Signal-Processor

full DSB-SC Modulation- Demodulation Process. The input arguments are given below: • Input Signal Frequency: 10Hz • Carrier Frequency: 15Hz • Sampling Frequency: 100Hz

narmamaglev 神经自校正控制系统，narma-l2控制模块，反馈线性化控制，直接自校正控制(narmamaglev neural self-tuning control system, narma-L2 control module, feedback linearization control, direct self-tuning control)

伪zernike矩，利用MATLAB开发，有修改(Pseudo zernike moment)

RLS自适应滤波器程序做系统辨识，输入为高斯白噪声，内有详细注释，可运行(RLS adaptive filter program to do system identification, the input is Gaussian white noise, with detailed notes, you can run)

THE ABOVE PROGRAM IS A GUI FOR SUPER RESOLUTION TECHNIQUE.

说明：  克里金模型的MATLAB工具箱，克里金模型是比较流行的空间插值算法(MATLAB Toolbox for Kriging Model)

说明：  准椭圆函数交叉耦合滤波器耦合系数的提取程序。利用matlab遗传算法和solvopt算法工具包。不懂使用方法可以加我qq13319810(Cross-coupled quasi-elliptic function filter coupling coefficient of extraction procedures. The use of genetic algorithms and matlab toolkit solvopt algorithm)

QPSK误码率仿真及星座图，仿真入门级。信号的调制译码(The Simulation and QPSK constellation, entry-level simulation. Decoding the signal modulation)

实现小波变换，并用支持向量机进行识别；可以自己准备两类样本图片，进行特征提取等(To achieve the wavelet transform and support vector machine to identify can prepare two types of sample pictures, feature extraction)

编写M文件，创建如下图形窗口，分别绘制如下图所示的曲线。 （1）曲线y=sin(t)sin(9t)，要求采用红色，点线。横坐标取值范围[0~ ]，标注x轴、y轴并加标题。 （2）一组余弦曲线，其振幅分别为0.4，0.6和0.8。横坐标取值范围[0~2 ]。添加图例与标题。进入图形编辑状态，调整图例的位置。 （3）分别绘制peaks函数的曲面图和网格线图。对曲面图做平滑处理，并添加标题与colorbar。 (Write M file, create the following graphics window, curves were plotted as shown below. (A) the curve y = sin (t) sin (9t), require the use of a red dotted line. The abscissa in the range [0 ~  ], labeled x-axis, y-axis and a title. (2) a set of a cosine curve, and the amplitude was 0.4, 0.6, 0.8. Abscissa value range [0 ~ 2  ]. Add a legend and title. Into the graphical editing mode, adjust the position of the legend. (3) were drawn surface chart peaks function and grid line graph. Surface charts do for smoothing and add titles and colorbar.)