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/407141/11428541
m z_cr.m
function Z = Z_CR(omega, R0, tau, c, m);
% Z = Z_CR(omega, R0, tau, c, m);
%
% Z_CR.m is part of the CR1Dmod forward modeling package, and contains
% the code used to calculate the Cole-Cole res
www.eeworm.com/read/405379/11464089
m chtry.m
function [env,I,Q]= chtry(userNum,sampleNum,fm)
%WLAN channel modeling
%Zukang Shen
%04/15/02
%Ts=50e-9*10000*2/20; %time sample interval
Ts=1e-3;
N=200; %number of input waves
n=[0:N-1];
www.eeworm.com/read/221024/14773434
html http:^^www.cs.cornell.edu^info^projects^simlab^people.html
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Date: Monday, 25-Nov-96 00:31:17 GMT
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Cornell CS Modeling a
www.eeworm.com/read/221024/14774245
html http:^^www.cs.cornell.edu^info^projects^simlab^overview.html
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Cornell CS Modeling an
www.eeworm.com/read/303435/3812885
synlv
#! /bin/sh
# shell for Kirchhoff modeling for linear v(x,z)
set -x
nt=725 dt=0.004 ft=0.0 tmin=0.2 nxs=6 dxs=0.3 fxs=0.05
fxo=0.1 dxo=0.025 nxo=60
fpeak=30 er=0 ls=1
susynlv nt=$nt dt=$dt ft=$
www.eeworm.com/read/303435/3813111
synlv
#! /bin/sh
# shell for Kirchhoff modeling for linear v(x,z)
set -x
nt=1000 dt=0.004 ft=0.0 tmin=0.0
fxs=0.0 dxs=0.05 nxs=150
fxo=0.0 dxo=0.05 nxo=40
fpeak=30 er=0 ls=0
susynlvfti smooth=1 nt=$nt
www.eeworm.com/read/388600/2548920
c afdmc__.c
/* time-domain acoustic FD modeling */
#include
int main(int argc, char* argv[])
{
/* Laplacian coefficients */
float c0=-30./12.,c1=+16./12.,c2=- 1./12.;
bool verb; /*
www.eeworm.com/read/388600/2548923
f90 afdmf90.f90
! time-domain acoustic FD modeling
program AFDMf90
use rsf
implicit none
! Laplacian coefficients
real :: c0=-30./12.,c1=+16./12.,c2=- 1./12.
logical :: verb ! verbose flag
t
www.eeworm.com/read/428608/8856281
m pzls.m
function [a,b,V,FPE]=pzls(y,x,p,q)
% function [a,b,V,FPE]=pzls(y,x,p,q)
% Pole-zero modeling using equation-error
% (=> linear) least-squares
% Model parameters [1 a1...ap 1 b1...bq V]
% V=input
www.eeworm.com/read/282317/9102256
m pzls.m
function [a,b,V,FPE]=pzls(y,x,p,q)
% function [a,b,V,FPE]=pzls(y,x,p,q)
% Pole-zero modeling using equation-error
% (=> linear) least-squares
% Model parameters [1 a1...ap 1 b1...bq V]
% V=input