E4_8_BoxJenkins

基于MATLAB/simulink的永磁无刷直流电机调速系统仿真，已调试完毕，效果还可以。(Based on MATLAB/simulink of permanent magnet brushless DC motor speed control system simulation, debugging has been completed, the effect can be.)

有信道编码，调制，信道估计等，用MATLAB实现动态聚类或迭代自组织数据分析，有小波分析的盲信号处理。( Channel coding, modulation, channel estimation, Using MATLAB dynamic clustering or iterative self-organizing data analysis, There Wavelet Analysis Blind Signal Processing.)

关于光OFDM中非对称限幅ACO-OFDM 中采用不同进制调制的MATLAB程序，有BER性能仿真(About MATLAB program with asymmetric modulation in asymmetrically-limited ACO-OFDM in optical OFDM, with BER performance simulation)

流行学习的matlab代码，图形界面，操作简单，有说明。(Popular learning matlab code, graphical interface, simple operation, it has made it clear.)

用于在MATLAB环境下生成混沌序列（含MATLAB下的源代码）(Generated in the MATLAB environment for the chaotic sequence (including the source code under MATLAB))

EZW (Embedded Zerotrees of Wavelet Transforms) is a lossy image compression algorithm. At low bit rates (i.e. high compression ratios) most of the coefficients produced by a subband transform (such as the wavelet transform) will be zero, or very close to zero. This occurs because "real world" images tend to contain mostly low frequency information (highly correlated). However where high frequency information does occur (such as edges in the image) this is particularly important in terms of human perception of the image quality, and thus must be represented accurately in any high quality coding scheme.

采用洛仑兹方程仿真混沌效应，并带入不同参数求解(Lorentz equations using simulation chaotic effect, and bring different parameters to solve)

人口迁移算法，此程序实现人口迁移算法，用于求解无约束连续函数最小化问题。对于最大化问题，请先将其加负号转化为最小化问题(Population migration algorithm to achieve this process migration algorithm for solving unconstrained minimization problem of continuous functions. For the maximization problem, please add them into a minus sign to minimize the problem)

Matlab Turbo coding

说明：  通信信号相干调制解调源码 Fc=10 ％载频 Fs=40 ％系统采样频率 Fd=1 ％码速率 N=Fs/Fd df=10 numSymb=25 ％进行仿真的信息代码个数 M=2 ％进制数(Coherent modulation and demodulation of communication signal source Fc = 10 carrier frequency Fs = 40 systematic sampling frequency Fd = 1 code rate N = Fs/Fd df = 10 numSymb = 25 of the information code to simulate the number of M = 2 hexadecimal number)