资源列表
walkstraight
- 利用K均值聚类的方法实现人体的检测，混合高斯模型建立背景并实时更新-The use of K-means clustering method to achieve the human body detection, Gaussian mixture model to establish the background and real-time updates
mixture_of_gaussians
- 这是一个视频图像处理的程序，通过混合高斯分布来建立背景模型，并且提取了运动目标，效果不错！-mixture of gaussians
CS
- SAR回拨模拟及CS算法成像，参考书：合成孔径雷达成像原理（皮亦鸣）-CS algorithm for SAR call-back simulation and imaging, reference books: Synthetic aperture radar imaging principle (PI Yi-ming)
Codes
- 程序中有人脸识别，车牌识别，文字识别，细胞边缘检测，Snake算法，不同搜索方法比较等代码。其中车牌识别是VC环境下开发，其他的是Matlab环境下开发。-Procedures are face recognition, license plate recognition, character recognition, cell edge detection, Snake algorithm, a comparison of different search methods code. One
RDA-mine
- 具有RCMC修正的合成孔径雷达成像RD算法，其中可以修改不同的参数(程序中已标注)-RD with RCMC algorithm in SAR imaging.You can alter sevral coefficients which have been noted in the codes
ppfxy
- 频谱分析仪，相位变化 ，幅频变化 ，功率谱波形-Spectrum analyzer, phase changes, amplitude and frequency changes, power spectrum waveforms
EZW
- 此代码是小波零树算法的matlab实现程序，子程序较为齐全，包括最后计算压缩图像的峰值信噪比和压缩效果的源码。-This code is the wavelet zero-tree algorithm matlab implementation procedures, subroutines are more complete, including the final calculation of the peak signal to noise ratio and the compressed
stegdetect-0.4
- stegdetect是一种数字图像隐写分析工具,主要实现JPEG图像的隐秘信息的嵌入的检测-stegdetect is a tool of detecting steganography
Regularized_Newton_Residual_algorithm
- 一种使用牛顿迭代的超分辨算法，该算法以2的对数提高传统Landweber算法的运算速度，附带文章。-The problem of poor resolution of acquired image in the passive millimeter wave imaging stems mainly from antenna size limitations, thus necessitating efficient post-processing to achieve resolution i
Impulse_noise_removal
- 冲击噪声识别和消除的新算法，可以消除高达95 的冲击噪声，可用于毫米波成像等高脉冲噪声的恶劣环境-A novelt impulse noise removal algorithm which can work under the circumustance that the noise ratio reaches to 95 .
crossentropy2dpso
- 这是基于Tent映射粒子群的交叉熵阈值分割程序。-This is code of method based on Tent particle swarm optimization and cross-entropy.
file
- 程序说明： 1）image文件里保存着标定图片 2）calibdata.txt 保持标定图片的路径(根据实际设置) 3）在标定源文件中 calibration.cpp 根据不同的标定标规格需要设置的参数： CvSize board_size = cvSize(5,7) /* 定标板上每行、列的角点数 */（不包括边缘的角点） 这里值得注意的是拍摄的时候要完整的拍下标定板。-you can learn this