zidong

通过 Gaussian kernel说明非线性回归分析的算法(Gaussian kernel smoother, Gaussian kernel-based linear regression, RBF kernel regression )

频率采样法设计高通FIR滤波器，结实得很详细。MATLAB代码。(MATLAB FIR )

介绍了直接序列扩频通信的理论基础和模型,并通过MATLAB提供的Simulink仿真平台对直扩通信系统进行了仿真。()

分东西和南北两个路口模拟交通三色信号灯的亮灭控制(East and West and North-South two intersection points simulated three-color traffic signal control of bright eliminate)

A buffer with 2 inputs and 2 outputs is implemented in this experiment. The buffer has a buffer size k=6 cells for each input buffer, and arrival rate lambda, λ. The Matlab software was used to make this buffer. Two 2*2 arrays were created as two for inputs and outputs, a 2*6 array is created as the body of buffer. This means the buffer can hold the 6 data from two sources and the buffer has two input ports and two outputs port. However, it can only have one write or arrival for each input per slot time or cycle time and it can only have one read for each output per cycle time. We can only read out once per cell time from a given input buffer.(A buffer with 2 inputs and 2 outputs is implemented in this experiment. The buffer has a buffer size k=6 cells for each input buffer, and arrival rate lambda, λ. The Matlab software was used to make this buffer. Two 2*2 arrays were created as two for inputs and outputs, a 2*6 array is created as the body of buffer. This means the buffer can hold the 6 data from two sources and the buffer has two input ports and two outputs port. However, it can only have one write or arrival for each input per slot time or cycle time and it can only have one read for each output per cycle time. We can only read out once per cell time from a given input buffer. )

此程序为Turbo编码的程序，用Matlab编程实现(Matlab program for turbo code)

ofdm中的PAPR问题的CLIPPING方案的BER(ofdm in the PAPR problem CLIPPING program BER)

diagnostic with autocorrelation

基于matlab的2FSK调制与仿真 m文件源程序(2FSK modulation)

采用极点配置的方法控制一级倒立摆系统，通过改变系统的参数，即增益系数K，最后使系统达到平衡。(Pole placement method using an inverted pendulum control system, by changing the system parameters, ie gain coefficient K, the last to make the system balanced.)