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affine10.25
- 仿射变换，本程序采用opencv和C++编程完成，能实现不同角度和尺度的仿射变换，运行良好-affine transform
Transform_demo
- 用C++开发的坐标转换程序,transform,包括仿射投影和几何变换-With C++ Coordinates the development of the conversion process, transform, including the affine projection and geometric transformations
affine
- 读取图像，并对图像进行仿射变换，可以通过改变仿变换的参数得到不同的变换图像-Image affine transformation ：get different transformed images by different parameters
tan
- 图像分割，具体算法参考一下论文 Zhi-Gang Tan， Xiao-Chen Heand Nelson H. C. Yung A Novel Merging Criterion Incorporating Boundary Smoothness and Region Homogeneity for Image Segmentation-Abstract A novel joint region merging criterion combining region ho
featurepoint
- Harris SUSAN AR 特征点算子 c++编写 可在程序中直接调用-Harris SUSAN AR feature algorithm by c++ can be use directly
fangshebianhuan
- 通过C++环境实现仿射变换的过程的一个程序。-C++ environment to achieve through the affine transformation process of a program.
sift
- 1 SIFT 发展历程 SIFT算法由D.G.Lowe 1999年提出，2004年完善总结。后来Y.Ke将其描述子部分用PCA代替直方图的方式，对其进行改进。 2 SIFT 主要思想 SIFT算法是一种提取局部特征的算法，在尺度空间寻找极值点，提取位置，尺度，旋转不变量。 3 SIFT算法的主要特点： a) SIFT特征是图像的局部特征，其对旋转、尺度缩放、亮度变化保持不变性，对视角变化、仿射变换、噪声也保持一定程度的稳定性。 b) 独特性(Distinctive
WarpAffine
- Piecewise Affine Warper. Simple and fast C++ source code with using OpenCV machine vision library.
affintpoints
- 仿射不变Harris, Laplacian, det(Hessian) and Ridge 特征点检测 参考文献：An affine invariant interest point detector , K.Mikolajczyk and C.Schmid, ECCV 02, pp.I:128-142.-Matlab code for detecting Affine spatial interest points. Includes Harris, Laplacian, det(Hess
ASIFT算法
- ASIFT算法实现，C++,对有仿射变换的图像匹配更加准确，想比SIFT算子匹配点数多(ASIFT algorithm, C++, affine transformation of the image matching more accurate, want to match more than SIFT operator points)
ORBTest
- 仿射不变性图像匹配，用于目标的识别，C语言程序很好用(Affine invariant image matching)
sift-0.9.19 (1).tar
- SIFT特征是图像的局部特征，其对旋转、尺度缩放、亮度变化保持不变性，对视角变化、仿射变换、也保持一定程度的稳定性.本程序采用MATLAB和c语言联合编程。(SIFT feature is a local feature of the image. It keeps invariant to rotation, scale scaling and luminance change, and also keeps a certain degree of stability to the chang