代码搜索：模拟集成
找到约 10,000 项符合「模拟集成」的源代码
代码结果 10,000
www.eeworm.com/read/436663/7766380
asv an.asv
%模拟退火解决0-1背包问题
clear;
a=[92,4,43,83,84,68,92,82,6,44,32,18,56,83,25,96,70,48,14,58]; %体积
c=[44,46,90,72,91,40,75,35,8,54,78,40,77,15,61,17,75,29,75,63]; %价值
n=length(a);
b=878;
www.eeworm.com/read/436663/7766381
m sa.m
%模拟退火解决0-1背包问题
clear;
a=[92,4,43,83,84,68,92,82,6,44,32,18,56,83,25,96,70,48,14,58]; %体积
c=[44,46,90,72,91,40,75,35,8,54,78,40,77,15,61,17,75,29,75,63]; %价值
n=length(a);
b=878;
www.eeworm.com/read/436663/7766382
m untitled2.m
%模拟退火解决0-1背包问题
clear;
a=[92,4,43,83,84,68,92,82,6,44,32,18,56,83,25,96,70,48,14,58]; %体积
c=[44,46,90,72,91,40,75,35,8,54,78,40,77,15,61,17,75,29,75,63]; %价值
n=length(a);
b=878;
www.eeworm.com/read/436083/7777482
c adc.c
#include
#include "adc.h"
void Init_ADC(void)
{
//设置P6.0~P6.3为模拟输入通道
P6SEL = 0X07;
//设置ENC为0，从而修改ADC12寄存器的值
ADC12CTL0 &= ~(ENC);
www.eeworm.com/read/435255/7794985
plg 解码.plg
礦ision3 Build Log
Project:
D:\Down\Proteus\红外遥控模拟\解码.uv2
Project File Date: 01/15/2008
Output:
创建目标 '目标 1'
编译 解码LCD.c ...
编译 解码.c ...
解码.C(
www.eeworm.com/read/199851/7818628
m nonisothermtr.m
function NonIsothermTR
% 模拟计算非等温固定床管式反应器的轴向温度分布和转化率分布
% 在一列管反应器中进行邻二甲苯(A)氧化制邻苯二酸酐(B)
%
% Author: HUANG Huajiang
% Copyright 2003 UNILAB Research Center,
% East China University of Science
www.eeworm.com/read/299890/7826270
c alarm.c
#include
#include "alarm.h"
void Init_ADC(void)
{
P6SEL = 0X07; //设置P6.0为模拟输入通道
ADC12CTL0 &= ~(ENC); //设置ENC为0，从而修改ADC12寄存器的值
ADC12CTL
www.eeworm.com/read/399073/7896458
m imp_invr.m
function [b,a] = imp_invr(c,d,T)
% 模拟到数字滤波器的变换的脉冲响应不变法
% ---------------------------------------------------------------
% [b,a] = imp_invr(c,d,T)
% b = 数字滤波器的z^(-1)分子多项式
% a = 数字滤波器的z^(-1)分母多项
www.eeworm.com/read/197958/7960982
m jm99a1simu.m
%99年中国大学生数学建模竞赛a题：自动化车床管理模型一
%参见《数学的实践与认识》2000.1.p36-40
%随机模拟
clear;
data=normrnd(600*0.95,196.6292*0.95,1,10000);
out=find((data>1200)|(data
www.eeworm.com/read/398351/7992516
m imp_invr.m
function [b,a] = imp_invr(c,d,T)
% 模拟到数字滤波器的变换的脉冲响应不变法
% ---------------------------------------------------------------
% [b,a] = imp_invr(c,d,T)
% b = 数字滤波器的z^(-1)分子多项式
% a = 数字滤波器的z^(-1)分母多项