threshold

一共5个代码，其中aufgabe和lms的功能是输入一个脉冲信号，根据不同的系统参数，得出输出信号。 cordic是一个算角度旋转的方法。 gray和graydecode是输入一个数字，对应输出每次只变一位的2进制输出信号。 因为我还是个学生，可能代码比较简单，希望站长谅解，谢谢！我真心希望能够成为该站的一员，学习到有用的知识。(A total of five codes, which aufgabe and lms function is a pulse input signal, depending on the system parameters, derived output signal. cordic is a rotation angle calculation method. gray and graydecode is to enter a number, corresponding to a time become an output of two binary output signals. Because I was a student, you may code for relatively simple hope that owners understand, thank you! I really hope to be a member of the station, to learn useful knowledge.)

说明：  Scilab软件与MATLAB功能相似，而且它是一个开源项目。功能强大，使用方法不简单。本教材是学习此软件较详细的资料。(Scilab software with features similar to MATLAB, and it is an open source project. Powerful, simple to use. The materials to learn the software more detailed information.)

rayleigh fading channel matlab codes

Iris Recognition algorithm

example of matlab,optimization method which is used with different model.it will be useful for whom they want to learn Matlab by themselves2

这些压缩文件里面包含了QPSK信号在瑞利信道和加性白高斯噪声信道中的仿真等(These compressed file containing the QPSK signal in the Rayleigh channel additive white Gaussian noise channel simulation, etc.)

Matlab Code for P-V Diagram for Gas Turbine Cycle : 1.LP Compression 2.Const. pressure Cooling 3.HP Compression 4.Const. Pressure Heat addition 5.Turbine Expansion

产生线性调频信号和脉冲压缩系数，外加正交解调(Generate a chirp signal and pulse compression factor, plus a quadrature demodulator)

说明：  提出一种预测电流型三相逆变器的SVPWM控制策略,利用Matlab/Simulink搭建了预测电流型三相逆变器的SVPWM控制的仿真模型(This paper proposes a SVPWM control strategy for predictive current three-phase inverter, and uses Matlab / Simulink to build a simulation model of predictive current three-phase inverter.)

说明：  时频分析方法是非平稳信号处理的一个重要分支，它是利用时间和频率的联合函数来表示非平稳信号，并对其进行分析和处理，利用时频分析法对语音信号进行去噪。(Non-stationary time-frequency analysis is an important branch of signal processing, it is the joint use of time and frequency functions to represent the non-stationary signal and its analysis and processing, using time-frequency analysis of the speech signal denoising. )