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控制系统计算机辅助设计——MATLAB语言与应用(第2版)一书的源码(Control System Computer Aided Design- MATLAB Language and Applications (2nd Edition))

用MATLAB的.m文件来实现通信仿真的若干算法和原理(using MATLAB. M document communications to achieve a number of simulation algorithms and theory)

增量式PID控制，Matlab仿真PID算法，算法原理、算法实现(Increment PID Controller)

Dimension reduction using principal component analysis.

用于主成分分析的源码，由例子可以直接了解PCA的步骤方法(Principal component analysis of the source code used by the example of the method can be directly aware of the steps of PCA)

TS who to use AR in signal processing

说明：  基于单尺度、多尺度、原始的Retinex算法，matlab实现，非常值得研究！在光照增强中有着非常好的应用！(Based on single-scale, multi-scale, the original Retinex algorithm, matlab implementation is worth studying! Increase in light has a very good application!)

glnpso update算法代码~需要一起编一下自己的变量 目标函数fit 以及初始化函数~主程序更新部分是基本没问题的，只要改约束。(algorithm code to glnpso update needs with compiled own variable objective function fit and the initialization function to update the main program is basically no problem, as long as the change constraints.)

说明：  利用双线性变换法设计一个级联型的椭圆IIR滤波器，对一段含噪语音信号进行滤波去噪处理并根据滤波前后的波形和频谱分析滤波性能。本课程设计仿真平台为MATLAB7.0，开发工具是M语言编程。首先在Windows下用录音机工具录制一段语音信号，并人为加入一单频噪声，然后对信号进行频谱分析以确定所加噪声频率，并设计滤波器进行滤波去噪处理，最后比较滤波前后的波形和频谱并进行分析。(Bilinear transformation method is used to design a cascade elliptic IIR filter, for a period of noise speech signal filtering denoising processing and according to the waveform and spectrum analysis of filtering performance before and after filtering. This course design simulation platform for the MATLAB7.0, development tools is M language programming. First under Windows tool to record a voice signal, a tape recorder and deliberately added a single frequency noise, and then the signal to determine the added noise frequency spectrum analysis, and design the filter for filtering denoising processing, finally compared before and after the waveform and spectrum of filtering and analyzed. )

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