| POSTER SESSION B | Tuesday 4 September |
1 | Walter Riofrio | Emergence, Causality and Process Physicalism |
2 | Federico Pablo Martí, Antonio García-Tabuenca, María Teresa Gallo, María Teresa Del Val, Juan Luis Santos and Tomas Mancha
| MOSIPS agent-based model for predicting and simulating the impact of public policies on SMEs |
3 | Luis Riolfo, Yuichiro Nagatsu, Shohei Iwata, Renaud Maes, Philip Trevelyan and Anne De Wit | Reaction-driven miscible viscous fingering |
4 | Florian Wodlei and Mihnea R. Hristea | Effect of Limited Stirring on the Belousov Zhabotinsky Reaction |
5 | Andrea Tacchella, Matthieu Cristelli and Luciano Pietronero | Dynamics and heterogeneity of countries' industrial Fitness |
6 | Eduard Campillo-Funollet, Günther Grün and Fabian Klingbeil | Electrokinetics Phenomena in Two-Phase Flow with General Mass Densities |
7 | Robin De Gernier and Vasileios Basios | Symbolic dynamics and Block-Entropy: A comparative analysis of two classic music texts from the European and the Japanese tradition |
8 | Sabbagh Ali | Spatiotemporal Chaos of Spiral Waves due to Core Expansion |
9 | Jeremi Ochab and Zdzisław Burda | Maximal-Entropy Random Walk unifies centrality measures |
10 | Michael Schaub, Jean-Charles Delvenne, Renaud Lambiotte, Sophia Yaliraki and Mauricio Barahona | Markov time zooming as a tool for detecting non-clique like communities in complex multiscale networks |
11 | Pierre de Buyl and Raymond Kapral | Modeling of chemically active catalytic compounds |
12 | Leonidas P. Karakatsanis, George P. Pavlos and Markos N. Xenakis | Intermittent Turbulence, Tsallis non-Extensive Statistics, SOC and Chaos in the Solar Activity |
13 | Oskar Lindgren, Erik Edlund and Marin Nilsson Jacobi | Targeted self-assembly of complex lattices |
14 | María Botón-Fernández, Francisco Prieto and Miguel A. Vega-Rodríguez | A Preferential Attachment Model for Efficient Resources Selection in Distributed Computing Environment |
15 | Dalibor Stys, Petr Jizba, Tomas Nahlik, Karina Romanova, Anna Zhyrova and Petr Cisar | Practical approach to construction of internal variables of complex self-organized systems and its theoretical foundation |
16 | Suman Kumar Maji, Oriol Pont, Hussein Yahia and Joel Sudre | Inferring Information across Scales in Acquired Complex Signals |
17 | Andrea Roli, Matteo Amaducci, Lorenzo Garattoni, Carlo Pinciroli and Mauro Birattari | State space properties of Boolean networks trained for sequence tasks |
18 | Robin Lamarche-Perrin, Jean-Marc Vincent and Yves Demazeau | Informational Measures of Aggregation for Complex Systems Analysis |
19 | Carlos Gershenson and Nelson Fernández | Complexity and Information: Measuring Emergence, Self-organization, and Homeostasis |
20 | Mikhail Ignatyev | Sustainable in adaptational maximum zone of complex systems |
21 | Francesco Niglia, Dimitri Gagliardi and Cinzia Battistella | Use of multi-level self-regulating agents to evaluate the impact of innovation policies in socio-economic environments |
22 | Jesus Felix Valenzuela, Erika Fille Legara, Anthony Longjas, Johnrob Bantang and Caesar Saloma. | Non-Poissonian Dynamics in the Queing of Documents Across a Two-Level Bureaucratic Network |
23 | Konstantin Starkov and Alexander P. Krishchenko | Global dynamics of one three-dimensional cancer tumor growth model |
24 | James Murphy and Mark Johnson | Modelling Spatial Dynamics of Plant Coastal Invasions |
25 | Maria Kalimeri, Simone Melchionna and Fabio Sterpone | Inquiring protein thermostability: Is resistance to temperature stress a rigidity/flexibility trade-off? |
26 | Simone Schopper, Lisa Thelin, Staffan Persson, Marianne Sommarin and Susanne Widell | Calreticulin – a multifunctional protein in the complex cellular system of calcium signaling |
27 | Erika Fille Legara, Vipin Narang, Shek Yoon Wong, Shiang Rong Leong and Alexandre Gouaillard | Modeling of Lymph Node and Activation of T-Cells: recent trends and a workable complex systems solution |
28 | Il Gu Yi, Gab Jin Oh and Beom Jun Kim | Origin of the fractal characteristic of the profit landscape in stock markets |
29 | Sebastian Gonçalves, Maria Fabiana Laguna and Jose Roberto Iglesias | Adoption of innovations: the effect of social influence |
30 | Mehdi Moussaïd, Elsa G Guillot, Mathieu Moreau, Jerome Fehrenbach, Olivier Chabiron, Samuel Lemercier, Julien Pettré, Cécile Appert-Rolland, Pierre Degond and Guy Theraulaz | How speed heterogeneity generates traffic instabilities in human crowds |
31 | Agnieszka Czaplicka and Janusz A. Holyst | Modeling of internet influence on group emotion |
32 | Mark Hardman | Complexity and Classroom Learning |
33 | Vladimir Gligorijevic, Marcin Skowron and Bosiljka Tadic | Evolving Topology on the Network of Online Chats |
34 | Melanie Moses, Kenneth Letendre, Joshua Hecker and Tatiana Flanagan | In vivo, in silico, in machina: ants and robots balance memory and communication to collectively exploit information |
35 | Takayuki Niizato and Yukio-Pegio Gunji | Adaptive Behavior Though an Interaction Between Species and Environment |
36 | Konrad Felijakowski and Robert A. Kosinski. | Opinion formation in the intelligent agents system |
37 | Alfredo Morales, Francisco Javier Borondo, Juan Carlos Losada and Rosa M. Benito | Characterizing and Modeling Collective Behavior in Complex Events on Twitter |
38 | Haoxiang Xia and Peng Liu | A Model for Social Network Evolution Affected by Individual Tolerance to Heterogeneity |
39 | Lara Gosce and Anders Johansson | Microscopic Modeling of Disease Spreading in Crowds |
40 | Marianne Robert, Laurent Dagorn and Jean Louis Deneubourg | Aggregation processes of tuna with floating objects, experimental and modeling approaches |
41 | José V. Matos, Rui J. Lopes and Yasmin Merali | Market Opportunities, Customer Desires and Purchasing Selectiveness Modelling in Multi-layered Cellular Automata: A Study Case on Organizational Survivability |
42 | Marcelo Serrano Zanetti, Ingo Scholtes, Claudio Juan Tessone and Frank Schweitzer | Scaling of Developer Communities in Open Source Software Projects |
43 | Fabian Held, Ian Wilkinson, Louise Young and Robert Marks | Modelling the Emergence of Exchange Networks through Causal Mechanisms |
44 | Shyam Ranganathan, Richard Mann and David Sumpter | Dynamical systems models for development economics |
45 | Maximiliano Fernandez, Javier Galeano and Cesar Hidalgo | From Mutualistic Ecosystems to International Trade Markets: Unveiling the hidden complexity. |
46 | Malgorzata Krawczyk and Krzysztof Kulakowski | Culture dissemination with repulsion |
47 | Cristobal Lopez, Els Heinsalu and Emilio Hernandez-Garcia | Competitive Brownian and Levy walkers |
48 | Eliza-Olivia Lungu, Ana-Maria Zamfir and Cristina Mocanu | Patterns in the occupational mobility network of the higher education graduates. Comparative study in 12 EU countries |
49 | Jacky Mallett and Kristinn Thorisson | Exploring the behaviour of the monetary system in a simple market economy with a constant money supply. |
50 | Martine Barons | Non-linear models for complex healthcare datasets |
51 | Cristina Vinas | Visualization of the Spanish May 15th Movement Evolution on a Online Social Network |
52 | Roel Stijl, Sascha Kraus and Carl Henning Reschke | Modeling entrepreneurship and the dotcom bubble by a multi-agent system |
53 | Charlotte Szostek, Krasimira Tsaneva-Atanasova and Daniele Avitabile | Equation free stability analysis of automated algorithmic trading |
54 | Fernanda Strozzi, Claudia Colicchia, Andrea Sorrenti and Jose Manuel Zaldivar | Citation Networks dynamics: A new clustering algorithm using Recurrence Plots |
55 | Nathalie Mezza-Garcia | Bio-Inspired Political Systems: Opening a Field |
56 | Tim Evans, Nicola Hopkins and Ben Kaube | Temporal Evolution of Universal Performance Indicators for Academic Publications |
57 | Marcin Makowski, Edward W. Piotrowski and Jan Sladkowski | Invariant measures for the symmetries of the market prices diffusion |
58 | Ole Peters | Notions of ergodicity in economics and physics |
59 | Thomas Toulias and Christos Kitsos | On the α-SDL Complexity Measure |
60 | Jean-Yves Colin, Moustafa Nakechbandi and Ahmed Salem Ould Cheikh | Searching Shortest Paths in Weakly Dynamic Graphs |
61 | Sarah De Nigris and Xavier Leoncini | Emergence of long-range order in diluted Small World networks |
62 | Maguy Tréfois and Jean-Charles Delvenne | Network partitioning and optimal prediction of the dynamics on the clustered network |
63 | Claude Baesens and Robert S. MacKay | Analysis of a scenario for chaotic quantal slowing down of inspiration |
64 | Tomonori Hasegawa and Barry McMullin | Revisiting von Neumann's Architecture of Machine Self-reproduction using the Avida World |
65 | Peter Dick | What does Public Policy ask of Complexity Science? |
66 | Toby Davies, Hannah Fry and Alan Wilson | Investigating the policing of the London riots via a mathematical model |
67 | Claudio Inguaggiato and Sylvie Occelli | Policy making in an information wired environment: re-aligning government and governance relationships by complexity thinking |
68 | Erik Pruyt and Jan Kwakkel | Dealing with Real World Complexity: Illustration of a Model-based Approach to Explore and Analyze Complex Uncertain Issues, Design Policies, and Test Robustness |
69 | Fakhteh Ghanbarnejad and Konstantin Klemm | A framework for comparing Boolean and continuous dynamics: stability analysis |
70 | Lydia Hill, Lendert Gelens, Jan Danckaert, Alexandra Vandervelde and Remy Loris | Toxin-Antitoxin systems and their impact on the internal dynamics in E. coli cells |