代码搜索：matlab RFID
找到约 10,000 项符合「matlab RFID」的源代码
代码结果 10,000
www.eeworm.com/read/303498/13814221
m e0257.m
s(1).teacher.name='Liu Ming';
s(1).teacher.number='010101';
s(1).teacher.course=['math '; 'MATLAB'; 'Maple ']; %构架数组s增加教师域，并赋值
s(1).teacher%查看s的域teacher
s(1).teacher.course%查看s的域teacher的course信息
www.eeworm.com/read/302615/13831205
m exp2_8.m
echo off % 不显示程序内容
clear
clc
a=4;
b=6
disp('暂停，请按任意键继续') % disp指令可以用来显示字符
pause % 暂停，直到用户按任意键
echo on
% 显示程序内容，注意matlab默认是不显示
c=a+b
% 暂时把控制权交给键盘（在命令窗口中出现k提示符),
% 输入return，回车后退出，继续执行下面的语
www.eeworm.com/read/302615/13831285
txt ch2_10.txt
echo off % 不显示程序内容
clear
clc
a=4;
b=6
disp('暂停，请按任意键继续') % disp指令可以用来显示字符
pause % 暂停，直到用户按任意键
echo on
% 显示程序内容，注意matlab默认是不显示
c=a+b
% 暂时把控制权交给键盘（在命令窗口中出现k提示符),
% 输入return，回车后退出，继续执行下面的语
www.eeworm.com/read/302383/13836888
m wwx.m
deta=0.0025;%取通带波动＝阻带衰减
fa=8500000;%阻带起始频率，单位Hz
fc=8000000;%截止频率，单位Hz
fs=20000000;%采样频率，单位Hz
deltaf=fa-fc;%过渡带宽度
arfa=-20*log10(deta);
f=fa+deltaf/2;
fcuts=[fc fa];%通带截止频率和阻带起始频率范围
mags=[1 0
www.eeworm.com/read/302347/13837371
h engine.h
/*
* @(#)engine.h generated by: makeheader Sun Mar 16 08:06:24 1997
*
* built from: copyright.h
* ../../src/extern/engintrf.c
* ../../src/extern/engapiv4.c
*/
#ifndef engin
www.eeworm.com/read/302158/13840855
m affinetransformation.m
function varargout = AffineTrnasformation(varargin)
% AFFINETRNASFORMATION M-file for AffineTrnasformation.fig
% Affine_Transf computes and applies the geometric affine transformation to a 2-D image
www.eeworm.com/read/302091/13842447
m ex3_23.m
X=input('Enter X:');
E=zeros(size(X));
F=eye(size(X));
n=1;
while norm(F,1)>0
E=E+F;
F=F*X/n;
n=n+1;
end
E
xpm(X) %调用MATLAB矩阵指数函数求矩阵指数
www.eeworm.com/read/302078/13842649
cpp main.cpp
//---------------------------------------------------------------------------
#include
#include
#pragma hdrstop
#include "Main.h"
//--------------------------------------
www.eeworm.com/read/301898/13846664
txt dftmatlab.txt
DFT：离散傅立叶变换
MATLAB代码：
clear;
clc;
N=12; % 数据长度
n=0:N-1;
xn=sin(pi*n/6); % 以此序列为例，1/6是信号频率对1/2采样频率归一化的值
k=0:N-1;
WN=exp(-j*2*pi/N);
nk=n'*k;
WNnk=WN.^nk;
Xk=xn*WNnk; % DFT结果
www.eeworm.com/read/300886/13883495
txt acknowlegement.txt
ACKNOWLEDGEMENT
I gratefully acknowledge Robert Barsch who wrote function "V3D" (Matlab File
Exchange, file # 2255) on which this volume browser is based.