代码搜索：实时接收
找到约 10,000 项符合「实时接收」的源代码
代码结果 10,000
www.eeworm.com/read/245151/12814334
ini test.ini
signal void ky_1()
{
SIN = 0xf0; //串口接收到数据0xf0,注意它是不需要时间的
twatch(4090); //等待4090个机器周期
SIN = 0xf1;
twatch(4090);
SIN = 0x01;
twatch(4090);
SIN = 0x1e;
www.eeworm.com/read/245151/12814558
ini test.ini
signal void ky_1()
{
SIN = 0xf0; //串口接收到数据0xf0,注意它是不需要时间的
twatch(4090); //等待4090个机器周期
SIN = 0xf1;
twatch(4090);
SIN = 0x01;
twatch(4090);
SIN = 0x1e;
www.eeworm.com/read/330608/12878806
c main.c
#include "ir_type.h"
#include "24C02.h"
static unsigned char flag=0; //定义38K载波使能位
static unsigned char data DT,DC=0x00; //定义接收红外数据计数器
static unsigned char rdarray[80];
//延时函数
void Delay9ms()
www.eeworm.com/read/243237/12953367
ini test.ini
signal void ky_1()
{
SIN = 0xf0; //串口接收到数据0xf0,注意它是不需要时间的
twatch(4090); //等待4090个机器周期
SIN = 0xf1;
twatch(4090);
SIN = 0x01;
twatch(4090);
SIN = 0x1e;
www.eeworm.com/read/243237/12953582
ini test.ini
signal void ky_1()
{
SIN = 0xf0; //串口接收到数据0xf0,注意它是不需要时间的
twatch(4090); //等待4090个机器周期
SIN = 0xf1;
twatch(4090);
SIN = 0x01;
twatch(4090);
SIN = 0x1e;
www.eeworm.com/read/139179/13185298
asm cs8900a.asm
;++++++++++++++++++++++++++++++++++++++++++++++
;
; 功能介绍
;
; 1. 采用I/O访问的方式读取数据
; Port1=>SD
; Port3 P3.0-P3.3=>SA
; P3.4=>AEN P3.5=>IOW P3.6=>IOR P3.7=>INTR
; 2. 可以接收和发送帧
;
; 3. 实现了A
www.eeworm.com/read/324406/13264254
m rx_combine.m
function [symbol_sequence,bit_sequence]=rx_combine(rx,channel,use_relay,Ps);
%在接收端合并两路信号,并判决出发送信号序列
global signal;
global relay;
values2analyse=rx.signal2analyse;
if (use_relay==1)&(relay.mag
www.eeworm.com/read/239252/13292086
plg receive.plg
礦ision3 Build Log
Project:
C:\Documents and Settings\YTB\桌面\红外通信\接收方\receive.uv2
Project File Date: 07/09/2007
Output:
Build target 'Target 1'
www.eeworm.com/read/137187/13341312
m jieshou.m
% 基准阵元模拟接收数据
clc;
clear;
m=7; %存在7条不相干路径
n=500;
t=1:n; % 时间窗口均匀连续500次采样
delay=ones(n,m);
for i=1:n
delay(i,:)=rand(1,m)*10^(-6); % 延时呈均匀分布
end;
snr=20;
www.eeworm.com/read/323256/13346483
m cpfsk1rect.m
%2-CPM,1_rect
%采用最优的ML相干接收机 未调通
clear
clc
L=1;%full response
Rb=2400;%bit rate
Tb=1/Rb;
Fs=8*Rb;%sample rate
h=1/2;%modulation index
Fc=0.5*Rb;%carrier frequency
N_sample=Fs/Rb;
N_observ