XOR3

matlab实现的行人检测加跟踪，对学习图像处理的同学很有帮助(matlab implementation of pedestrian detection and tracking, help students learn image processing)

Matlab源码(投影寻踪). 已验证,可以实现投影寻踪算法 并进行程序建模(Matlab source (projection pursuit). Has been verified, you can achieve projection pursuit algorithm for process modeling and)

说明：  该程序主要是仿真单极性码和双极性码在加性高斯白噪声信道中的理论误码率和实际误码率，并做一比较(The program is mainly simulation of single polar code and bipolar code theory in additive white gaussian noise channel bit error rate and the actual error rate, and make a comparison)

利用行像素点、列像素点识别分割字符成单个字符图像----letercog.m(The row of pixels, pixel columns into a single character recognition segmentation, image---- letercog. M)

增广最小二乘法参数估计，系统辨识，针对含有输出噪声的SISO模型。(Augmented least squares parameter estimation, system identification, aimed at containing the output noise of the SISO model.)

高本庆老师编写的时域有限差分法的学习教程，推荐(the high-prepared teachers FDTD method of study guides, recommended)

MATLAB源码，preprocessing.m: preprocess the picture including:Wiener filter; meddle value filter, change a gray picture to a binary one and then get the skeleton. centralizing.m: input the source picture output the core point of the fingerprint. samfun.m: generate the sample pattern automatically, which is used to sample the fingerprint. gabor2d_sub: get gabor filter. varpic.m: calculate variance picture(MATLAB source, preprocessing.m : preprocess the picture including : Wiener filter; meddle value filter, change a gray picture to a binary one and then get the skeleton. centralizing.m : input the source picture output the core point o f the fingerprint. samfun.m : generate the sample pattern automatically, which is used to sample the fingerprint. gabor2 d_sub : get gabor filter. varpic.m : calculate variance picture)

PD cascade controller for ball and beam

说明：  GB∕T 38146.2-2019 中国汽车行驶工况 第2部分：重型商用车辆工况循环mat文件(GB / T 38146.2-2019 driving conditions of Chinese vehicles Part 2: mat documents of heavy commercial vehicles)

fp=2400hz,fs=5000hz,rp=3db,rs=25db.求其3dB时的各项参数！(fp = 2400hz, fs = 5000hz, rp = 3db, rs = 25db. for its 3dB at the time of the parameters!)