Complex Systems Summer School 2014-Lecture Slides: Difference between revisions
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== | ==Sander Bais== | ||
Symmetry Breaking | Symmetry Breaking | ||
== | ==Ben Althouse== | ||
Infectious Disease | Infectious Disease | ||
== | ==Ruben Andrist== | ||
== | ==W. Brian Arthur== | ||
The Nature of Technology | The Nature of Technology | ||
==[ | ==[Nix Barnett== | ||
Complexity Lab | Complexity Lab | ||
== | ==Luis Bettencourt== | ||
Cities Project | Cities Project | ||
== | ==Liz Bradley== | ||
Nonlinear Dynamics | Nonlinear Dynamics | ||
== | ==Aaron Clauset== | ||
[[Networks and Human Social Dynamics and Online Competition]] | [[Networks and Human Social Dynamics and Online Competition]] | ||
== | ==Simon DeDeo== | ||
Statistical Inference and Stochastic Processes | Statistical Inference and Stochastic Processes | ||
== | ==Jennifer Dunne== | ||
[[Ecological Networks]] | [[Ecological Networks]] | ||
== | ==J. Doyne Farmer== | ||
Economics | Economics | ||
== | ==Evandro Ferrada== | ||
Evolution | Evolution | ||
== | ==Miguel Fuentes== | ||
Evening Lecture | Evening Lecture | ||
== | ==Josh Garland== | ||
Nonlinear Dynamics Lab | Nonlinear Dynamics Lab | ||
== | ==Stephen Guerin== | ||
Sand Tables | Sand Tables | ||
== | ==Marcus Hamilton== | ||
Cities Project | Cities Project | ||
== | ==John Harte== | ||
[[The maximum entropy method of inference and its application to ecology]] | [[The maximum entropy method of inference and its application to ecology]] | ||
== | ==Alfred Hubler== | ||
Physics Lab | Physics Lab | ||
== | ==Ryan Gregory James== | ||
Complexity | Complexity | ||
== | ==Anne Kandler== | ||
Matching Models with Data<br> | Matching Models with Data<br> | ||
== | ==Jure Leskovec== | ||
Machine Learning<br> | Machine Learning<br> | ||
== | ==Eric Libby== | ||
Evolution of Biological Complexity | Evolution of Biological Complexity | ||
== | ==Andrew Lovato== | ||
History of Santa Fe | History of Santa Fe | ||
== | ==Melanie Mitchell== | ||
Introduction to Complexity and Agent Based Modeling | Introduction to Complexity and Agent Based Modeling | ||
== | ==Pablo Marquet== | ||
Evening Lecture | Evening Lecture | ||
== | ==Cris Moore== | ||
Computation | Computation | ||
== | ==Scott Ortman== | ||
[[Urban Scaling and Social Complexity]] | [[Urban Scaling and Social Complexity]] | ||
== | ==Sam Scarpino== | ||
Infectious Disease | Infectious Disease | ||
== | ==Cosma Shalizi== | ||
Statistics and Machine Learning | Statistics and Machine Learning | ||
== | ==Andreas Wagner== | ||
[[Evolution and Genotype Networks]] | [[Evolution and Genotype Networks]] | ||
== | ==Geoffrey West== | ||
A Unifying Framework for the Dynamics and Structure of Organisms, Ecosystems, Cities and Companies; from Metabolism, Growth and Mortality to Cancer and Sleep | A Unifying Framework for the Dynamics and Structure of Organisms, Ecosystems, Cities and Companies; from Metabolism, Growth and Mortality to Cancer and Sleep | ||
Revision as of 15:26, 4 June 2014
| Complex Systems Summer School 2014 |
Sander Bais
Symmetry Breaking
Ben Althouse
Infectious Disease
Ruben Andrist
W. Brian Arthur
The Nature of Technology
[Nix Barnett
Complexity Lab
Luis Bettencourt
Cities Project
Liz Bradley
Nonlinear Dynamics
Aaron Clauset
Networks and Human Social Dynamics and Online Competition
Simon DeDeo
Statistical Inference and Stochastic Processes
Jennifer Dunne
J. Doyne Farmer
Economics
Evandro Ferrada
Evolution
Miguel Fuentes
Evening Lecture
Josh Garland
Nonlinear Dynamics Lab
Stephen Guerin
Sand Tables
Marcus Hamilton
Cities Project
John Harte
The maximum entropy method of inference and its application to ecology
Alfred Hubler
Physics Lab
Ryan Gregory James
Complexity
Anne Kandler
Matching Models with Data
Jure Leskovec
Machine Learning
Eric Libby
Evolution of Biological Complexity
Andrew Lovato
History of Santa Fe
Melanie Mitchell
Introduction to Complexity and Agent Based Modeling
Pablo Marquet
Evening Lecture
Cris Moore
Computation
Scott Ortman
Urban Scaling and Social Complexity
Sam Scarpino
Infectious Disease
Cosma Shalizi
Statistics and Machine Learning
Andreas Wagner
Evolution and Genotype Networks
Geoffrey West
A Unifying Framework for the Dynamics and Structure of Organisms, Ecosystems, Cities and Companies; from Metabolism, Growth and Mortality to Cancer and Sleep