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vidiocatch
- 黄沙不识英雄路,醉若桑秋去无归. 只待红颜浅一笑,生死两茫皆无诲. 聊流-Huangsha know not heroes, if Arizona drunk to go to the autumn. Once the shallow roots of laughter, life and death are not two bewildered and violence. Chat flow
3240118710
- 边沿检测的代码。。。。。。。。。。。。有需要的自己下去-edge detection code. . . . . . . . . . . . Need to go on their own
DCT_IDCT
- to understand the Algorithm go to matlab help in page dct2 and idct2 to get the mathematical expression for M = N = 8, we can calculate the most of hard values and save it as LUTs to speed up the execution now compare our special 8X8 functi
RANSAC
- RANSAC算法是一种经典的去外点方法，它可以利用特征点集的内在约束关系来去除错误的匹配。-RANSAC algorithm is a classic way to go outside the points, it can take advantage of the inherent characteristics of point sets constraints to remove false matches.
deblur code 1 2(1-19)
- 去模糊的算法，有MIT做的，参考文献是siggraph06的文章，效果很好-Go fuzzy algorithms, MIT has to do the references are siggraph06 the article, very good
Matching
- 基于德国MVtec开发包的模板匹配演示,需要开发包的支持,有需要试用的可以到官方网站下载试用的版本,定位精度高速度快 是做视觉的理想选择-MVtec Germany-based development kit demo template matching, need to develop a package of support, there is a need to trial can go to the official website to download the trial versi
111quyushengzhang
- 又一个经典区域生长源码(区域增长),自带图象可测试,为什么用m代码编写?因为易懂,易用,易改写成其他语言,根据您自己的平台和需求,将这经典的算法应用到您自己的课题项目中去吧,请尽情享用-Another classic source of regional growth (regional growth), bring their own images can be tested, why m coding? Because easy-to-understand, easy to use, eas
detectcorner
- 计算物体的角点，利用OPENCV视觉库，此库是开源的，大家可以到openCV主页上下载。-Calculation of the corner of objects, using OPENCV visual library, this library is open source, everyone can go to download openCV homepage.
tu
- 走的不好啊！真是的 怎恶这样啊-Not good to go! It' s how bad this ah ~~~~~~
TestOpenCV
- TestOpenCV是一个应用OpenCV提供的函数进行图片显示和保存的应用程序，注意TestOpenCV需要OpenCV提供的库支持，因此请首先到相关网站上下载并安装OpenCV-Application TestOpenCV is a function provided by OpenCV image display and preservation of the application, pay attention to the needs of TestOpenCV library Ope
OpenCV
- OpenCV入门教程(英文原版的） 快速学习opencv的有用资料-Introduction to programming with OpenCV The purpose of this document is to get you started quickly with OpenCV without having to go through lengthy reference manuals. Once you understand these basics you will
smoothing
- 对图像进行处理前需要先进行平滑处理，滤除噪声的影响，该代码实现低通滤波，对图像进行平滑处理-Pre-processing of images need to go through smoothing filter out the effects of noise, the code to achieve low-pass filtering, image smoothing
TestOpenCV
- TestOpenCV是一个应用OpenCV提供的函数进行图片显示和保存的应用程序，注意TestOpenCV需要OpenCV提供的库支持，因此请首先到相关网站上下载并安装OpenCV-Application TestOpenCV is a function provided by OpenCV image display and preservation of the application, pay attention to the needs of TestOpenCV library Ope
Character_Recognition_Training__NN_for_classificat
- 图像特征识别通过神经网络训练方法实现，是学习参考的好资料-you will need first to run the file that name "charGUI4.fig" and on the right side there is a load training set where you have to train the system first, run any data that is should be from 1 to 9 and 0 like ( 1 2 3 4 5 5
SixarticlesaboutExtractionofroadnetwork
- 这是几篇国内较好的研究道路网络提取的6篇论文论文，主要是要干图像方面的，感性去的可以-This is a good study of several national road network extracted from six papers papers, mainly to dry the image area, and emotional to go take a look at these！
Multiimage
- 基于opencv的用vc++实现的多图像目标物计数及其在围棋进程记录中的应用算法 -Based on Opencv Multi-image sighting vane counting and in go chess pieces advancement record application algorithm Using VC++
kuaisutisheng
- 针对CT 医学图像和MR I 医学图像成像特点, 提出了基于快速整数提升小波变换的融合方法。在CT 和 MR I 两幅医学图像配准的前提下, 利用提升小波变换把图像分解成低频和高频子图像, 对于小波变换后的高频 子图像, 选择区域标准差大的作为融合后的子图像 对于低频子图像, 采用加权融合, 最后进行小波逆变换, 得到 融合后的图像, 并对融合后图像用信息熵、平均梯度、相关系数的指标进行评价。实验结果表明, 基于快速整数提 升小波变换融合中, 小波高低频系数采用不同的规则能够取得
1122rgbtohistagram
- 一个很实用的彩色图像转化为灰度图像的程序，即应经过测试运行。-A very useful color image into a gray image of the process, that should go through a test run.
Northwoods.Go
- GoDiagram控件提供了多种基本的图形对象，可进行组织图、工作流程图、销售图、流程图，鱼骨图，序列图，状态图等绘制，控件提供了如矩形,椭圆,多边形,文本,图片,线条等对象，并且可以对对象进行组合为复杂的对象，可以通过设置属性和重写方法来自定义外观和操作 支持基于鼠标对象的操作：选择、调整大小、移动、复制、拖拉，修改、添加、删除操作 控件内嵌编辑、打印、网格功能 支持自动布局 支持对文本进行字体、大小、颜色设置 支持多种图像如：BMP、ICO、JPG、GIF、
Go 语言实现图片灰度均衡
- Go 语言实现图片灰度均衡 灰度均衡是把图像中像素的值在灰度级上重新分配的一个过程, 是输入图像转换在每一灰度级上都有相同的像素点数的输出图像