代码搜索：matlab、人工免疫
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www.eeworm.com/read/233572/14146773
txt readme.txt
在matlab中，设置当前的目录为工作目录，在命令行中输入fpextractdemo，即可运行程序。
www.eeworm.com/read/233292/14159208
m ex3_23.m
X=input('Enter X:');
E=zeros(size(X));
F=eye(size(X));
n=1;
while norm(F,1)>0
E=E+F;
F=F*X/n;
n=n+1;
end
E
xpm(X) %调用MATLAB矩阵指数函数求矩阵指数
www.eeworm.com/read/130982/14164295
cat delfix.cat
function [vtx_n,simp_n] = delfix(vtx,simp)
Auxiliary function to remove the zero area faces
produced by Matlab's delaunay triangulation
vtx = The vertices matrix
simp = The simplices matrix
www.eeworm.com/read/232704/14184665
m ch3_28.m
load west0479; %加载MATLAB 7.0自带的一个稀疏矩阵
S = west0479;
[L,U,P] = luinc(S,'0'); %做不完全LU分解
figure(1); %新开一个图形显示窗口
subplot(2,3,1);
www.eeworm.com/read/232704/14184914
m actexcel.m
excel=actxserver('Excel.Application');%启动Excel并返回名为excel的Activex服务器对象
disp('为看清Excel界面及其变化，请把MATLAB界面调整的远小于屏幕！')
disp('按任意键，将可看到“Excel界面”出现。')
pause
set(excel,'Visible',1); %使开启的Excel默认界面可见
dis
www.eeworm.com/read/232660/14186576
m picture.m
function [Output]=Picture(filename);
A=textread(filename);
for n=1:3;
plot=stairs(A(:,n))
C=std(A');
D=C';
end
xlabel('波段');
title('coff');
Output=[plot];
grid on;
save d:\MATLA
www.eeworm.com/read/232571/14192782
h libmatlbmx.h
/* $Revision: 1.1 $ */
/*
* Copyright (c) 1984-1998 by The MathWorks, Inc.
* All Rights Reserved.
*/
/*
* MATLAB Compiler: 2.1
* Date: Wed Sep 27 18:58:18 2000
* Arguments: "-B" "macro
www.eeworm.com/read/232571/14192831
h engine.h
/*
* @(#)engine.h generated by: makeheader Sun Oct 31 23:20:48 1999
*
* built from: copyright.h
* ../../src/extern/engintrf.c
* ../../src/extern/engapiv4.c
*/
#ifndef engin
www.eeworm.com/read/130195/14204017
boost readme.boost
A collection of Matlab scripts to boost a Matlab neural network
Requires Matlab Neural Network toolbox.
Script P450bskel.m reads data files (not supplied) and the calls
other scripts to perform boost
www.eeworm.com/read/232055/14209532
m examp3_21.m
syms x; f=abs(x)/x; % 定义方波信号
xx=[-pi:pi/200:pi]; xx=xx(xx~=0); xx=sort([xx,-eps,eps]); % 剔除零点
yy=subs(f,x,xx); plot(xx,yy), hold on % 绘制出理论值并保持坐标系
for n=2:20
[a,b,f1]=fseries(f,x,n), y1=subs