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people:james_vickers [2014/11/22 08:36] – jvick3people:james_vickers [2014/12/07 22:37] (current) – jvick3
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 Contact: jvick3@unm.edu Contact: jvick3@unm.edu
  
-[[people:james_vickers:crit1|Crit 1 materials]]+[[people:james_vickers:project_submission|Project submission]] 
 + 
 +[[people:james_vickers:crit3|Crit 3 materials]]
  
 [[people:james_vickers:crit2|Crit 2 materials]] [[people:james_vickers:crit2|Crit 2 materials]]
 +
 +[[people:james_vickers:crit1|Crit 1 materials]]
  
 [[people:james_vickers:researcher_pres|Alife researcher presentation materials]] [[people:james_vickers:researcher_pres|Alife researcher presentation materials]]
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-{{:people:james_vickers:model_desc_v2.pdf|Model description, v2 (PDF)}} 
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-[[people:james_vickers:model_desc_v2_plain|Model description, v2 (plain text)]] 
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-[[people:james_vickers:Figure 1|Figure 1]] 
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-[[people:james_vickers:first_graphs|Smattering of graphs]] 
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-[[people:james_vickers:pop_graphs|Population graphs]] 
  
 Current title/abstract: Current title/abstract:
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 by allowing them to do so regardless of their distance from their protectee Atom. by allowing them to do so regardless of their distance from their protectee Atom.
  
-Edit: Wow, allowing Isolator's at any distance to repulse (rather than just R-1) improved the +**Edit:** Wow, allowing Isolator's at any distance to repulse (rather than just R-1) improved the 
 protection performance pretty significantly.  You can see the difference in some of my graphs, but the  protection performance pretty significantly.  You can see the difference in some of my graphs, but the 
 //half-lifes// really tell the tale.  I define half-life as the time in AEPS it takes for half of the Atom's in an experiment to be wiped out (by Eraser, usually).  A couple notable comparisons between limited and full repulsion: //half-lifes// really tell the tale.  I define half-life as the time in AEPS it takes for half of the Atom's in an experiment to be wiped out (by Eraser, usually).  A couple notable comparisons between limited and full repulsion:
  
-Eraser Distance 4, Inner Radius 3:  +Eraser Distance 4, Inner Radius 3: \\ 
-Limited repulsion: Data Half-life = 2565, Eraser Half-life = 175 +Limited repulsion: Data Half-life = 2565, Eraser Half-life = 175\\ 
-Full repulsion:    Data Half-life = 16150 (+ 529.6%), Eraser Half-life = 180 (+ 2.9%) +Full repulsion:    Data Half-life = 16150 (+ 529.6%), Eraser Half-life = 180 (+ 2.9%)\\ 
-**Note: Eraser half-life doesn't change much because with Eraser Distance of 4, Isolator cannot surround it for long!+**Note: Eraser half-life doesn't change much because with Eraser Distance of 4, Isolator cannot surround it for long!**\\
  
-Eraser Distance 1, Inner Radius 2: +Eraser Distance 1, Inner Radius 2:\\ 
-Limited repulsion: Data Half-life = 5001, Eraser Half-life = 18765 +Limited repulsion: Data Half-life = 5001, Eraser Half-life = 18765\\ 
-Full Repulsion: Data Half-life = 17155 (+ 243.0%), Eraser Half-life = 39245 (+ 109.1%)+Full Repulsion: Data Half-life = 17155 (+ 243.0%), Eraser Half-life = 39245 (+ 109.1%)\\
  
 I'm very happy with this improvement.  It makes the algorithm simpler, and yet do its job a lot better.  What's not to like? I'm very happy with this improvement.  It makes the algorithm simpler, and yet do its job a lot better.  What's not to like?
people/james_vickers.1416645374.txt.gz · Last modified: 2014/11/22 08:36 by jvick3