passive-filter_impedance

franklin.digital control of dynmica system的实验代码(franklin.digital control of dynmica system of the experimental code)

基于压缩感知的图像处理，分别使用二维DCT、FFT和一维dwt变换对图像信号进行稀疏变换，然后使用正交匹配追踪算法进行重构，在进行相应的逆变换(This is a image processing procedure based on compressed sensing which respectively uses two-dimensional DCT, FFT and one-dimensional dwt transform to sparse the image signal and then uses the orthogonal matching pursuit algorithm for reconstruction.)

m序列带有白噪声干扰的的脉冲系统系统自相关函数误差分析(pulse system,M sequence, white disturbance)

这是一个简单的多用户蜂窝无线通信系统的建模与仿真(This is a simple design of cellular radio systems for multi-user )

小波变换基础知识,主要是针对于MATLAB环境下的小波变换的知识。(Transform basic knowledge, mainly in the MATLAB environment for the wavelet transform knowledge.)

计算赫斯特指数Calculates the generalized Hurst exponent H(q) of a stochastic variable x(t) (a time series) the scaling of the renormalized q-moments of the distribution <|x(t+r)-x(t)|^q>/<x(t)^q> ~ r^[qH(q)] The value of H(q) give indication about the fractal nature of the signal. H(q) = 0.5 corresponds to a Brownian motion, deviations form 0.5 and dependency on q are indications of multi-fractality and time-correlations.(Calculates the generalized Hurst exponent H(q) of a stochastic variable x(t) (a time series) the scaling of the renormalized q-moments of the distribution <|x(t+r)-x(t)|^q>/<x(t)^q> ~ r^[qH(q)] The value of H(q) give indication about the fractal nature of the signal. H(q) = 0.5 corresponds to a Brownian motion, deviations form 0.5 and dependency on q are indications of multi-fractality and time-correlations.)

说明：  此为MATLAB课件，通俗易懂，能够快速把握MATLAB当中的重点和常用的知识点。主要设计到数值计算方面的知识。(matlab book)

matlab动态波浪图并带有功能键，点击可调节波浪的跳动快慢(Dynamic wave graph MATLAB and a function key, click on the wave speed can be adjusted. )

方向图函数，自己写的MAtlab，仅供参考(Pattern function, write your own Matlab for reference only)

书名:数字通信原理_基于matlab仿真计算 书中很多 matlab 源码,适合在校学生熟悉了解matlab在数字通信中的应用(Title: Principles of digital communication matlab simulation based on _ a lot of matlab source book for students to become familiar with matlab in the digital communication)