▍1. resample
用matlab 实现图像的采样,可实现128 ,64,32点采样(Using matlab to achieve the image sampling, can be realized 128, 64,32-point sampling)
用matlab 实现图像的采样,可实现128 ,64,32点采样(Using matlab to achieve the image sampling, can be realized 128, 64,32-point sampling)
说明: 随机抽样一致算法RANSAC,在图像配准中可以用于去除不精确的匹配点。(Random sample consensus algorithm RANSAC, in the image registration can be used to remove inaccurate matching point.)
说明: 基于内容的图像检索系统,用matlab编写的,用户可以方便地修改添加新特征,减少工作量。(Content-based image retrieval systems, written with matlab, the user can easily modify to add new features, reduce the workload.)
说明: matlab控制摄像头自动定时拍摄,内含目标检测源代码(matlab control the camera auto-timer shooting, containing the source code for target detection)
说明: 使用PSTD计算方法实现的3维时间反转镜像技术算法,可用于声学及电磁学成像(A Time Reversal Mirror Algrithm devopled by the 3 dimensial PSTD numerical method, it can be used in acousic and electromagnitic imaging field)
说明: 用平方根算法进行矩阵的优化,以便使用卡尔曼滤波获得精确的值(kalman filter and pingfanggen method ,using it can obtain accurate value )
说明: 采用kalman滤波器进行目标跟踪的源代码(object tracking using kalman filter)
说明: EM算法实现,是matlab主站上获得的可靠程序。(EM algorithm,which is from the matlab net about image processing.)
说明: 图像处理中,一种新的边缘检测,特征点提取方法,算法经过测试,可以运行,对医学图像处理的人有帮助(Image processing, a new edge detection, feature point extraction method, the algorithm has been tested, you can run on the medical image processing to help the people)
说明: 快速K均值聚类图像分割算法源代码,能很好的实现图像的分割处理(Fast K-means clustering algorithm for image segmentation source code, can achieve very good to deal with image segmentation)
此程序是基于互相关的亚像素级图像匹配的代码,此种配准方法误差小,精度高。(This procedure is based on the cross-correlation of sub-pixel image matching of the code, such a registration method error and high accuracy.)
matlab realtime 要求的环境:matlab (matlab realtime)
matlab编写的交互式image matting程序,包括:Poisson,Hillman,Ruzon等方法和源图像(matlab interactive image matting procedures, including: Poisson, Hillman, Ruzon methods and sources image)
用于计算图像每个像素点的恰可识别阈值(JND),该模型为Chou所提出。(This model was used to estimation the just-noticeable difference of pixel in image, which was proposed by Chou.)