http:^^www.cs.washington.edu^homes^glinden^

This data set contains WWW-pages collected from computer science departments of various universities

<li>A. Walsh, <em>Foundations of Java</em>, IDG Books, 1996
<li><em>Le Meilleur de Java (The Best of Java)</em>, 1996
</ul>
<p>

<li>Here's my first Java applet, Linear Ballet.
<p>
<center>
<APPLET CODE="LinearBallet.class" WIDTH=400 HEIGHT=200>
<blockquote>
<em>
Oops!  You're not using a Java-capable browser.  Sorry.  No cool Java applets for you. </em>
</blockquote>
</APPLET>
</center>
<p>
<!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><!WA34><a href="http://www.cs.washington.edu/homes/glinden/LinearBallet.java">
The source</a> demonstrates using double-buffering to avoid flicker and using threads to give time to other running applets.  The code certainly could be cleaner, though, so don't expect a work of art here.
 <P>
<li>If you thought that was cool, you might have low enough standards
to be impressed by my
<!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><!WA35><a href =
"http://www.cs.washington.edu/homes/glinden/LGrammer/LGrammer.html">
LGrammer</a> or 
<!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><!WA36><a href = "http://www.cs.washington.edu/homes/glinden/particleTree.html">
Particle Tree
</a> applets.
Both draw trees.  The LGrammer trees look much more realistic than the
ParticleTree trees, but both are interesting. 
</ul>
<p>
<hr>
 <P>
I recently started a position as a 
<!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><!WA37><a href="http://www.jars.com/judge.htm">
JARS judge</a>, evaluating the Java applets that are submitted to the
<!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><!WA38><a href ="http://www.jars.com">
JARS</a> archive.  Very interesting work.
<p>
In the summer of 1995, I developed Dawn of Civilization, a
demonstration application showing that planning techniques can
successfully be applied in entertainment software, for Myriad
Software.  
<p>
At UCSD, I worked with Professor Rik Belew and Filippo Menzer on the
<!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><!WA39><a href = "http://www-cse.ucsd.edu/users/fil/lee/lee.html"> Latent
Energy Environments (LEE) </a> project, a tool for developing
artificial life models and experimenting with artificial neural
network and evolutionary learning in software enviroments.
 <P>
<hr>
<p>
<h4> Papers: </h4>
<ul>
<li>S. Hanks, N. Lesh, G. Linden, <em>Eliciting User Preferences:  The
Automated Travel Assitant</em>, Submitted to User Modeling 1996.
<li>S. Majeski, G. Linden, C. Linden, A. Spitzer, <em>Modeling Localized
Interaction:  Spatial Constraints in the Iterated Prisoner's Dilemma</em>,
Association of Economic Scientists 1996.
  <li> A. Krishnamoorthy, R. Paturi, M. Blume, G. Linden, L. Liden,
  S. Esener, <em> Hardware
Tradeoffs for Boolean Concept Learning</em>, World Congress on Neural
Networks, 1994, pg 551-559
  <li> G. Linden, <!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><!WA40><a href="http://www.cs.washington.edu/homes/glinden/RNNetsInIPD.ps"> Recurrent Neural Networks in the Iterated Prisoner's
Dilemma</a>, 1994  [Unpublished Honor's Thesis]
</ul>
 <P>
<hr>
 <P>
<!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><!WA41><a href="http://www.cs.washington.edu/homes/carlson/">
Adam Carlson</a>,
<!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><!WA42><a href="http://www.cs.washington.edu/homes/sparekh/">
Sujay Parekh</a>, and I wrote a fun
ray tracer 
as one of
the projects in
<!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><!WA43><a href="http://www.cs.washington.edu/education/courses/557">
CS557</a> (graduate computer graphics).  Here's some of the images...
<ul>
<li> <!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><!WA44><a href="http://www.cs.washington.edu/homes/glinden/Images/headless-horseman.jpg">The Headless Horseman</a>
<li> <!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><!WA45><a href="http://www.cs.washington.edu/homes/glinden/Images/headless-horseman-closeup.jpg">Closeup of the Headless Horseman</a>
<li> <!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><!WA46><a href="http://www.cs.washington.edu/homes/glinden/Images/chess.jpg">Chess Duel</a>
<li> <!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><!WA47><a href="http://www.cs.washington.edu/homes/glinden/Images/some-assembly-required.jpg">Some Assembly Required</a>
<li> <!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><!WA48><a href="http://www.cs.washington.edu/homes/glinden/Images/adaptSampleImage.jpg">Spheres</a>, an image with
reflection, transparency, shadows, distributed ray tracing, adaptive
sampling, and a mess of other cool things.  The patterns on the
spheres are because they're both transparent and reflective, causing
the rays to reflect and refract multiple times both from the surface
and internally.  
</ul>
<p>
We also made a 90 second computer animation called "The Strike".  The
animation was written using SGI Inventor and C code to manipulate the
3D models.  The original SGI movie file was 70mb.  We have made a
<!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><!WA49><a href="http://www.cs.washington.edu/homes/glinden/TheStrike.qt">
lower quality
27.5mb QuickTime movie</a>
 available and a 
<!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><!WA50><a href="http://www.cs.washington.edu/homes/glinden/TheStrikeSmall.qt">
very low quality 6.5mb
QuickTime movie</a> available.  Sorry, it just doesn't compress any
further than this (at least with anything resembling reasonable quality).
<p>
<hr>
 <P>
<ul> 
<li> <!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><!WA51><a href="http://dev.info.apple.com/">Mac Programming Stuff</a>
<li> <!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><!WA52><a href="http://www.unitedmedia.com/comics/dilbert/">Dilbert</a>
<li> <!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><!WA53><a href="http://cogsci.ucsd.edu">Cognitive Science at UCSD</a>
<li> <!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><!WA54><a href="http://www.cs.cmu.edu/Web/Groups/AI/html/repository.html">CMU AI Repository</a>
<li> <!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><!WA55><a href="http://alife.santafe.edu/alife/">Artificial Life Info</a>
</ul>
 <P>
<hr>
<P>
<H4>I can be occasionally found at:</H4>
<dl>
<dd> <!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><!WA56><A HREF="http://www.cs.washington.edu/homes/map/chateau.html">Chateau</A> (a.k.a. Guggenheim Annex) <!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><!WA57><A HREF="http://www.cs.washington.edu/homes/ddion/office/c109a.html">109A</A>
<dd> Box 352350
<dd> <!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><!WA58><a href="http://www.cs.washington.edu/">Computer Science & Engineering</a>
<dd> <!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><!WA59><a href="ftp://ftp.u.washington.edu/public/">University of Washington,</a> FR-35
<dd> <!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><!WA60><a href="http://www.cs.washington.edu/area/">Seattle, WA</a>    98195-2350
<dd> [phone]     
<dd> [phone] (fax)
</dl>

<p> <hr>
<address>

<!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><!WA61><a href = mailto:[e-mail]>
	[e-mail]</a>
  <br>
  Last modified: 
  5/27/96
</address>

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