基于对比度分割的图像处理，阈值的选取通常以产生最大对比度为准。...

计算任意多边形的面积算法-arbitrary polygon calculation algorithm of the area

调用二维小波分解函数进行图像分解，最后显示分解图像的塔式结构-Called two-dimensional image wavelet decomposition function decomposition, and finally show the decomposition of the image of the tower structure

能进行8*8的快速DCT变换并反变换，显示变换前和变换后的图象。可自由选择保留几个DCT变换后的系数-Can be 8* 8 Fast DCT transform and inverse transform, showing transformation before and after the image transformation. Be free to choose to retain a few DCT transformed coefficients

几种经典的图像平滑去噪算法程序，其中包括小波软阈值和硬阈值处理。还附送三个图像质量评价程序-several classic image denoising smoothing algorithm procedures, which include thresholding wavelet soft and hard threshold processing. Also attached three image quality evaluation procedures

MATLAB 计算医学图像的配准，融合 基于SIFT方法的配准

基于vc的数字图像处理中进行直方图修正和彩色变换算法代码-based on the Digital Image Processing for the amendment and color histogram algorithm code

图像空域预处理算法汇总:有增强,去噪,锐化等,对初学者可作参考-err

由于只是利用图像的灰度信息，sl 算法不能很好地区分形状相似但颜色不同的物体：针对这一问题，提出了一种基于彩 色的SIFT特征点提取算法，并着重分析了多种彩色模型对算法性能的影响?这种算法也是在图像的灰度尺度空间上检测特征点， 但其特征向量由各描述子子区域的彩色模型分量的均值组成并在原始的彩色图像上进行计算：实验结果证明了该算法的有效性。-Abstract：Because only the gray scale information is utilized．the SIFT method can’t differentiate the objects with similar shape but with diferent colors commendably．1,1 order to solve such problem．presents a color―based SIF I feature point detecting method and analyzs the method’S performance in temas of diferent color models The method detected interest points in the gray image scale space，and its eigem eetors al’e composed of the mean 、 alues of different color model components in each subregion and are computed based on the Ol。iginal color images．Tile experimental results have proved its validity

实现了3D模型变形（morphing）的隐函数插值算法。并有Matching Cube算法网格化模型。这个程序花了我不少时间编写。-Achieved a 3D model of the deformation (morphing) of the implicit function interpolation algorithm. And Matching Cube Mesh count model. This process gave me a lot of time to prepare.

2D洒水效果仿真，采用粒子系统，拉格朗日算法，产生粒子，计算粒子的新位置，消除粒子-Sprinkler effect 2D simulation, the use of particle systems, Lagrangian algorithm, resulting in particles, calculating the new particle position, the elimination of particles