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Complex Systems Summer School 2016-Final Papers: Difference between revisions

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'''Proceedings:'''
'''Proceedings:'''
<br>
<br>
===Co-evolution of strategic decision making: DOTA 2 as a proxy for cybersecurity environments===
===Co-evolution of strategic decision making: DOTA 2 as a proxy for cybersecurity environments===
<b>Anne Sallaska1, Daniel Biro, Salva Duran, and Marla Stuart
<b>Anne Sallaska, Daniel Biro, Salva Duran, and Marla Stuart
</b> - [[Media:Co-evolution of Stategic Decision Making.pdf | Co-evolution of strategic decision making ...]]  <br>  
</b> - [[Media:Co-evolution of Stategic Decision Making.pdf | Co-evolution of strategic decision making ...]]  <br>  
<br>
<br>
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===Urban Scaling and Economic Analysis of Materials Stocked in Japanese Cities===
===Urban Scaling and Economic Analysis of Materials Stocked in Japanese Cities===
<b>Lorraine Sugar, Ellen D. Badgley, Devrim Ikizler and Lu Liu</b> - [[Media:Urban Scaling Japanese Cities.pdf | Urban Scaling in Japanese Cities]]  <br>  
<b>Lorraine Sugar, Ellen D. Badgley, Devrim Ikizler and Lu Liu</b> - [[Media:Urban Scaling Japanese Cities.pdf | Urban Scaling in Japanese Cities]]  <br>  
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<br>
'''PUBLISHED PAPERS'''
<br><br>
===A Physics-Inspired Mechanistic Model of Migratory Movement Patterns in Birds===
<br>Christopher Revell and Marius Somveille - [https://www.nature.com/articles/s41598-017-09270-6.epdf?author_access_token=-eELDfpix6Kl0kCoZY71ttRgN0jAjWel9jnR3ZoTv0ObsaLIXemKsPoOt56CD2QfwUHq_GWIevIsWcyIMgRaEtEjPauzfFtBuw7-fWKlvozfAR9-TzeNkqjh-d9NP_Lbv_-AfRmko_s_vnqqfQRj0A%3D%3D/ A Physics-Inspired Mechanistic Model of Migratory Movement Patterns in Birds]<br>
<br>
===Opportunistic attachment assembles plant–pollinator networks===
<br>Lauren C. Ponisio, Marilia P. Gaiarsa and Claire Kremen - [[Media: Ponisio et al-2017-Ecology Letters.pdf | Opportunistic attachment assembles plant–pollinator networks]]
<br>
<br>

Latest revision as of 21:14, 13 June 2018

Complex Systems Summer School 2016

Proceedings:


Co-evolution of strategic decision making: DOTA 2 as a proxy for cybersecurity environments

Anne Sallaska, Daniel Biro, Salva Duran, and Marla Stuart - Co-evolution of strategic decision making ...

Evaluation Of Preliminary Models Of Swidden Agriculture In The Toledo District Of Belize

Lindsay Todman, Fabio Correa - Swidden Agriculture in Belize

Human Path Finding in a Semantic Word Game

Frank Marrs, Mika J. Straka, and Nicole M. Beckage - Human Path Finding in a Semantic Word Game

Inferring Network Structure: the New York Power Grid

James R. Thompson , Charlotte James , Ryan McGee , Harrison B. Smith , Aina O. Vila , and Mika Straka - Inferring Network Structure: the New York Power Grid

Interdisciplinary Analysis for Human Group Dynamics

Jesus Mario Serna, Mark McCann , Andrew Christian , Danilo Liuzzi , Gaetano Dato , Justin Williams , Lorraine Sugar, Sina Tafazoli - Interdisciplinary Analysis for Human Group Dynamics

Modeling the Coevolutionary Dynamics in the Lobaria pulmonaria Lichen Symbiosis

Simon Carrignon, Aina Ollé-Vila, Salva Duran-Nebreda, and Julia N. Adams - Modeling the Coevolutionary Dynamics ...

Modeling Stopover Sites of Migratory Birds’ Routes for Conservation of Population and Prevention of Disease

Ulya Bayram1, Ruichen Sun, and William Lee - Modeling Stopover Sites of Migratory Birds’ Routes ...

Simple Agent-Based Model of the Development of Trust in Hierarchical Organizations

Donovan Platt, Syed Arefinul Haque, Nai Seng Wong, William Leibzon, Xiongrui Xu, Rudi Minxha, and Lu Liu - Trust in Hierarchical Orgs

Urban Scaling and Economic Analysis of Materials Stocked in Japanese Cities

Lorraine Sugar, Ellen D. Badgley, Devrim Ikizler and Lu Liu - Urban Scaling in Japanese Cities


PUBLISHED PAPERS

A Physics-Inspired Mechanistic Model of Migratory Movement Patterns in Birds


Christopher Revell and Marius Somveille - A Physics-Inspired Mechanistic Model of Migratory Movement Patterns in Birds

Opportunistic attachment assembles plant–pollinator networks


Lauren C. Ponisio, Marilia P. Gaiarsa and Claire Kremen - Opportunistic attachment assembles plant–pollinator networks