C_CMethod

LMI Introduction robust control(LMI Introduction)

给出接收信号眼图及系统仿真误码率，相参脉冲串复调制信号，信号处理中的旋转不变子空间法，采用了小波去噪的思想，微分方程组数值解方法，LDPC码的完整的编译码，车牌识别定位程序的部分功能。(The received signal is given eye and BER simulation systems, Complex modulation coherent pulse train signal, Signal Processing ESPRIT method, Using wavelet denoising thought, Numerical solution of differential equations method, Complete codec LDPC code, Part of the license plate recognition locator feature.)

这个程序主要是基于turbo编码的编解码实现程序。(This procedure is based mainly on the turbo-coded codec implementation procedures.)

4psk信号的蒙特卡洛误码率仿真，与理论误码率的对比(Monte Carlo signal 4psk BER simulation, and theoretical bit error rate comparison)

This is dialog program. for use playing the music through the serial interface. So, this program is included RS-232.

此代码采用分布傅里叶法实现光纤通信中的色散和非线性特性传输。(This code simulates the NRZ code and decode in single mode fiber communication )

基于分数低阶协方差仿真的时延估计问题，其基本思想是利用两个接收信号的相关函数来估计时间延迟。(Based on the scores of low-level simulation of time delay covariance estimation problem, the basic idea is to use of the two received signal correlation function to estimate the time delay.)

optimal placement of a piezoelectric actuator using controllability index

电磁耦合无线输能系统仿真，关于磁线圈状态的仿真(wireless power transport)

Test function : f= x+10*sin(x.*5)+7*cos(x.*4) Aim to get its max value( Test function: f = ' x+10* sin (x.* 5)+7* cos (x.* 4)' Aim to get its max value)