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<commit>
  <added type="array"/>
  <modified type="array">
    <modified>
      <diff>@@ -157,31 +157,40 @@ sketch
 - [[file:single-evolve/sketch.pde::void%20populationReset%20u8%20packet][population_reset]]
 
 *** experimental results (and playing with the big group)
+review the initial [[first_suite][initial experimental results]]
 
-*** next steps
+look at the speedup gained through using the big group (with
+[[file:scrutinizer.rb][scrutinizer.rb]])
 
-Let see if it's worthwhile to /meta-evolve/ GP parameters
-- central parameter tweaking :: using the ruby script which collects
-     results and has a central view of the state of the group to
-     deterministically reset the worst individual in the group at some
-     rate
-- distributed parameter tweaking :: allowing the boards to reset their
-     neighbors when they feel that they are not up to snuff
-
-Harder problems (in more sophisticated execution environments than RPN)
-- object code :: once generated, would it be possible to burn a .hex
-     file to a board and execute it in some safe manner?
-- simple ant language :: another simple on-board-evaluable language
-     like RPN with the differences of
-     - environment :: small 2d grid instead of a number stack
-     - individual representation :: instead of a string of numbers, a
-          set of rules which relate states of individual to actions
+*** next steps
+1) Evaluate the effect of multiple boards on run times
+
+2) Let see if it's worthwhile to /meta-evolve/ GP parameters
+  - central parameter tweaking :: using the ruby script which collects
+       results and has a central view of the state of the group to
+       deterministically reset the worst individual in the group at some
+       rate
+  - distributed parameter tweaking :: allowing the boards to reset their
+       neighbors when they feel that they are not up to snuff
+
+3) Harder problems (in more sophisticated execution environments than RPN)
+  - object code :: once generated, would it be possible to burn a .hex
+       file to a board and execute it in some safe manner?
+  - simple ant language :: another simple on-board-evaluable language
+       like RPN with the differences of
+       - environment :: small 2d grid instead of a number stack
+       - individual representation :: instead of a string of numbers, a
+            set of rules which relate states of individual to actions
 
 * Experiments
   :PROPERTIES:
   :CUSTOM_ID: experiments
   :END:
 ** first suite
+   :PROPERTIES:
+   :CUSTOM_ID: first_suite
+   :END:
+
 5 runs each of the following goals
 1) &quot;xx*&quot; $x^2$
 2) &quot;xxx**&quot; $x^3$</diff>
      <filename>gp4ixm.org</filename>
    </modified>
  </modified>
  <removed type="array"/>
  <parents type="array">
    <parent>
      <id>ecf45485ee754811de9a685f57c3062ab30a34ca</id>
    </parent>
  </parents>
  <author>
    <name>Eric Schulte</name>
    <email>schulte.eric@gmail.com</email>
  </author>
  <url>http://github.com/eschulte/gp4ixm/commit/eb6ebe0a4a26866047d779c910c8d08c2aec3abf</url>
  <id>eb6ebe0a4a26866047d779c910c8d08c2aec3abf</id>
  <committed-date>2009-11-09T11:10:38-08:00</committed-date>
  <authored-date>2009-11-09T11:10:38-08:00</authored-date>
  <message>fleshing out milestone3</message>
  <tree>859c5d02ea57f4e335cfe1b15e1c96ddb243e754</tree>
  <committer>
    <name>Eric Schulte</name>
    <email>schulte.eric@gmail.com</email>
  </committer>
</commit>
