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📁 经典的matlab网络教程。将rar内所有文件解压缩到一个根目录下
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<!--<center><h2>MATLAB 程式设计与应用</h2><h3> by <a href="msgs0.htm#1" tppabs="http://ins22web.seu.edu.cn/xuray/netschool/mlbook/tppmsgs/msgs0.htm#1">张智星</a> (Roger Jang) </h3></center>-->
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    <td><font SIZE="+4" COLOR="#FFFF00" FACE="标楷体">《 MATLAB 程式设计与应用》</font>&nbsp;</td>
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<p align="center">【网路版】</font> </p>

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<p><a NAME="news"></a><img SRC="images/redball.gif" tppabs="http://ins22web.seu.edu.cn/xuray/netschool/mlbook/redball.gif" WIDTH="14" HEIGHT="14"> <strong><a HREF="index-2.htm" tppabs="http://ins22web.seu.edu.cn/xuray/netschool/mlbook/index-2.htm">MATLAB基本运算</a></strong></p>

<h4><img SRC="images/redball.gif" tppabs="http://ins22web.seu.edu.cn/xuray/netschool/mlbook/redball.gif" WIDTH="14" HEIGHT="14"> <a HREF="index-3.htm" tppabs="http://ins22web.seu.edu.cn/xuray/netschool/mlbook/index-3.htm">MATLAB基本平面绘图</a></h4>

<h4><img SRC="images/redball.gif" tppabs="http://ins22web.seu.edu.cn/xuray/netschool/mlbook/redball.gif" WIDTH="14" HEIGHT="14"> <a HREF="index-1.htm" tppabs="http://ins22web.seu.edu.cn/xuray/netschool/mlbook/index-1.htm">MATLAB基本立体绘图</a></h4>

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<h1 align="center">Interesting MATLAB (V4) Demos</h1>

<ul>
  <li>XY and XYZ plots</li>
  <ul>
    <li>graf2d --&gt; XY plots</li>
    <li>graf2d2 --&gt; XYZ plots (including volume)</li>
    <li>hndlgraf --&gt; handle graphics for line plots</li>
    <li>hndlaxis --&gt; handle graphics for axes</li>
    <li>graf3d --&gt; handle graphics for surface plots</li>
  </ul>
  <li>Complex function 3D plots</li>
  <ul>
    <li>grafcplx, cplxdemo --&gt; complex XYZ plots</li>
  </ul>
  <li>Contours</li>
  <ul>
    <li>xpgallry quivdemo --&gt; quiver</li>
  </ul>
  <li>Animation</li>
  <ul>
    <li>lorenz --&gt; Lorenz attractor</li>
  </ul>
  <li>MOVIE</li>
  <ul>
    <li>xpmovie vibes --&gt; L-shaped membrane</li>
    <li>xpmovie crulspin --&gt; spinning toroid (aka cruller)</li>
    <li>xpmovie logospin --&gt; spinning logo (L-shaped membrane)</li>
    <li>sqdemo --&gt; superquadrics</li>
  </ul>
  <li>Fourier</li>
  <ul>
    <li>sshow sunspots --&gt; Fourier analysis of sunspot data</li>
    <li>fourier --&gt; Fourier series to approximate a square wave (Gibb effect)</li>
    <li>fftdemo --&gt; to extract two major components in a noise time series</li>
  </ul>
  <li>Data fitting</li>
  <ul>
    <li>sshow fitdemo --&gt; nonlinear data fitting</li>
    <li>census --&gt; prediction of world population</li>
    <li>spline2d --&gt; spline for data fitting; data supplied by clicking mouse</li>
  </ul>
  <li>Sparse matrix</li>
  <ul>
    <li>sshow buckydem --&gt; soccer ball (Buckminster Fuller geodesic dome)</li>
    <li>sshow sparsity --&gt; reordering of nodes</li>
    <li>airfoil --&gt; display sparse matrix from NASA airfoil</li>
    <li>sepdemo --&gt; orderings and separators for a finite element mesh</li>
  </ul>
  <li>Games</li>
  <ul>
    <li>xpbombs --&gt; mine sweeping</li>
    <li>life --&gt; life game</li>
    <li>bblwrap --&gt; push me!</li>
    <li>makemaze --&gt; maze traverse</li>
  </ul>
  <li>Gallery of 3D objects</li>
  <ul>
    <li>knot</li>
    <li>xpgallry klein1 --&gt; Klein bottle</li>
    <li>xpgallry tori4 --&gt; four-linked unknotted tori</li>
    <li>xpgallry spharm2 --&gt; spherical harmonics</li>
    <li>xpgallry cruller --&gt; cruller (toroid)</li>
    <li>xpklein --&gt; Klein bottle</li>
  </ul>
  <li>Other gallery</li>
  <ul>
    <li>xpgallry modes --&gt; 12 modes of the L-shaped membrane</li>
    <li>xpgallry logo --&gt; logo of TMW</li>
    <li>xpquad --&gt; various version of Barr's superquadrics</li>
    <li>truss --&gt; 12 natural bending mode of a 2D truss</li>
    <li>travel --&gt; travel salesman problem</li>
    <li>wrldtrv --&gt; great circle flight paths and distances</li>
    <li>makevase --&gt; make a vase by clicking</li>
    <li>spinner --&gt; screen saver of lines</li>
    <li>delsqdem --&gt; finite difference Laplacian on various domains</li>
    <li>xpsound --&gt; sound</li>
    <li>funfuns --&gt; zero finding, minimization, and integration of one-input functions</li>
    <li>sshow e2pi --&gt; e^pi or pi^e</li>
    <li>quake --&gt; earth quake wave visualization</li>
    <li>penny --&gt; visualization of a penny</li>
    <li>imageext --&gt; change colormap of images</li>
    <li>earthmap --&gt; various views of the earth</li>
  </ul>
  <li>SIMULINK</li>
  <ul>
    <li>vdp --&gt; Van der Pol equations</li>
    <li>bounce --&gt; bouncing ball</li>
    <li>simppend --&gt; simple pendulum</li>
    <li>onecart --&gt; mass-spring system</li>
    <li>dblcart1 --&gt; mass-spring system (two masses)</li>
    <li>dblpend1 --&gt; double-pendulum system</li>
    <li>dblpend2 --&gt; double-pendulum system</li>
    <li>penddemo --&gt; inverted pendulum (slow!)</li>
  </ul>
  <li>Optim. toolbox (help optim)</li>
  <ul>
    <li>bandem --&gt; expo-style banana optimization</li>
    <li>bandemo --&gt; command-line-style banana optimization</li>
  </ul>
  <li>Signal processing toolbox (help signal)</li>
  <ul>
    <li>sshow filtdem --&gt; filter effect demo</li>
    <li>sshow filtdem2 --&gt; filter design demo</li>
    <li>cztdemo --&gt; FFT and CZT (two different Z-transform algorithms)</li>
    <li>phone.m --&gt; display time and frequency (and sound) of touch tone phone pad</li>
    <li>sigdemo1.m --&gt; time and freq. plots of discrete signals (mouse dragging)</li>
    <li>sigdemo2.m --&gt; time and freq. plots of continuous signals (mouse dragging)</li>
    <li>filtdemo.m --&gt; interactive design of lowpass digital filters</li>
    <li>moddemo.m --&gt; modulation scheme (voice signal)</li>
    <li>sosdemo.m --&gt; slice plot of a digital filter</li>
  </ul>
  <li>NN toolbox (help nnets)</li>
  <ul>
    <li>neural --&gt; printed character recognition</li>
  </ul>
  <li>IP toolbox (help images)</li>
  <ul>
    <li>imdemo --&gt; general demo</li>
    <li>xpimage --&gt; enhancement</li>
    <li>firdemo --&gt; 2D FIR filters</li>
    <li>nlfdemo --&gt; nonlinear filters</li>
    <li>dctdemo --&gt; DCT demo</li>
  </ul>
  <li>Fuzzy Logic Toolbox:</li>
  <ul>
    <li>invkine: inverse kinematics</li>
    <li>juggler: ball juggling</li>
    <li>fcmdemo: FCM</li>
    <li>slcp: cart and pole</li>
    <li>slcp1: cart and a varying pole</li>
    <li>slcpp1: cart and two varying pole</li>
    <li>sltbu: truck backup</li>
    <li>slbb: ball and beam</li>
    <li>fuzpcr: OCR (PCR?) using fuzzy logic (nearest neighbor classification)</li>
  </ul>
  <li>Soft Computing Toolbox</li>
  <ul>
    <li>taylor: polynomial fitting and Taylor series expansion</li>
    <li>sddemo: demo of using steepest descent on the peaks function</li>
    <li>percepdm: demo of single-layer perceptron</li>
    <li>mlpdm1: Curve fitting using MLP</li>
    <li>mlpdm2: XOR problem using MLP</li>
    <li>rbfndm1: Curve fitting using RBFN</li>
  </ul>
</ul>

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