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/481451/6641203
m tsp.m
function tsp()
clc
N=30;
a=0.6;
t0=10;
tf=0.001;
xx(1)=87;yy(1)=7;
xx(2)=91;yy(2)=38;
xx(3)=83;yy(3)=46;
xx(4)=71;yy(4)=44;
xx(5)=64;yy(5)=60;
xx(6)=68;yy(6)=69;
xx(7)=83;yy(7)=69;
xx(8)=
www.eeworm.com/read/402094/11543220
m hpb2.m
load('sa1y1.mat');
figure;plot(y1)
L = 1024;
phyper = fftshift(periodogramse(y1,ones(size(y1)),L));
L1 = L/8;
phyb = fftshift(bartlettse(y1,L1,L1));
phyw = fftshift(welchse(y1,hanning(L1),L1/2,L1)
www.eeworm.com/read/130881/14170490
hpp~ fnconst.hpp~
// Pi implementation -*- C++ -*-
//
// Copyright (C) 2005 Ben T. Bear
//
// This file is published under GNU GPL 2.0. See more in "copy.hpp".
// #include "copy.hpp"
#ifndef __bt2il_fn_const_hpp
#def
www.eeworm.com/read/130881/14170522
hpp fnconst.hpp
// Pi implementation -*- C++ -*-
//
// Copyright (C) 2005 Ben T. Bear
//
// This file is published under GNU GPL 2.0. See more in "copy.hpp".
// #include "copy.hpp"
#ifndef __bt2il_fn_const_hpp
#def
www.eeworm.com/read/126342/14428005
m tsp.m
function tsp()
clc
N=10;
t0=10;
tf=0.7;
xx(1)=0.4;yy(1)=0.4493;
xx(2)=0.2493;yy(2)=0.1463;
xx(3)=0.1707;yy(3)=0.2293;
xx(4)=0.2293;yy(4)=0.7610;
xx(5)=0.5171;yy(5)=0.9414;
xx(6)=0.8732;yy(6)
www.eeworm.com/read/216806/14991757
m sample_proposal.m
function particle= sample_proposal(particle, z,idf, R)
% Compute proposal distribution, then sample from it, and compute new
% particle weight.
xv= particle.xv;
Pv= particle.Pv;
xv0= xv;
Pv0=
www.eeworm.com/read/161121/5560271
h hubpi_next.h
/* $Id$
*
* This file is subject to the terms and conditions of the GNU General Public
* License. See the file "COPYING" in the main directory of this archive
* for more details.
*
* Copyright
www.eeworm.com/read/473000/6853660
m ray_doppler.m
function r=ray_doppler(fm,M,dt,N)
T=N*dt-dt;
t=0:dt:T;
c=sqrt(2/M);w=2*pi*fm;x=zeros(1,N);y=zeros(1,N);
for n=1:M
alpha=(2*pi*n-pi+(2*pi*rand-pi))/(4*M);
ph1=2*pi*rand-pi;
ph2=2*pi*rand-pi;
x
www.eeworm.com/read/473009/6854214
m rice_doppler.m
function r=rice_doppler(fm,M,dt,N,Kdb)
T=N*dt-dt;
K=10^(Kdb/10);
const=1/(2*(K+1));
t=0:dt:T;
c=sqrt(2/M);w=2*pi*fm;x=0;y=0;
for n=1:M
alpha=(2*pi*n-pi+(2*pi*rand-pi))/(4*M);
ph1=2*pi*rand-p