PFC voltage model for reference use, learning together.

阵列信号，16阵元，3信源的线阵条件下的线性预测算法(Array signal, 16 array, 3 sources of linear conditions, the linear prediction algorithm)

以matlab实作histgram equalizatuin(To implement histgram equalizatuin matlab)

实现了蚁群算法求解TSP问题。注释详细 function[R_best,L_best,L_ave,Shortest_Route,Shortest_Length]=ACATSP(C,NC_max,m,Alpha,Beta,Rho,Q) ------------------------------------------------------------------------- 主要符号说明 C n个城市的坐标，n×2的矩阵 NC_max最大迭代次数 m蚂蚁个数 Alpha表征信息素重要程度的参数 Beta表征启发式因子重要程度的参数 Rho信息素蒸发系数 Q信息素增加强度系数 R_best各代最佳路线 L_best各代最佳路线的长度 ========================================================================= (Ant Colony Algorithm for the realization of the TSP problem. Notes the detailed function [R_best, L_best, L_ave, Shortest_Route, Shortest_Length] = ACATSP (C, NC_max, m, Alpha, Beta, Rho, Q) ------------------------------------------------------------------- The main symbol------ C n that cities coordinates, n × 2 matrix NC_max the largest number of iterations m the number of Alpha ant pheromones characterized the importance of the parameters Beta factor heuristic importance of characterization of the parameters Rho evaporation coefficient of pheromone pheromone Q increase in intensity coefficient R_best best route generations generations L_best the length of the best route ====== ================================================== =================)

开关磁阻电机（SRM）基于cos转矩分配函数的相转矩瞬时控制策略，效果理想(Switched Reluctance Motor (SRM) based on the torque distribution function cos instantaneous phase torque control strategy, the results are satisfactory)

定位算法Fang的MATLAB程序，做定位的可以看看！(Fang Algorithm)

基于小波变换的水下图像目标检测论文加matlab实现代码(Wavelet-based underwater image target detection papers plus matlab code)

采用格子玻尔兹曼方法模拟了2维泊肃叶流 选择D2Q9格子 可输出速度和压力曲线(Using lattice Boltzmann method to simulate the two-dimensional Poiseuille flow D2Q9 lattice can choose the output speed and pressure curve)

人工智能的学生帝国主义竞争算法是非常有用和重要.再见使用此代码他们可以解决所有matlab 的帝国主义竞争算法问题。

This is a three fredom degree robot modeled in simulink which is controled ( 3D position control) by a PID. you set the reference trajectory and the robot controled by the PID follows the trajectory in a good way. In order to run open parametros_luis.m run it ( press f5) and then run the simulink.

QPSK调制解调误码率及误符号率，相干解调，输出的bitber是误码率，symber是误符号率(QPSK demodulator BER and misuse of the symbol rate, coherent demodulation, the output is bitber BER, symber mistakenly Symbol Rate)