代码搜索：Raspberry Pi
找到约 10,000 项符合「Raspberry Pi」的源代码
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www.eeworm.com/read/317707/13499251
m dipole.m
% Radar Cross Section of Dipole
% -------------------------------
clc;clf;clear;
l=.03/4; % Half Wave Resonance in X-band
Sig=[];Sigf=[];
% Vary angle aspect
M=8;
for Ang=pi*(1/M:
www.eeworm.com/read/317326/13505879
m sa_ex7_10.m
% Min-Norm AOA estimation for a M = 6 element array with noise variance = .1
tic
M=6;
D = 2; % number of signals
sig2=.1;
th1=-5*pi/180;
th2=5*pi/180;
a1=[1];
a2=[1];
a=[1];
F=[1;1];
tem
www.eeworm.com/read/317326/13505880
m sa_fig7_10.m
% Min-Norm AOA estimation for a M = 6 element array with noise variance = .1
figure;
M=6;
D = 2; % number of signals
sig2=.1;
th1=-5*pi/180;
th2=5*pi/180;
a1=[1];
a2=[1];
temp=eye(M);
u
www.eeworm.com/read/317326/13505886
m sa_ex7_11.m
% MUSIC AOA estimation for a M = 6 element array with noise variance = .1
tic
M=6;
D = 2; % number of signals
sig2=.1;
th1=-5*pi/180;
th2=5*pi/180;
a1=[1];
a2=[1];
for i=2:M
a1=[a1
www.eeworm.com/read/316212/13528368
c expfft01.c
extern void InitC5402(void);
extern void OpenMcBSP(void);
extern void CloseMcBSP(void);
extern void READAD50(void);
extern void WRITEAD50(void);
/***********************************************
www.eeworm.com/read/315751/13536903
m diffint.m
% diffint.m - generalized Fresnel diffraction integral
%
% Usage: F = diffint(v,s,a,c1,c2)
% F = diffint(v,s,a) (equivalent to c1=-1, c2=1)
% F = diffint(v,s) (equi
www.eeworm.com/read/315751/13536925
m yagi.m
% yagi.m - simplified Yagi-Uda array design
%
% Usage: [I,D,Rfb] = yagi(L,a,d)
%
% L = dipole lengths (in wavelengths) = [L1,L2,..,LK]
% a = dipole diameters = [a1,a2,...,aK]
% d = dipole locati
www.eeworm.com/read/315127/13551177
m lag.m
function s=lagrange(t,n)
for i=1:n
h=2*pi/n;
x(i)=i*h;
end
s=0;
for i=1:n
l=1;
for j=1:n
if j~=i
l=l*(t-x(j))/(x(i)-x(j));
end
end
s=s+
www.eeworm.com/read/314631/13562969
m exm030202.m
a=2.7358; b=33/79;
C=[1,2*a+i*b,b*sqrt(a);sin(pi/4),a+5*b,3.5+i]
www.eeworm.com/read/314622/13563277
txt text.txt
origin is(20,200);
rot is 0;
scale is (40,40);
for T from 0 to 2*pi+pi/50 step pi/50 draw(t,sin(t));
origin is(20,240);
for T from 0 to 2*pi+pi/50 step pi/50 draw(t,sin(t));
origin is(20,280);