case of pro-test opencv vs2010 configuration is available, the code does not make a perspective transformation)
开发环境：vc6.0 ,opencv1.0.整体功能：实现车牌跟踪，检测，车牌定位，车牌分割，字符 分割，字符识别，其中车牌跟踪和车牌检测不是很好，但是对于已经拍好的图片，车牌定位， 车牌分割，字符分割和字符识别效果很好。程序中的核心算法，本人已加详细注释。具体详见程序说明。希望对你有所帮助。(Development Environment: vc6.0, opencv1.0. Overall functions: license plate tracking, detection, license plate location, license plate segmentation, character segmentation, character recognition, including the license plate license plate tracking and detection is not very good, but has take a good picture, license plate location, license plate segmentation, character segmentation and character recognition with good results. The core algorithm in the program, I have added detailed comments. See detailed description of the procedures. I hope for your help.)
对视频进行火焰检测，并实现对火焰的跟踪。(The video is detected by flame, and the flame is tracked)
基于视频的火焰检测，逐帧截取视频，三帧差分法获取动态目标，通过颜色判别，以及火焰特征判别，检测并框出火焰区域。(Video based flame detection, video capture by frame by frame, three frame difference method to obtain dynamic targets, by color discrimination, and flame characteristics discrimination, detection and frame out the flame area.)
张正友标定程序，几乎每行都有注释。并配有棋盘图，以及个人重新拍摄的彩色标定图(Zhang Zhengyou calibration procedures, almost every line has a comment. And with a checkerboard map, as well as individuals to re-shoot a color calibration diagram)
本程序基于MFC对话框编写，程序可以针对两幅配准后的图片，视频进行红外与可见光融合，提供的算法有小波变换，拉普拉斯金字塔,PCA融合，乘积融合，相关系数融合，线性变换乘积变换融合，简单权重融合，效果非常好。(This program is based on MFC dialog box. The program can fuse infrared and visible light for two registered pictures and videos. The algorithms provided include wavelet transform, Laplace pyramid, PCA fusion, product fusion, correlation coefficient fusion, linear transformation product transformation fusion, simple weight fusion, and the effect is very good.)
说明： 本程序基于MFC对话框编写，程序可以针对两幅配准后的图片，视频进行红外与可见光融合，提供的算法有小波变换，拉普拉斯金字塔,PCA融合，乘积融合，相关系数融合，线性变换乘积变换融合，简单权重融合，效果非常好。(This program is based on MFC dialog box. The program can fuse infrared and visible light for two registered pictures and videos. The algorithms provided include wavelet transform, Laplace pyramid, PCA fusion, product fusion, correlation coefficient fusion, linear transformation product transformation fusion, simple weight fusion, and the effect is very good.)
使用OPENCV编写的亚像素边缘提取，其中包括运行所需库，及测试数据；可直接运行。(Written using OPENCV subpixel edge detection, including running the needed libraries, and test data Can be run directly.)
随机森林算法是opencv中的重要的算法，其中讲述了随机森林的定义特征构建方法等(Random Forests algorithm is an important algorithm in opencv, which describes the defining characteristics of a random forest construction methods)
opencv 入门教程pdf文档，适合初学者使用(learning opencv guides)
利用opencv将所提供的video转换为YUV色彩空间。将vedio中的移动的红色车子用纯红色标记出来(Opencv using the supplied video to YUV color space. Mobile vedio of the red car out of pure red marker)
此OpenCV程序包含双目摄像机标定，棋盘图像矫正，立体像对校正，立体匹配，三维重建模块。然后用OpenGL显示重建效果，并可以通过键盘方向键旋转。(This program contains the binocular camera calibration, image correction board, three-dimensional image of the calibration, stereo matching, three-dimensional reconstruction. Then use the OpenGL display reconstruction effects, and can rotate the keyboard arrow keys.)
OPENCV基于摄像头图像采集运动目标跟踪及人脸识别技术(OPENCV Moving Object Tracking and Face Recognition Technology Based on Camera Image Acquisition)
说明： OPENCV基于摄像头图像采集运动目标跟踪及人脸识别技术(OPENCV Moving Object Tracking and Face Recognition Technology Based on Camera Image Acquisition)
C# SDK for Face++ 人脸检测与分析 检测给定图片(Image)中的所有人脸(Face)的位置和相应的面部属性 检测模式可以是normal(默认) 或者 oneface 。在oneface模式中，检测器仅找出图片中最大的一张脸。 可以是none或者由逗号分割的属性列表。默认为gender, age, race, smiling。目前支持的属性包括：gender, age, race, smiling, 可以为图片中检测出的每一张Face指定一个不包含非法字符且不超过255字节的字符串作为tag，tag信息可以通过 /info/get_face 查询 检测给定人脸(Face)相应的面部轮廓，五官等关键点的位置，包括25点和83点两种模式。(Face Detection and Analysis Detecting the location and corresponding facial attributes of all faces in a given image The detection mode can be normal (default) or oneface. In oneface mode, the detector finds only the largest face in the picture. It can be none or a comma-separated list of attributes. The default is gender, age, race, smiling. Attributes currently supported include gender, age, race, smiling. Each Face detected in a picture can be tagged with a string that does not contain illegal characters and does not exceed 255 bytes. The tag information can be queried by / Info / get_face. The location of key points such as facial contour and facial features for a given face (Face) is detected, including 25 points and 83 points.)
说明： C# SDK for Face++ 人脸检测与分析 检测给定图片(Image)中的所有人脸(Face)的位置和相应的面部属性 检测模式可以是normal(默认) 或者 oneface 。在oneface模式中，检测器仅找出图片中最大的一张脸。 可以是none或者由逗号分割的属性列表。默认为gender, age, race, smiling。目前支持的属性包括：gender, age, race, smiling, 可以为图片中检测出的每一张Face指定一个不包含非法字符且不超过255字节的字符串作为tag，tag信息可以通过 /info/get_face 查询 检测给定人脸(Face)相应的面部轮廓，五官等关键点的位置，包括25点和83点两种模式。(Face Detection and Analysis Detecting the location and corresponding facial attributes of all faces in a given image The detection mode can be normal (default) or oneface. In oneface mode, the detector finds only the largest face in the picture. It can be none or a comma-separated list of attributes. The default is gender, age, race, smiling. Attributes currently supported include gender, age, race, smiling. Each Face detected in a picture can be tagged with a string that does not contain illegal characters and does not exceed 255 bytes. The tag information can be queried by / Info / get_face. The location of key points such as facial contour and facial features for a given face (Face) is detected, including 25 points and 83 points.)
利用opencv实现人脸识别，基于C++，VisualStudio2017开发，配合opencv自带的人脸识别类(using opencv to make faceRecongnition)
说明： 利用opencv实现人脸识别，基于C++，VisualStudio2017开发，配合opencv自带的人脸识别类(using opencv to make faceRecongnition)
基于Visual C++编程，用户界面，获取Kinect深度图像(Getting Kinect Depth Image)
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