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Difference between revisions of "Complex Systems Summer School 2015-Final Papers"

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[[Media:CSSS2015p12015.pdf | Complex Systems Techniques applied to Power Transmission Expansion Planning. Introduction ]] <br>  
[[Media:CSSS2015p12015.pdf | Complex Systems Techniques applied to Power Transmission Expansion Planning. Introduction ]] <br>  
[[Media:CSSS2015p12015.pdf | Complex Systems Techniques applied to Power Transmission Expansion Planning. Part I: Generating Random Networks that are Consistent with Power Transmission ]] <br>  
[[Media:CSSS2015p22015.pdf | Complex Systems Techniques applied to Power Transmission Expansion Planning. Part I: Generating Random Networks that are Consistent with Power Transmission ]] <br>  
[[Media:CSSS2015p12015.pdf | Complex Systems Techniques applied to Transmission Expansion Planning. Part II: An Agent-Based Model for Transmission Expansion Planning  ]] <br>   
[[Media:CSSS2015p32015.pdf | Complex Systems Techniques applied to Transmission Expansion Planning. Part II: An Agent-Based Model for Transmission Expansion Planning  ]] <br>   
[[Media:CSSS2015p12015.pdf | Complex Systems Techniques applied to Transmission Expansion Planning. Part III: Using Topological Information to Build More Robust Networks ]] <br>   
[[Media:CSSS2015p42015.pdf | Complex Systems Techniques applied to Transmission Expansion Planning. Part III: Using Topological Information to Build More Robust Networks ]] <br>   





Revision as of 19:08, 9 May 2016

Complex Systems Summer School 2015


Final papers go here. Please post as .pdf.

Proceedings:

Stefano Gurciullo, Michael Smallegan, María Pereda, Federico Battiston, Alice Patania, Sebastian Poledna, Daniel Hedblom, Bahattin Tolga Oztan - - Complex Politics: A Quantitative Semantic and Topological Analysis of UK House of Commons Debates

Emilia Wysocka, Valeriy Dzutsev, Sahil Garg, Tirthankar Bandyopadhyay, Laura Condon

Sara Lumbreras, María Pereda, Ilaria Bertazzi, Alice Patania, Jean-Gabirel Young, Daniel Citron, Masahiko Haraguchi -

Complex Systems Techniques applied to Power Transmission Expansion Planning. Introduction
Complex Systems Techniques applied to Power Transmission Expansion Planning. Part I: Generating Random Networks that are Consistent with Power Transmission
Complex Systems Techniques applied to Transmission Expansion Planning. Part II: An Agent-Based Model for Transmission Expansion Planning
Complex Systems Techniques applied to Transmission Expansion Planning. Part III: Using Topological Information to Build More Robust Networks


Sara Lumbreras, Penny Mealy, Christopher Verzijl, Samuel F. Way -Quantifying Convergence in the Sciences

In Publication Process: Links will appear upon publication

John Thomas, Anna Zaytseva - Mapping Complexity/Human Knowledge as a Complex Adaptive System
Sara Lumbreras, Ilaria Bertazzi, Daniel Friedman, Glenn Magerman, Urs Braun, John Thomas, Sam Way - Music and the Brain
James Caton, Anna Zaytseva, Melissa Eitzel - An Individualist Theory of Collective Knowledge Creation
Jelle Bruineberg, Matthew Cobain, Tobias Morville, Matthew Osmond, Sussanne Pettersson, Margaret Simon, Martina Steffen - The Free-Energy Principle: What it is and how to use it
Melissa Viola Eitzel Solera, Chao Fan, Haitao Shang - Resilience and complexity in rural Zimbabwe: understanding households through extended kinship networks
Melissa Viola Eitzel Solera, Andre Veski, Kleber Tulio Neves, Oluwasola Omoju - Resilience and Complexity in Rural Zimbabwe: Land-use planning for a feedback-rich system using agent-based modeling