资源列表
K-SVD
- KSVD的稀疏编码去噪的matlab版本算法(Sparse encoding KSVD denoising algorithm)
SIFT算法详解及应用(讲的很详细)(1)
- SIFT算法。成像匹配的核心问题是将同一目标在不同时间、不同分辨率、不同光照、不同位姿情况下所成的像相对应。传统的匹配算法往往是直接提取角点或边缘,对环境的适应能力较差,急需提出一种鲁棒性强、能够适应不同光照、不同位姿等情况下能够有效识别目标的方法。(SIFT.The core problem of imaging matching is to correspond to the image formed by the same target at different times, differ
matlabdaima
- 直方图均衡化,提高对比度,使得图片的质量得到提高(Histogram equalization)
Facial_Expression_Code
- 基于局部二进制模式的表情识别算法可以识别一些基本的表情(Facial Expression Recognition Based on LBP Algorithm)
sift_matlab
- 基于matlab的图像配准源代码,有注释,程序可以运行。(Based on matlab's image registration source code, there are comments and the program can run.)
改进Retinex
- 对Retinex算法进行修正,提高去雾效果(Amend the Retinex algorithm to improve the effect of fog removal)
daima
- 基于visual studio实现对空间电场分布和扫描等位线的仿真(Simulation of spatial electric field distribution and scanning equipotential line based on Visual Studio)
demoApp
- 图片识别功能,非常强大,真的不骗你!感觉下载使用,不然你会后悔!(sdsadasdassdsadasdassdsadasdassdsadasdassdsadasdassdsadasdassdsadasdas)
cvGabor
- 傅里叶变换是一种信号处理中的有力工具,可以帮助我们将图像从空域转换到频域,并提取到空域上不易提取的特征。但是经过傅里叶变换后,图像在不同位置的频度特征往往混合在一起,但是Gabor滤波器却可以抽取空间局部频度特征,是一种有效的纹理检测工具(Fu Liye transform is a powerful tool in signal processing, which helps us transform images from airspace to frequency domain and e
OpenGLOBJDemo
- opengl本身就是一个计算机图形学处理工具,可以利用其绘画出各种精细图形界面,这里在图形界面里导入三维模型obj(OpenGL itself is a computer graphics processing tool. It can draw various fine graphical interfaces by using it. Here we import the 3D model obj into the graphical interface.)
摄像头标定
- 采用棋盘纸定标,通过过相机捕获到的图片,不断旋转棋盘纸的位置,在4个坐标系之间的的来回转换,最后得到相机的内外参,注意保存在xml文件里(Chessboard calibration is adopted. Through the pictures captured by the camera, the position of chessboard is constantly rotated, and the conversion between the 4 coordinate systems
lbpcascade_animeface-master
- 利用opencv资源库里自带的lbpcascade_animeface.xml,对普通人脸进行识别,如果有数据库的话,也可以自己训练学习,提取人脸特征,进行学习(We use the lbpcascade_animeface.xml in opencv repository to recognize normal faces. If there are databases, we can also train ourselves to learn, extract facial features