kpca

该函数用来计算二进制图像的盒维数，解决混沌问题 (The function used to calculate the binary image of the box dimension, to solve the problem of chaos)

用于计算fft的MATLAB程序，采用时间提取的基2算法，计算N点的FFT，程序中会自动将N部位2的n次方个点(Used to calculate the fft of the MATLAB program, using the time base 2 extraction algorithm, calculation of N point FFT, the program will automatically N parts of two of the n-th power points)

这是一个车牌号码识别代码，基于matlab开发环境。(This is a license plate number identification code, based on matlab development environment.)

该压缩包实现二维的DCT变换和逆DCT变换，可以对图像做DCT变换和逆DCT变换，实现非常简洁，速度很快。(the compressed 2D DCT and the inverse DCT. Images can be done DCT and inverse DCT achieve a very simple, very fast.)

本次作业是在matlab环境中实现的，主要运用了图像处理的基础知识对一张车牌图像进行预处理。如图像转换、图像形态学处理以及图像的边缘检测等来增强图像的对比度。在此基础上利用形态学方法以及投影法相结合来定位图片中的车牌，并将其从图片中剪切出来。最后，将提取出来的车牌字符分割成单个字符并组成新的图像。(This work is implemented in matlab environment, the main use of the basics of image processing on a plate image preprocessing. The image conversion, image processing, and morphological image edge detection or the like to enhance the contrast of the image. Morphology and projection Combination plates to locate the picture, and cut out the picture on the basis of use. Finally, the extracted license plate character segmentation into individual character and form a new image.)

A test script indicating how to find the appropriate frequency spectrum of a time dependant signal using Matlab. An associated function is also included.

基于红外图像的弱小目标检测与跟踪，matlab源代码，非常适用于初学者(Based on infrared image dim target detection and tracking, matlab source code, very suitable for beginners)

张正友摄像机标定中已知内参和外参的情形下，求解转移矩阵M的MATLAB源码(By Zhang Zhengyou camera calibration known internal control and external reference case, solving the transfer matrix M MATLAB source)

卡尔曼滤波器在目标追踪上的应用，目标真实运动为匀速直线运动，系统噪声为高斯白噪声。(Kalman filter for target tracking application on the target real motion is uniform motion, the system noise is Gaussian white noise.)

#include <iostream.h> int main() { int i(0),sum(0) while (i<=100) { sum=sum+i ++i }cout<<"sum="<<sum<<endl return 0； }