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bak dnw.cpp.bak

#define STRICT #define WIN32_LEAN_AND_MEAN #include #include #include #include #include #include #include
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m sec12_42.m

% Example of an LMI fesibility problem (Lyapunov equation) % % Copyright 1996-2003 Sigurd Skogestad & Ian Postlethwaite % $Id: Lyap_LMI.m,v 1 2004/26/04 kariwala Exp $ A = randn(4,4); setlmis
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m expl12_4.m

% Example of a Generalized eigenvalue problem (upper bound on mu) % % Copyright 1996-2003 Sigurd Skogestad & Ian Postlethwaite % $Id: Muup_LMI.m,v 1 2004/26/04 kariwala Exp $ % Delta: Structured
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txt readme.txt

Delphi VCLSkin 3.99 website : http://www.link-rank.com email : info@link-rank.com VCLSkin is an VCL library that extend Delphi application with skinnable user interface . Unlike
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m il4_8fun.m

% The function needed in Illustrative Problem 8, Chapter 4. function f=il4_8fun(x,p) f=1/sqrt(2*pi)*exp((-(x-p).^2)/2).*log2(2./(1+exp(-2*x.*p)));
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m ip_01_01.m

% MATLAB script for Illustrative Problem 1, Chapter 1. clear n=[-20:1:20]; x=abs(sinc(n/2)); stem(n,x);
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m ip_07_11.m

% MATLAB script for Illustrative Problem 11, Chapter 7 clear echo on num=[0.01 1]; den=[1 1.01 1]; [a,b,c,d]=tf2ss(num,den); dt=0.01; u=ones(1,2000); x=zeros(2,2001); for i=1:2000 x(:,i+1)
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m ip_04_04.m

% MATLAB script for Illustrative Problem 4.4. clear echo on ; a=[-10,-5,-4,-2,0,1,3,5,10]; for i=1:length(a)-1 y(i)=centroid('normal',a(i),a(i+1),0.001,0,1); echo off ; end
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m parallax.m

function [A,b] = parallax(n) %PARALLAX Stellar parallax problem with 28 fixed, real observations. % % [A,b] = parallax(n) % % Stellar parallax problem with 28 fixed, real observations. % % The underly
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m contents.m

% Regularization Tools. % Version 4.1 9-march-08. % Copyright (c) 1993 and 1998 by Per Christian Hansen and IMM. % % Demonstration. % regudemo - Tutorial introduction to Regularization Tools. % %