代码搜索：plot
找到约 10,000 项符合「plot」的源代码
代码结果 10,000
www.eeworm.com/read/297942/7985082
m fig4_3.m
%This program generates Figure 4.3.
logpfa = .1:.05:25;
var = 10.^(logpfa ./ 10.0);
vtnorm = sqrt( log (var));
plot(logpfa, vtnorm,'k')
grid
www.eeworm.com/read/297900/7986315
m holder.m
function h=holder(tfr,f,n1,n2,t,pl)
%HOLDER Estimate the Holder exponent through an affine TFR.
% H=HOLDER(TFR,F,N1,N2,T) estimates the Holder exponent of a
% function through an affine time-frequenc
www.eeworm.com/read/297900/7986410
m atoms.m
function [sig,locatoms]= atoms(N,coord);
%ATOMS Linear combination of elementary Gaussian atoms.
% [SIG,LOCATOMS] = ATOMS(N,COORD)
% generates a signal consisting in a linear combination of elementar
www.eeworm.com/read/297900/7986416
m plotifl.m
function plotifl(t,iflaws);
%PLOTIFL Plot normalized instantaneous frequency laws.
% PLOTIFL(T,IFLAWS) plot the normalized instantaneous frequency
% laws of each signal component.
%
% T : tim
www.eeworm.com/read/297846/7992495
m fig9_20.m
clear all
eps = 0.0000001;
npts = 5000;
del = 1./ 5000.;
t = 0. : del : 1.;
% generate input sequence
inp = 1.+ t.^3 + .5 .*t.^2 + cos(2.*pi*5 .* t) ;
% read the intial estimate for the state v
www.eeworm.com/read/297846/7992541
m fig9_21.m
clear all
eps = 0.0000001;
npts = 5000;
del = 1./ 5000.;
t = 0. : del : 1.;
% generate input sequence
inp = 1.+ t.^3 + .5 .*t.^2 + cos(2.*pi*5 .* t) ;
% read the intial estimate for the state v
www.eeworm.com/read/297846/7992619
m fig9_28.m
clear all
npts = 2000;
del = 1/2000;
t = 0:del:1;
inp = (1+.2 .* t + .1 .*t.^2) + cos(2. * pi * 2.5 .* t);
X0 = [1,.1,.01]';
% it is assumed that the measurement vector H=[1,0,0]
% this is the
www.eeworm.com/read/297846/7992721
m fig9_27.m
clear all
npts = 2000;
del = 1/2000;
t = 0:del:1;
inp = (1+.2 .* t + .1 .*t.^2);% + cos(2. * pi * 2.5 .* t);
X0 = [1,.1,.01]';
% it is assumed that the measurmeny vector H=[1,0,0]
% this is the
www.eeworm.com/read/197261/8008633
m plrandom.m
for ii=1:100
a0=0;
a1=8e-6;
k=0.5;
j=sqrt(-1);
%di=[150];
di=150*rand(1,10);
%gi=[0.4];
gi=0.2*(rand(1,10)-0.5);
f=[1:1000]/1000*30e6;
for i=1:1000
Hf(i)=sum(gi.*exp(-(a0+a1*f(i)^k).*
www.eeworm.com/read/398034/8009054
m sa_fig6_3.m
% Envelope of two signals resulting from propagation over flat earth
% figure 6.3
x = 0:.01:4*pi;
figure;
for j=1:3
R=.3+(j-1)*.3
X=1+R*cos(x);
Y=R*sin(x);
env=sqrt(X.^2+Y.^2);