资源列表
SVT
- SVT 低秩矩阵恢复，可用于稀疏表示、图像恢复(SVT for low rank matrix completion)
MATLAB图像配准程序
- 使用分离傅里叶变换的方法进行亚像素的图像配准(Subpixel image registration is performed using the method of separated Fourier transform)
MATLAB建模 人口增长模型 源程序代码
- 用来构建人类人口增长的模型，主要反映时间与人口数量之间的关系，以及人口增长率与时间之间的关系(The model used to construct the human population growth mainly reflects the relationship between time and population, and the relationship between population growth rate and time)
SIFT
- 用于图像提取特征点，并记录特征点的坐标位置(Used for image extraction feature points)
行程编码（又名游程编码）
- 行程编码又名游程编码，是无损压缩的一种，本文件用于图像压缩及解压，压缩前后图像完全一样(Run length coding, also known as run length coding, is one of lossless compression. This file is used for image compression and decompression. The image is exactly the same before and after compression)
exif
- 显示图片的exif信息，在C#平台上绘制表格显示(Display the EXIF information of the picture and draw the form display on the C# platform)
C++
- 飞机大战二维游戏，有碰撞检测文字显示和二维空间漫游(World War II aircraft 2D game, collision detection and text display two-dimensional space roaming)
超混沌吸引子
- 本程序主要是用于产生超混沌吸引子，继而对混沌系统的控制和同步做出帮助(This procedure is mainly used to generate hyperchaotic attractors, and then the chaos system control and synchronization to help)
sfta
- 根据图像的特征自动划分多个二值化阈值，对二值化阈值进行纹理分析，获得纹理的分维数，根据纹理识别对象。(According to the features of the image, two threshold values are automatically divided, and the texture of the two threshold is analyzed to obtain the fractal dimension of the texture, and the object
muller
- 由图片对应点数据计算穆勒矩阵，并对其进行极分解，求得其3个分项，同时计算其各项指标参数(The Muller matrix is calculated by the corresponding data of the image, and the polar decomposition is carried out to obtain the 3 sub items, and the index parameters are calculated at the same time)
ct2d--3d
- CT图像断层，三维重建;有说明书，运行一个文件即可；断层图像数据在程序的同一个文件夹内；使用方便；可供学习CT,及CT三维重建的人学习。 内有简单明了的程序(CT images, tomography, 3D reconstruction, manuals, running a file; tomographic image data in the same folder of the program; easy to use; for learning CT, and CT 3D recons
数字图像实验
- 对于彩色图片进行锐化处理。可以提取出图像的边缘部分。(Sharpen the color picture. You can extract the edge of the image.)