代码搜索：continuous-time
找到约 199 项符合「continuous-time」的源代码
代码结果 199
www.eeworm.com/read/488277/6491267
m p5_2.m
% Program P5_2
% Illustration of Aliasing Effect in the Time-Domain
% Program adapted from [Kra94] with permission from
% The Mathworks, Inc., Natick, MA.
clf;
T = 0.1;f = 13;
n = (0:T:1)';
xs
www.eeworm.com/read/221024/14761751
html http:^^www.cs.tulane.edu^www^drakunov.sergey^courses^elen321.html
Date: Tuesday, 26-Nov-96 18:59:55 GMT
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www.eeworm.com/read/248284/12585651
m p5_2.m
% Program P5_2
% Illustration of Aliasing Effect in the Time-Domain
% Program adapted from [Kra94] with permission from
% The Mathworks, Inc., Natick, MA.
clf;
T = 0.1;f = 13;
n = (0:T:1)';
xs
www.eeworm.com/read/392021/8366915
m evalmixedtf.m
function H=evalMixedTF(tf,f,df)
% H=evalMixedTF(tf,f)
% Compute the mixed transfer function tf at a frequency f.
% tf is a struct array with fields Hs and Hz wich represent
% a continuous-time/discre
www.eeworm.com/read/182900/9186749
m evalmixedtf.m
function H=evalMixedTF(tf,f,df)
% H=evalMixedTF(tf,f)
% Compute the mixed transfer function tf at a frequency f.
% tf is a struct array with fields Hs and Hz wich represent
% a continuous-time/discre
www.eeworm.com/read/418151/10964333
m evalmixedtf.m
function H=evalMixedTF(tf,f,df)
% H=evalMixedTF(tf,f)
% Compute the mixed transfer function tf at a frequency f.
% tf is a struct array with fields Hs and Hz wich represent
% a continuous-time/discre
www.eeworm.com/read/333524/12677465
m evalmixedtf.m
function H=evalMixedTF(tf,f,df)
% H=evalMixedTF(tf,f)
% Compute the mixed transfer function tf at a frequency f.
% tf is a struct array with fields Hs and Hz wich represent
% a continuous-time/discre
www.eeworm.com/read/264046/11331606
m contents.m
% Captain Toolbox
% Version 5.6 16-Feb-2006
%
% Unobserved Components Models.
% dhr - Dynamic Harmonic Regression analysis.
% dhropt - DHR hyper-parameter estimation.
% irwsm
www.eeworm.com/read/424063/10499504
m lqry.m
function [k,s,e] = lqry(a,b,c,d,q,r)
%LQRY Linear quadratic regulator design with output weighting
% for continuous-time systems.
%
% [K,S,E] = LQRY(A,B,C,D,Q,R) calculates the optimal feedback
%
www.eeworm.com/read/303351/13817565
m tf.m
function sys=tf(r,t)
%TF Convert Rational Polynomial Object to TF Object in Control Toolbox. (MM)
% TF(R) converts the rational polynomial R into a continuous-time TF object.
% TF(R,T) converts R into