资源列表
mymain
- 遗传算法 图像分割挺好用的 希望有用 matlab-Genetic algorithm for image segmentation with the hope of good useful matlab
jiyurenliantezhengdedingwei
- 基于人脸人眼定位，属于模式识别范畴中的脸部识别-Based Face eye location, category belong pattern recognition face recognition
stereoRegionGrowingLine
- 双目视觉的立体匹配，基于区域线性生长的立体匹配，有注释-Stereo matching binocular vision, based stereo matching linear growth area, there is a comment
stereoGlobalEnergyMin
- 双目视觉中的立体匹配，采用全局能量最小化算法-Binocular vision stereo matching using the global energy minimization algorithm
IMG-enhancement-P
- 图像增强的几个专利，采用全局结合局部的方法；也可以结合图像分层，增强图像的细节。-Several patents for image enhancement, using global combined with local method also can be combined with layered image, enhance the image details.
ImageEvaluation--chen
- 几篇经典的图像质量评价方法，包括王周的结构相似度（SSIM）及其改进算法（部分结合局部方差等）.-Several image quality uation of classical method, including the structure similarity of Wang Zhou (SSIM) and its improved algorithm (part of the combination of local variance).
denoise_source
- 精心收集的几个去噪算法，包括基于视觉的非线性去噪、BLS_GSM算法、NL-Bayes图像去噪、KSVD去噪等，内容为核心代码，需要配置完善。 -Denoising algorithm of several carefully collected, including visual based nonlinear denoising, BLS_GSM algorithm, NL-Bayes image denoising, KSVD denoising, the content as the
Hough
- 此文件可以实现霍夫变换直线检测，代码简单实用-This file can be achieved Hough transform line detection, code simple and practical
SR
- 显著性图像分析中的，SR显著性计算方法，可用于显著性分割计算-Significant image analysis, SR saliency calculating method
Gabor_Image_Features
- Gabor特征计算：平均能量和平均幅值[gaborSquareEnergy, gaborMeanAmplitude ]= phasesym(im) -Computation of Gabor Features- Mean Squared Energy, Mean Amplitude >>> im = rgb2gray(imread( 001.png )) >>> [gaborSquareEnergy, gaborMeanAmplitude
hist_th
- 本程序实现图像背景阈值的自动选取 对图像的直方图进行峰值判定，确定灰度低于或高于阈值的点为背景 [yuantu,yuzhi]=hist_th(yuantu,value)，直方图峰值降到最大值的value倍时， 此时的阈值为背景阈值，value取[0,1].-calculate the threshold of image
imag_encode
- 本程序实现阵列图像的子图像编号，其中中心子图编号为1， 与其距离为1的图像编号为2，依次类推,距离为横纵坐标和与中心子图横纵坐标和的差值的绝对值 中心子图坐标为（x,y）,当前子图坐标为(x1,y1),编号为abs((x1+y1)-(x+y)) I是图像编号后的编号矩阵,center_x为横向中心子图坐标,center_y为纵向中心子图坐标 h_num为横向子图数，p_num为纵向子图数-image encoder