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CSSS 2010 Santa Fe-Readings: Difference between revisions

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===Owen Densmore===
===Owen Densmore===
Steven Guerin and myself will be presenting a NetLogo modeling tutorial.  It will have two parts, one a self-paced wiki tutorial, the second a set of real world examples of modeling we've used professionally.
Steve Guerin and I will present a NetLogo modeling talk.  It will have two parts, one a self-paced wiki tutorial, the second a set of real world examples of modeling we've used professionally.


You should read the first page of the tutorial:
You should read the first page of the tutorial.  Using the material you read there, you should then (attempt!) to download, install, and look at the Model Library for NetLogo.
* [http://backspaces.net/wiki/NetLogo_Tutorial NetLogo CSSS Self-Paced Tutorial]
* [http://backspaces.net/wiki/NetLogo_Tutorial NetLogo CSSS Self-Paced Tutorial]
Using the material you read there, you should then (attempt!) to download, install, and look at the Model Library for NetLogo.
 
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Revision as of 21:56, 29 May 2010

CSSS Santa Fe 2010

Please review readings before lectures. Supplemental material may be posted as well.

Liz Bradley


Tom Carter

Here is a link to a page with various background readings -- I'll be talking about some of this material, watch the wiki for days/times


Iain Couzin


Owen Densmore

Steve Guerin and I will present a NetLogo modeling talk. It will have two parts, one a self-paced wiki tutorial, the second a set of real world examples of modeling we've used professionally.

You should read the first page of the tutorial. Using the material you read there, you should then (attempt!) to download, install, and look at the Model Library for NetLogo.


Doug Erwin


Duncan Foley


Laura Fortunato


John Harte


Jure Leskovec

1) -- models and link prediction in large social networks:

2) -- tracking information diffusion, finding influencers and detecting disease outbreaks in networks

3) -- models of networks with positive and negative ties


Cosma Shalizi

Adaptation and Self-Organizing Systems

Artificial Intelligence

Cellular Automata and Lattice Gases

Statistical/Computational Mechanics

Neurons and Cognition

Probability


Eric Smith