Matlab_PID_paper

matlab环境下的三相逆变仿真，里面含有SPWM调制模块。(three phase inverter！)

无限冲击响应滤波器 (IIR) 实现，涉及一个Butterworth低通滤波器，设计指标为：在通带内频率低于0.2π时，最大衰减小于1dB；在阻带内[0.3π, π]频率区间上，最小衰减要大于15dB (An infinite impulse response filter (IIR) implementation, involves a Butterworth low-pass filter design specifications as follows: in the passband frequencies below 0.2π, the maximum attenuation is less than 1dB in the stopband [0.3π, π] frequency interval , the minimum attenuation greater than 15dB )

this is the simulik models of servo drive using matlab 7.1

单位圆的内插实现，里面有4种内插算法：拉格朗日插值、牛顿插值、分段线性插值、分段样条插值、以及插值误差范数估计等等(Interpolation to achieve the unit circle, which has four kinds of interpolation algorithms: Lagrange interpolation, piecewise-linear interpolation, sub-spline interpolation, as well as Norm interpolation error estimates, etc.)

vector algebra extension to exterior product

matlab的资源，是先进PID控制MATLAB仿真的一些程序，肯定对大家有用的，(Matlab resources and advanced PID control MATLAB some of the procedures, certainly useful for all, Oh)

很多种算法！！！解压了您能看到！很全面！ 此文件夹中的文件，如需被利用，则要直接放至work目录下 “最短路径”中的程序为一个网友写的，我把它改编为函数，放在“最短路和次短路中”，与次短路的程序并列，因为要求次短路，首先要求出最短路。 (A variety of algorithms! ! ! Extract you can see! Very comprehensive! This file in the folder, For use, will have to be directly released to the work directory Program in the "shortest path" for a net friend, and I adapted it to function on most short-circuit and short circuit in the "tied to short-circuit, the procedures to the requirements of times short-circuit, the shortest path first asked. )

这是一个用于心电信号处理的工具包，研究心电方面的可用(this is used for ECG)

overlapped image segmentation the code can also be found at matlabcentral

使用鏡子鏡射的原理，也就是將接收點鏡射之後，求取傳送點與接收點的距 離，而因為公式(1)及公式(8)，可知角度與距離有關係，可以使用這個公式來直 接代入公式(10)之中。(. The receiver is located at the center of a 50-m*50-m room and transmitter is moved along a straight from 2m to 20m from the receiver. Show the received power in decibels versus distance for the LOS path, and include all the first-, second-,third-order reflections. (Gt = Gr = 1.6, f = 1GHz, a =-0.7, Pt = 1W))