代码搜索：通信信号
找到约 10,000 项符合「通信信号」的源代码
代码结果 10,000
www.eeworm.com/read/406902/11432933
m f6_3.m
%产生三分量信号
N=60;
%%信号分量1
[sig1,ifl1]=fmsin(N,0.15,0.35,50,1,0.35,1);
%%信号分量2
[sig2,ifl2]=fmlin(N,0.3,0.1);
%%信号分量3
[sig3,ifl3]=fmconst(N,0.4);
sig=[sig1;zeros(8,1);sig2+sig3];
%时域波形
figure(1);
www.eeworm.com/read/402476/11534313
v alu.v
module alu(ina,inb,op,less,cin,out,set);//1bit的ALU单元
input ina,inb,less,cin;//输入信号，包括两个输入口ina，inb，less信号以及低位进位信号
input [3:0] op;//4bit的ALU控制信号
output out,set;//输出out为结果，set为加法器的结果，作小于则置1时用
reg a,b,out
www.eeworm.com/read/262288/11594343
m f6_3.m
%产生三分量信号
N=60;
%%信号分量1
[sig1,ifl1]=fmsin(N,0.15,0.35,50,1,0.35,1);
%%信号分量2
[sig2,ifl2]=fmlin(N,0.3,0.1);
%%信号分量3
[sig3,ifl3]=fmconst(N,0.4);
sig=[sig1;zeros(8,1);sig2+sig3];
%时域波形
figure(1);
www.eeworm.com/read/257196/11944808
m samp9_10.m
%Samp9_10
Fs=10000; %信号采样频率
randn('state',0); %设置随机状态初始值
x = randn(16384,1); %产生第一个白噪声信号
y= randn(16384,1); %产生第二个白噪声信号
z=2*sin(2*pi*1000*[1:16384]'/Fs)+randn(16384,1);%产生含周期成分的噪声信号
[Px
www.eeworm.com/read/130981/14164656
c pipe.c
/*
* linux/fs/pipe.c
*
* (C) 1991 Linus Torvalds
*/
#include // 信号头文件。定义信号符号常量，信号结构以及信号操作函数原型。
#include // 调度程序头文件，定义了任务结构task_struct、初始任务0 的数据，
// 还有一些有关描述符参数设置和获取的嵌入式汇编函
www.eeworm.com/read/225679/14526128
m f6_3.m
%产生三分量信号
N=60;
%%信号分量1
[sig1,ifl1]=fmsin(N,0.15,0.35,50,1,0.35,1);
%%信号分量2
[sig2,ifl2]=fmlin(N,0.3,0.1);
%%信号分量3
[sig3,ifl3]=fmconst(N,0.4);
sig=[sig1;zeros(8,1);sig2+sig3];
%时域波形
figure(1);
www.eeworm.com/read/207230/15279080
m f6_3.m
%产生三分量信号
N=60;
%%信号分量1
[sig1,ifl1]=fmsin(N,0.15,0.35,50,1,0.35,1);
%%信号分量2
[sig2,ifl2]=fmlin(N,0.3,0.1);
%%信号分量3
[sig3,ifl3]=fmconst(N,0.4);
sig=[sig1;zeros(8,1);sig2+sig3];
%时域波形
figure(1);
www.eeworm.com/read/473523/6845381
m f6_3.m
%产生三分量信号
N=60;
%%信号分量1
[sig1,ifl1]=fmsin(N,0.15,0.35,50,1,0.35,1);
%%信号分量2
[sig2,ifl2]=fmlin(N,0.3,0.1);
%%信号分量3
[sig3,ifl3]=fmconst(N,0.4);
sig=[sig1;zeros(8,1);sig2+sig3];
%时域波形
figure(1);
www.eeworm.com/read/249631/12483971
m f6_3.m
%产生三分量信号
N=60;
%%信号分量1
[sig1,ifl1]=fmsin(N,0.15,0.35,50,1,0.35,1);
%%信号分量2
[sig2,ifl2]=fmlin(N,0.3,0.1);
%%信号分量3
[sig3,ifl3]=fmconst(N,0.4);
sig=[sig1;zeros(8,1);sig2+sig3];
%时域波形
figure(1);
www.eeworm.com/read/200623/15428417
m f6_3.m
%产生三分量信号
N=60;
%%信号分量1
[sig1,ifl1]=fmsin(N,0.15,0.35,50,1,0.35,1);
%%信号分量2
[sig2,ifl2]=fmlin(N,0.3,0.1);
%%信号分量3
[sig3,ifl3]=fmconst(N,0.4);
sig=[sig1;zeros(8,1);sig2+sig3];
%时域波形
figure(1);