搜索资源列表
基于vc++与opencv实现的视频图像Hu矩计算
- 基于vc++与opencv实现的视频图像Hu矩计算，可以作为运动检测的一个模块。运行时需要有一台usb摄像机才能正确执行。,Based on vc++ with opencv video images to achieve the calculation of Hu moments, can be used as a motion detection module. Run-time need to have a usb camera to the correct implementation.
HUCentralMoment.rar
- HU不变矩程序代码很多，但是没找到一个完整准确的代码。本人对其中的某些代码修正后，和matlab计算结果进行比较，结果是一致的。本程序没有利用Opencv计算Hu矩的函数，好像opencv计算的M03和M30应该对调，否则，和matlab计算不一样！对旋转、缩放的图像进行测试，HU矩也是一样的，不信可以利用提供的图片对比一下。由于HU矩比较小，程序对HU矩取对数便于查看比较。总之，程序绝对安全可靠，可直接调用。,HU moment invariants code a lot, but could
hu.rar
- 利用opencv 编写的计算图像hu矩的程序，利用了cvContourMoments，cvGetHumoments等函数。,Using Opencv to demon how to calcualate the Hu moments of an input binary image with black background.
Invar_Moment
- 该代码为利用几何不变矩提取图像几何特征的代码，用matlab编写，提取7个Hu矩为特征向量。可以用于基于内容的图像检索-The code for the image using the geometric moment invariant geometric features extracted code, written with matlab to extract seven Hu moments as features. Can be used for content-based imag
invariant-moments
- 自己编写的Hu不变矩c++计算程序，可对图像进行二值化后，搜索二值化图像中的高亮目标并进行数字标注，同时查看搜索到的每个目标的七阶不变矩-The Hu invariant moments to write your own calculation program, the image can be binary, the search in the binary image digital mark targets and highlight the same time, view the se
ActivityRecognition
- Activity recognition program using Motion History Image s 7 Hu moments. The program compare the Mahalanobis distance of the Hu moments of the video input with the reference and find out the activities.
3D_Moment_Invariant
- Hu的七个不变矩在图像匹配检索中适用广泛。本代码仅计算图像间Hu的七个矩的D2大小，直观的了解Hu矩的应用-seven moment invariants in image retrieval in the application of broad match. Only the calculation of the code between the image of the seven Hu moments D2 size, intuitive understanding of the app
HuMoment
- 修改后的计算Hu归一化中心距的代码，与matlab程序计算结果一致，并附带测试对比图片，通过对放大前后两张图像的Hu计算，发现结果是一样的，证明了Hu矩在图像尺寸变化时保持不变，旋转、平移情况自己做吧-The revised calculation of Hu normalized center distance of the code results are consistent with the matlab program to calculate and compare with tes
Z_Hu_lwen
- MATLAB中证图像缩放、旋转等对Hu矩和Zernike矩的影响-MATLAB in the card image scaling, and rotation of the Hu moments and Zernike moments of
li9_23
- 计算图像的HU矩 具有旋转、平移、缩放不变性。-HU moments calculated with the image rotation, translation and scale invariant.
array3
- matlab的手势识别，手部提取经过了肤色的提取，高斯滤波，锐化处理，以及HU矩运算，可以进行单独的手势识别，只要实现做好手势模板即可-matlab gesture recognition, hand extracted through the skin color extraction, Gaussian filtering, sharpening, and HU moments computing, gesture recognition can be separate, as long a
Hu-code
- Hu不变矩，关于Hu不变矩的特征提取代码，七个特征提取-Hu Invariant Moments, on Hu invariant moments feature extraction code, seven feature extraction
match
- 在利用开源软件OPENCV的基础上，在.NET4.0的开发平台上实现动态的模板匹配。分别利用了Hu矩，轮廓树等匹配方式进行匹配。-Based on the use of open source software OPENCV. NET 4.0 development platform, dynamic templates matching. Use Hu moments, contour tree matching to match.
moments
- Hu矩及其改进Hu矩的文章以及Matlab的实现-Hu moments and its improved Hu moments of the article, as well as the realization of Matlab
hu
- 用opencv的方法求取图像的Hu矩，可执行的实例，先计算图像轮廓，在计算其Hu矩并进行匹配-Hu moments opencv method of obtaining images, executable instance, first calculate the outline of the image, Hu moments in the calculation of its match
HU
- 这是一个提取Hu矩的代码，采用opencv库提取的，里面包括有单独提取一幅图片的代码和批量提取多幅图片的代码-This is an extract of the code Hu moments, extracted using opencv library, which includes a separate picture of the code to extract a number of pictures and batch extraction code
hu-moments
- 7个不变矩的C++程序，使用opencv，方便简单，便于运行。-Seven invariant moments C++ program, using opencv, convenient and simple, easy operation.
Hu-moment
- 计算图像的几何不变矩—Hu矩，以及图像的相似度，在vc下实现。-Calculate the geometric image invariant moments-Hu moments, as well as the similarity of the image, achieved under vc.
hu
- 一个实现检测图像轮廓Hu矩的算法，可以输出全部的7阶矩-A realization of the image contour detection algorithm Hu moments, you can output the entire 7 th moment
Hu
- HU矩 利用二阶和三阶规格中心矩可以导出7个不变矩组，它们在图像平移、旋转和比例变化时保持不变。(7 invariant moments can be derived by using the two - and three - order center moments, which remain unchanged when the images are shifted, rotated and proportional.)