代码搜索：交通仿真
找到约 10,000 项符合「交通仿真」的源代码
代码结果 10,000
www.eeworm.com/read/363851/9934016
m psopidforout.m
%对一个串级系统进行仿真，并且计算绝对误差的矩积分
%function Q=PsoPidForOut(kp,ki);
kp=0.3354
ki=0.0050
dt=1;
LP=1500;
k=1;
t=20;
delay=round(120/dt);
%初始化中间变量
x1=0;
x2=0;
x3=0;
x=zeros(1,delay);
%误差
www.eeworm.com/read/363574/9945039
m matrixa.m
%矩阵A，与W,B都有关，并且与才采点，采样范围有关
%t=linspace(pi/60,pi,15)
%y=zongjie(L)*dierbufen(6-L,t[i])*disanbufen(L,t[i])
function[A]=matrixA(m,n,t); %matrixA函数表示一个A矩阵。
w=10;
B=1;%所给的仿真条件
%t=linspace(pi/(60*B)
www.eeworm.com/read/363139/9966693
m lunwen.m
%模糊PID控制与常规PID控制的仿真对比
clear all;
close all;
%常规PID控制
ts=1;td=15;Nd=td/ts;
sys=tf(4,[720,1]);
dsys=c2d(sys,ts,'tustin');
[num,den]=tfdata(dsys,'v');
%给出各变量的初始参数
kp0=2.64;
kd0=198;
ki0=0.
www.eeworm.com/read/363027/9971252
plg ds1302.plg
礦ision2 Build Log
Project:
E:\软件备份\单片机软件\Proteus 6.7\JJJ仿真电路\DS1302时钟\Keil\DS1302.uv2
Project File Date: 09/17/2005
Output:
Build target 'Targ
www.eeworm.com/read/363027/9971294
plg max7221.plg
礦ision2 Build Log
Project:
E:\软件备份\单片机软件\Proteus 6.7\JJJ仿真电路\Max7221动态显示\Keil\Max7221.uv2
Project File Date: 09/19/2005
Output:
Build target '
www.eeworm.com/read/362690/9985682
plg ds1302.plg
礦ision2 Build Log
Project:
E:\软件备份\单片机软件\Proteus 6.7\JJJ仿真电路\DS1302时钟\Keil\DS1302.uv2
Project File Date: 09/17/2005
Output:
Build target 'Targ
www.eeworm.com/read/362690/9985747
plg max7221.plg
礦ision2 Build Log
Project:
E:\软件备份\单片机软件\Proteus 6.7\JJJ仿真电路\Max7221动态显示\Keil\Max7221.uv2
Project File Date: 09/19/2005
Output:
Build target '
www.eeworm.com/read/166551/10016673
m bpsk_sb_gyh.m
%BPSK的识别率分析，一个码元对应一个周期正弦波（Fs＝2000）
clear
figure(64)
hold on;
for iiii=1:20 %信噪比循环
k=0;
for ii=1:10 %仿真100次
iiii
ii
df=0.25;
fs=20;%20MHz
fc=2;
rb=0.2;
ts=1/fs;
m=256;%m是码元数，自己随便
www.eeworm.com/read/360661/10082574
m exmpl_1.m
%例一 正弦信号
%本程序中时间单位是毫妙
%频率单位为KHz
%本例说明取样点数与仿真精度的关系
global dt df t f N%global dt df t f N
close all%close all
figure(1)
set(1,'Position',[10,50,500,200])
%设定图1的窗口位置及大小
f
www.eeworm.com/read/164050/10133720
m exm05112_1.m
%exm05112_1.m
randn('state',2) %为仿真的可重复性而设
x=-5:5;y=-5:5;[X,Y]=meshgrid(x,y); %产生"经纬"矩阵
%
zz=1.2*exp(-((X-1).^2+(Y-2).^2))-0.7*exp(-((X+2).^2+(Y+1).^2));
Z=-500+zz+randn(size(X))*0.05; %