feedbackControl

本文件是我做的关于PCM的编程实现方案，希望能对大家的通信仿真有所帮助(this document is what I am doing on the PCM programming proposal in the hope that we can help Communication Simulation)

synchronous identification algorithm

一个简单的CA模型，用于仿真实践，使初学者很容易接受，简单易懂(A simple CA model, for the simulation of practice, so that beginners are easy to accept, easy to understand)

自己编写的偏最小二乘回归模型matlab程序，附带详细的说明。(Matlab partial least squares regression procedures, with detailed instructions.)

这是一份很优秀的FFT学习资料，对于想了解FFT的，可以很容易实现。(This is a very good learning materials FFT, FFT for those who want to understand, and can be very easy to implement.)

matlab开发，心率变异分析中庞加莱算法的演示代码，具有一定应用价值。(matlab development, heart rate variability analysis Poincare algorithm demo code, has some value.)

matlab编写的局部轨道不平顺，交点型轨道不平顺的（垂向，水平，方向，轨距不平顺）。(matlab prepared local irregularity, intersection type track irregularity (vertical, horizontal, direction, gauge irregularity).)

将背景音乐（交响乐）中的摩斯电码找出并分离出来(morse_code_sound.wav is a mono (1-channel) 11,025 samples per sec, 16-bits per sample, WAV file. There is a morse code signal within the audio file, you should be able to hear it in the background, but it is not very audible (able to be heard). Write a Matlab program to analyze the wav file and determine the narrow range of frequencies occupied by the morse code sound. Then separate the morse code sound into a separate file and the music into a separate file. Write out the separated morse code and the separated music to separate wav files titled your_name_morse.wav and your_name_music.wav)

MIMO下的ZF滤波器的实现，主要实现的功能是针对任意大小的收发天线的误比特率仿真(MIMO ZF filter is implemented under the main function is to achieve any size for the antenna simulation of bit error rate)

说明：  矢量网络法散将射参数转化为介电常数 本代码计算需要的输入值为：d(超材料厚度方向的周期常数)，f(频率的变化范围)，S(通过CST或HFSS软件计算得到的散射参数)(The vector network dispersion transforms the radiation parameters into the dielectric constant Input values required for calculation in this code are: D (periodic constant in the direction of metamaterial thickness), F (range of frequency variation), S(scattering parameters calculated by CST or HFSS software))