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CSSS 2007 Santa Fe-Tutorials: Difference between revisions

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* [[Evolutionary Game Theory]] - Wed June 20, 10:45am-12pm
* [[Evolutionary Game Theory]] - Wed June 20, 10:45am-12pm
* [[UML for Complex Systems]] - Wed 20 June, 7-8:30pm


* [[R Tutorial]] - Thursday, June 21, 7:00pm-8:30pm
* [[R Tutorial]] - Thursday, June 21, 7:00pm-8:30pm
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* [[Wiki Tutorial 101]]: Ramp up and become a wikimaniac; learn the basics of wiki texting, discussions, etc.
* [[Wiki Tutorial 101]]: Ramp up and become a wikimaniac; learn the basics of wiki texting, discussions, etc.
* [[UML for Complex Systems]] - how to address complexity/chaos in projects using the Unified Modeling Language (UML)


* [[Social Choice Theory and the problem of collective rationality]] - Arrow Theorem and more...
* [[Social Choice Theory and the problem of collective rationality]] - Arrow Theorem and more...

Revision as of 15:20, 14 June 2007

CSSS Santa Fe 2007


Week 1: June 4th to 8th

Week 2: June 11th to 15th

Week 3: June 18th to 22nd

Week 4: June 25th to 29th


Offers

  • Wiki Tutorial 101: Ramp up and become a wikimaniac; learn the basics of wiki texting, discussions, etc.

Requests

  • Introduction to machine learning and/or statistical learning
  • NetLogo (now that we know what cool stuff it can do, it'd be nice to get a hands-on tutorial; e.g. bring a laptop to the tutorial and have a guided try-this session).
  I totally agree. And some of us need this tutorial REAL SOON ! ( Saleha )
  • Game theory, evolutionary game theory, stochastic game theory
  • Genetic algorithms -> I think GA's will be covered in the evolutionary computation lectures. But if not, I'd be happy to give an informal introduction. ->Josh
  • Eigenvalues and Eigenvectors
  • Attractor Neural Networks
  • Control theory
  • Sequence Complexity/Information Theory [Gregor] -> Information theory will be covered by Tom_Carter in a late breaking session Friday 8th, 1.30. This will probably cover sequence complexity.
  • Mathematics of Stochastic Processes
  • Stochastic Differential Equations (e.g., Ito Calculus)
  • Speedreading