活动简介
After the success of the Satellite at ECCS 2014 and CCS 2016, we would like to propose a follow-up Satellite always focusing on Robustness, Adaptability and Critical Transitions in Living Systems
Living systems are characterized by the recurrent emergence of patterns: power-laws distributions, long-range correlations and structured self-organization in living matter are the norm, rather than the exception. All these features are also typical of thermo-dynamical systems poised near a great point from physics is that criticality can emerge as a collective behaviour in a many-body system with simple (eg pairwise) interactions and its characteristics depend only on few details like the dimensionality or symmetries.
In a mere-mechanics approach, it is fundamental to determine the order parameter, which characterizes the different system phases. This is a step to obtaining the key ingredients needed to formulate a modeling framework, so as to obtain a better understanding of the system's Macroscopic Behaviour. However, the understating of biological/social systems needs more than a mere generalization of the standard.
Intervaling systems may demonstrate unique evolvability, scalability and adaptability properties.
It is of the importance of make further steps in the understanding of the main properties that simultaneously confer to these systems high level of both adaptability and robustness. If we can “learn” from evolution, then we would be able to both better manage/supervise These systems and also design more optimal and sustainable new systems.
组委会
- Samir Suweis
- Vasilis Dakos
- Filippo Simini
- Sandro Azaele
征稿信息
重要日期
List of approved Satellites proposals:
1.Computational Social Science: from socio-physics to data-driven research on social complexity
Contact Info: Taha Yasseri taha.yaseri@gmail.com
2.Self-organized patterns on complex networks and the brain
Contact Info: Johanne Hizanidis hizanidis@physics.uoc.gr
3.Questions and Perspectives in Understanding Complexity via Nonlinearity and Information Theory
Contact Info: G.Cigdem Yalcin gcyalcin@istanbul.edu.tr A. Robledo robledo@fisica.unam.mx
4.Information Processing in Complex Systems
Contact Info: Rick Quax r.quax@uva.nl
5.Complexity of conflict and crime
Contact Info: Ignacio Martinez-Moyano and Ana Isabel Barros ana.barros@tno.nl imartinez@anl.gov
6.Complex Systems in Education: Questions, Methods and Implications for Practice
Contact Info: Dimitrios Stamovlasis stadi@edlit.auth.gr Matthijs Koopmans mkoopmans@mercy.edu Hiroki Sayama sayama@binghamton.edu
7.Extracting and analyzing networks from spatio-temporal data
Contact Info: Paul Expert paul.expert08@imperial.ac.uk
8.Evolution of Cultural Complexity III
Contact Info: Sergi Valverde sergi.valverde@upf.edu or Simon Carrignon simon.carrignon@bsc.es
9.Trade runner 2049: Complexity, development, and the future of the economy
Contact Info: Torsten Heinrich torsten.heinrich@maths.ox.ac.uk
10.DELVE: Digital Epidemiology and Surveillance
Contact Info: Daniela Paolotti daniela.paolotti@isi.it
11.Robustness, Adaptability and Critical Transitions in Living Systems
Contact Info: Samir Suweis samir.suweis@pd.infn.it
12.Dynamics on and of Complex Networks XI (DOOCN2018)
Contact Info: Rishiraj Saha Roy rishiraj@mpi-inf.mpg.de
13.UrbanSys 2018: Transport, Smart Cities, Complexity and Urban Networks
Contact Info: Jose Javier Ramasco jramasco@ifisc.uib-csic.es
14.First findings of the Amsterdam Institute for Advanced Studies
Contact Info: Sacha Epskamp sacha.epskamp@gmail.com
15.Op-La-Dyn Understanding Opinion and Language Dynamics using massive data
Contact Info: Laura Hernandez laura.hernandez@u-cergy.fr
16.Complex Systems for the most vulnerable
Contact Info: Elisa Omodei eomodei@unicef.org
17.Complexity from Cells to Consciousness:Free Energy, Integrated Information, and Epsilon Machines
Contact Info: Brennan Klein klein.br@northeastern.edu
18.Machine Learning, Data Analytics and Modeling
Contact Info: Alfredo Morales alfredo@necsi.edu
19.Understanding Psychological Phenomena as Complex Systems
Contact Info: Jonas Haslbeck jonas.haslbeck@googlemail.com
20.Research Methods in Complexity Science & their Application
Contact Info: E. Mitleton-Kelly e.mitleton-kelly@mitleton-kelly.org.uk
21.Statistical validation methods for complex systems
Contact Info: Giacomo Livan statistical.validation@gmail.com g.livan@ucl.ac.uk
22.New methods and epistemologies to explore simulation models
Contact Info: Juste Raimbault juste.raimbault@iscpif.fr
23.SpaceNet
Contact Info: Yérali Gandica ygandica@gmail.com
24.Economic Fitness and Complexity
Contact Info: Andrea Zaccaria and.zaccaria@gmail.com
25.BrainComputing: Theoretical Neuroscience and its Applications
Contact Info: Marco Javarone marcojavarone@gmail.com
26.(CollAB2018) Collective Animal Behavior: Analyses and models of animal movement and interaction
Contact Info: Víctor M. Eguíluz and Fakhteh Ghanbarnejad collab2018@easychair.org
27.Physics of Self-Organization in Complex Systems:
The role of fundamental physics principles, information and entropy in the change of complexity
Contact Info: Georgi Georgiev ggeorgiev@assumption.edu
作者指南
We invite you to submit a max. one-page abstract including one (not mandatory) descriptive figure and caption no later than June 26th, 2018
Submissions are required to include the following information:
- Title of the contribution
- Author(s) and affiliation(s)
- e-mail address(es)
- Name of the speaker.
Please, indicate your preference for one or more of the following categories to present your research:
Regular Talk
Ignite Talk
Submissions will be evaluated and selected by the Program Committee members. They will be graded accordingly to the following criteria:
- Interest of the proposal respect to the topic of the workshop.
- Novelty of the research.
- Priority will be given to junior researcher ( Ph.D. students and post-docs).
全部留言
重要日期
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会议日期
09月26日
2018
至09月27日
2018
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06月27日 2018
摘要截稿日期
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06月27日 2018
初稿截稿日期
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09月27日 2018
注册截止日期
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