代码搜索：Modeling
找到约 1,801 项符合「Modeling」的源代码
代码结果 1,801
www.eeworm.com/read/32036/1030888
m initial_track.m
% modeling data
% sample number N=200 points
% sample time T=0.1s
t=0:0.1:20-0.1;
T=0.1; % sample time
v=0.5; % initial velocity
y=ones(1,200);
y(1)=0;
for n=2:200;
www.eeworm.com/read/303435/3812603
xdemo4
#! /bin/sh
# Sufdmod2 --- example script for sufdmod2
# finite-difference modeling, part 2 the output files
# Author: John Stockwell
WIDTH=450
HEIGHT=450
WIDTHOFF1=20
WIDTHOFF2=510
WIDTHOFF3=930
HEIGH
www.eeworm.com/read/303435/3812609
xdemo2
#! /bin/sh
# Sufdmod2 --- example script for sufdmod2
# finite-difference modeling, part 2 the output files
# Author: John Stockwell
WIDTH=450
HEIGHT=450
WIDTHOFF1=50
WIDTHOFF2=530
HEIGHTOFF1=50
HEIGH
www.eeworm.com/read/303435/3812621
xdemo3
#! /bin/sh
# Sufdmod2 --- example script for sufdmod2_pml
# finite-difference modeling: part 1, the movie
# Author: John Stockwell
WIDTH=450
HEIGHT=450
WIDTHOFF1=10
WIDTHOFF2=500
HEIGHTOFF1=50
HEIGHTO
www.eeworm.com/read/303435/3812622
xdemo4
#! /bin/sh
# Sufdmod2 --- example script for sufdmod2
# finite-difference modeling, part 2 the output files
# Author: John Stockwell
WIDTH=450
HEIGHT=450
WIDTHOFF1=20
WIDTHOFF2=510
WIDTHOFF3=930
HEIGH
www.eeworm.com/read/303435/3812626
xdemo2
#! /bin/sh
# Sufdmod2 --- example script for sufdmod2
# finite-difference modeling, part 2 the output files
# Author: John Stockwell
WIDTH=450
HEIGHT=450
WIDTHOFF1=50
WIDTHOFF2=530
HEIGHTOFF1=50
HEIGH
www.eeworm.com/read/303435/3812964
xplot
#! /bin/sh
# shell for Kirchhoff modeling for arbitrary v(x,z)
# plot velocity profile
suxmovie < data.seis -geometry 600x600+0+0 \
perc=99 \
label1="Time (s)" label2="Trace number." \
title="Inp
www.eeworm.com/read/364212/2907613
m addnoise.m
function m_noisy = addnoise(m,sigma)
global nr_subcarriers
global Ex
% function [m2,n] = addnoise(m1,SNR_db)
% modeling a AWGN channel by adding some noise
% m: input signal
% SNT_db : S
www.eeworm.com/read/392221/8356805
m track.m
% modeling data
% sample number N=200 points
% sample time T=0.1s
t=0:0.1:20-0.1;
T=0.1; % sample time
v=0.5; % initial velocity
y=ones(1,200);
y(1)=0;
for n=2:200;
www.eeworm.com/read/367053/9785403
m initial_track.m
% modeling data
% sample number N=200 points
% sample time T=0.1s
t=0:0.1:20-0.1;
T=0.1; % sample time
v=0.5; % initial velocity
y=ones(1,200);
y(1)=0;
for n=2:200;