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txt readme.txt
15 GAUSS Functions programmed in MATLAB 16/02/98
-------------------------------------------------------
Prepared by:
Dr Anne-Sophie Vanroyen
Research Fellow
FERC, City University Business
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m set_my_path.m
%%%%%%%%%%%%%%% set_my_path.m %%%%%%%%%%%%%%%%%%%
% Discrete-Time Control Problems using %
% MATLAB and the Control System Toolbox %
% by J.H. Chow, D.K. Frederick, & N.W. Chbat
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m m1.m
% Matlab M-file for Exercise 1 of text.
% It plots the Simulation results of the vco circuit
% in Fig. 2.4 of the text. Labels on the traces can be
% applied using Matlab gtext.
plot(yout(:,1
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txt 新建 文本文档.txt
使用程序detsigularity.m调用多孔算法dyadicwaveletdecomp，可画出图形 (注：程序也许在MATLAB中编的。——杜）
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txt 代码27-22.txt
warning('MATLAB:paramAmbiguous', ...
'Ambiguous parameter name, "%s".', param) % param为变量
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txt readme.txt
The simulator GUI（图形使用者界面） is started with command 'ui_start' in Matlab command window.
WLAN（无线局域网） simulation starts by clicking the 'Start Simulation' button in the GUI window.
WLAN simulati
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m example5_11.m
%MATLAB PROGRAM example5_11.m
%
A=[1 -2 2;3 -7 -5;-6 -11 4];
B=[1;0;1];
C=[2 1 1];D=0;
[num,den]=ss2tf(A,B,C,D)
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m glnodewt.m
function [x,w] = GLNodeWt(n)
% GLNodeWt Nodes and weights for Gauss-Legendre quadrature of arbitrary order
% obtained by solving an eigenvalue problem
%
% Synopsis: [x,w] = GLNodeWt(n)
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m glagnodewt.m
function [x,w] = GLagNodeWt(n)
% GLagNodeWt Nodes and weights for Gauss-Laguerre quadrature of arbitrary order
% by solving an eigenvalue problem
%
% Synopsis: [x,w] = GLagNodeWt(n)
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m glnodewt.m
function [x,w] = GLNodeWt(n)
% GLNodeWt Nodes and weights for Gauss-Legendre quadrature of arbitrary order
% obtained by solving an eigenvalue problem
%
% Synopsis: [x,w] = GLNodeWt(n)