代码搜索：Raspberry Pi
找到约 10,000 项符合「Raspberry Pi」的源代码
代码结果 10,000
www.eeworm.com/read/310750/13644569
asv bpsk.asv
%BPSK的AWGN分析归一化
clear
figure(34)
hold on;
% for ii=1:100
clear
fc = 10e3;
fs = 100e3;
ts=1/fs;
m=200;%m是码元数，自己随便定义
n=10;%n是每个码元取点数，即对应的正弦波4个周期取多少个点
a=sj(m,n);
%sj(m,n)的解释参见sj.m,sj(m,20)的
www.eeworm.com/read/310750/13644573
m bpsk.m
%BPSK的AWGN分析归一化
clear
figure(34)
hold on;
% for ii=1:100
clear
fc = 10e3;
fs = 100e3;
ts=1/fs;
m=200;%m是码元数，自己随便定义
n=10;%n是每个码元取点数，即对应的正弦波4个周期取多少个点
a=sj(m,n);
%sj(m,n)的解释参见sj.m,sj(m,20)的
www.eeworm.com/read/308758/13693305
m loop.m
%This program print pattern for Loop Antenna by giving the radius of your
%Loop and the wavelength you work with
%Have a nice Pattern "Arabia Tech"
lamda=input('enter the value of wave length= ');
www.eeworm.com/read/308758/13693306
m twa.m
%This program print pattern for TWA by giving the length of your Line
%and the wavelength you work with
%Have a nice Pattern "Arabia Tech"
lamda=input('enter the value of wave length= ');
l=input(
www.eeworm.com/read/308758/13693308
m linear_array.m
%This program print pattern for linear Array (uniform) Antenna by giing
%N,alfa,d
%and the wavelength you work with
%if you want full pattern maultiply this pattern by any Antenna pattern
%Have a
www.eeworm.com/read/308602/13698931
m e0208.m
t1=linspace(0,2*pi,5) %从0到2*pi等分成5个点
linspace(1,8,8)
linspace(1,8,1)
t2=logspace(0,2,3) %从1到100（即101到102）按对数等分成3个点
www.eeworm.com/read/308602/13698934
m e0242.m
x=5317;y=int2str(x)
p=num2str(pi,7)
a=[1 2 3;4 5 6] ;
b=mat2str(a)
str=sprintf('The value of pi=%8.6f.',pi)
www.eeworm.com/read/308602/13698994
m e0550.m
syms x
syms p real
int(1/x^p,x,1,inf)
%对第二个积分输入命令:
int(1/(2*pi)^(1/2)*exp(-x^2/2),-inf,inf)
%对后一个积分输入命令:
int(1/(1-x)^2,0,2)
www.eeworm.com/read/308602/13699007
m e0602.m
x=1:pi/100:4;
y=2*exp(-0.5*x).*log(2*pi*x);%y的结果为数组乘运算
plot(x,y)
www.eeworm.com/read/308602/13699056
m e0605.m
x=-pi:pi/10:pi;xx=x+(x==0&x==pi&x==-pi)*eps;%补充真数为零的点
yy=log(abs(sin(xx)));plot(x,yy)
title('This is figure of the five example. '); %给图形加上标题
axis([-3.2 3.2 -45 0])
xlabel('x'),ylabel('yy');grid o