用于高维数据的检索或最临近索搜索 高维数据处理一直是计算机数据挖掘, 图像检索方向的难点, 该算法是一种近似最临近方法, 效率提高比较多的...

供摄像机标定用的共面模板角点提取算法，以及摄像机标定算法，-camera calibration for the coplanar Corner template extraction algorithm, and camera calibration algorithm

著名的 sugiyama算法的实现， 即在一个图像中，尽量减少各个线之间的交叉-famous sugiyama algorithm to achieve that in an image, minimize the line between the various cross-

一个简单的图形算法，先画一个多边形，产生封闭的区域，然后选择颜色，把这个区域填充。-A simple graphical algorithm, first draw a polygon, resulting in a closed region, then select the color, to fill the region.

代码是基于MFC框架设计的，实现了对BMP、PCX、TGA、JPEG、GIF图像格式的图片进行读、写、显示等基本功能和各种图片格式的转换功能以及一些变换算法，实现了图像的放大、缩小、旋转及百叶窗、马赛克等显示特效-Code is based on the MFC framework designed to achieve a BMP, PCX, TGA, JPEG, GIF image format, picture reading, writing, show the basic features and various picture format conversion as well as some transform algorithm, the realization of the image enlarge, narrow, rotating and shutters, mosaic effects, such as display

图象拼接SIFT算法的C原代码--加州大学一个博士生编的.下面是它的几个不同的版本,挑着用吧!-sciences image stitching algorithm C source code-- the University of California, a doctoral student in the series. Below are several of its different versions carry a use!

一个基于VS2003的nems电压驱动梁电阻阻值修正程序，里面有二值化算法。-Nems based on the VS2003 beam voltage resistance amendment procedure, there are binarization algorithm.

毕设中发现关于gabor滤波器其实国内很少有注释比较详细的代码，参考了国外的代码后写了这个gabor滤波器，希望对大家有帮助-Bi was found based on gabor filters actually little more detailed annotated code, with reference to foreign code to write the gabor filter, would like to help everyone

robustly fits a fundamental matrix to a set of putatively matched image points. This function uses an 8 point fundamental matrix solution-robustly fits a fundamental matrix to a set of putatively matched image points. This funct ion uses an eight point fundamental solution matrix

经典提升97小波变换以及反变换，分别进行行列变换，实现多级变换。-Classical wavelet transform and upgrade the 97 anti-transform, respectively the ranks of transformation, the realization of multi-stage transformation.

Description: Recent studies on Mathematical modeling of visual cortical cells [Kulikowski/Marcelja/Bishop:1982] suggest a tuned band pass filter bank structure. These filters are found to have Gaussian transfer functions in the frequency domain. Thus, taking the Inverse Fourier Transform of this transfer function we get a filter characteristics closely resembling to the Gabor filters. The Gabor filter is basically a Gaussian (with variances sx and sy along x and y-axes respectively) modulated by a complex sinusoid (with centre frequencies U and V along x and y-axes respectively).