midwt

北航刘金锟老师的《智能控制》附带的完整matlab源程序！(Source codes （matlab）for the book "Intelligent Control" by Jinkun LIU in Beihang University!)

Matlab界面编程的一个实例， Matlab2008a(A example of MATLAB GUI program)

ARRUAM CODIGO NO VISUAL BASIC

matlab在工程数学中的应用，适合初学者学习(matlab application of mathematics in engineering, suitable for beginners to learn)

电压空间矢量ＳＶＰＷＭ仿真，希望对大家有帮助(Space voltage vector SVPWM simulation, we hope to help)

SET PARTITON INTO HIERARCHIAL TREES:IT IS THE GENERALISATION OF THE EZW ALGORITHM IN A MANNER THAT TENDS TO KEEP INSIGNIFICANT COEFFICIENTS TOGETHER IN LARGER SUBSETS

KSVDBox - Implementation of the K-SVD and K-SVD denoise algorithms.(K-SVD dictionary training. ksvd - K-SVD dictionary training. Signal denoising. ompdenoise - OMP denoising. ompdenoise1 - OMP denoising of 1-D signals. ompdenoise2 - OMP denoising of 2-D signals. ompdenoise3 - OMP denoising of 3-D signals. ksvddenoise - K-SVD denoising. Overcomplete DCT dictionary. odctdict - Overcomplete DCT dictionary. odct2dict - 2-D overcomplete DCT dictionary. odct3dict - 3-D overcomplete DCT dictionary. odctndict - Multi-dimensional overcomplete DCT dictionary. Demonstrations. ksvddemo - K-SVD training demonstration. ksvddenoisedemo- K-SVD denoising demonstration. Miscellaneous. showdict - Display a dictionary of image patches. ksvdver - K-SVD toolbox version information.)

本文档包括以下六个方面的设计举例： 一、信号生成与运算的实现 二、系统时域的仿真分析 三、频域仿真分析 四、复频域仿真分析 五、离散系统时域仿真 六、z域仿真分析(This document includes the design examples of the following six aspects : 1, the signal generation and operations to achieve 2， the system time domain simulation analysis 3, frequency-domain simulation analysis 4, complex frequency-domain simulation analysis 5, discrete time-domain simulation of the system 6, z-domain simulation analysis)

对语音进行简单处理 FFT变换 消噪等 含完整matlab文件和wav语音文件 (Simple voice processing such as FFT transform denoising matlab file containing a complete and wav sound files)

解模块线性方程组, solve modular linear equations, 用到了extended-euclid算法求最大公约数...(solve modular linear equations, use extended-euclid to compute the greatest common divisor..)