03

非常全面的控制系统PID仿真源码，适用控制类行业，先进PID控制及其MATLAB仿真_第二版(A very comprehensive simulation of PID control system source code, application control class industry)

实现拉普拉斯变换的图像过滤程序，实用性广泛(Laplace transform of the image to achieve filter)

输电线路的始端电压和功率的求解，其滞后功率因素为0.8，根据其参数来求解响应的电压和频率(The shifting transmission line voltage and power, the power factor behind for 0.8, according to its parameters to solve the voltage and frequency response)

speaker recognition system

Video frame extraction & separating unwanted part of each frame

Applications au démarrage de Windows.xls

FFR优化:FFR蜂窝小区的仿真，多用户随机分布着各个小区中，能够统计中心小区和边缘小区的用户吞吐量(FFR optimization: FFR cell simulation, multi-user randomly distributed in each cell, capable of counting center cell and cell edge user throughput)

求解机组组合问题，典型算法，，，，，，，，，(The algorithm of solving the problem of unit combination can quickly calculate the result)

input: fun x(t) t min & t max a df T = t_max-t_min fs = a*1/T 输入1：方程，xt；输入2，3：信号起始时间；输入4：选取的采样周期是信号长度倒数的倍数， 默认为50；输入5：频域分辨率，默认为0.3 输出频域信号和频域范围 为了提高fft的速度，频域信号长度是2的次方( Input: fun x (t) t min & t max a df T = t_max-t_min fs = a* 1/T Input 1: Equation XT input 2,3: signal start time input 4: select the sampling period is the reciprocal multiples of the signal length, default is 50 input 5: frequency domain resolution, default is 0.3 of the output frequency domain signal and the frequency domain in order to improve the speed of the FFT, the frequency domain signal length is a power of 2)

这是一些比较好的IJCV09中的文章，在此分享(This is some of the better IJCV09 in the article, in this share)