Program
Saturday, May 28th, 2022
All presentations are grouped into three sessions.
9.00 – 11.00: Mathematical approach to discrete systems
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Nazim Fatès (University of Lorraine) (40 min)
From the unreasonable effectiveness of mathematics to the unreasonable mathematics? Sparse considerations on complex systems.
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Henryk Fukś (Brock University, Canada) (20 min)
Exploring diffusion with deterministic cellular automata.
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Antoni Augustynowicz , Barbara Wolnik, Marcin Dembowski (University of Gdańsk) (15 min)
It happens that a complete description of dynamics of wide class of CA is possible.
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Adam Dzedzej, Anna Nenca (University of Gdańsk) (15 min)
Rotation symmetric 2D-NCCA and equivalence of state sets.
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Barbara Wolnik, Maciej Dziemiańczuk (University of Gdańsk) (15 min)
Number conservation versus non-uniformity.
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Witold Bołt (Jit Team) (15 min)
Identification of binary CAs based on incomplete, noisy observation.
11.00 – 12.00: Coffee break
12.00 – 13.30: Modeling of complex systems – part 1
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Franco Bagnoli (University of Florence) (40 min)
Simple models of opinion and knowledge evolution.
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Andreas Deutsch (Technical University of Dresden) (20 min)
Mechanism of cancer invasion and progression: insights from cellular automaton models.
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Antoni Czarnecki, Danuta Makowiec (University of Gdańsk) (15 min)
Cellular automata Moran process in predictions of tumor progression.
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Mirosław Szaban (Siedlce University of Natural Sciences and Humanities) (15 min)
The airborne contaminant source reconstruction with use of the cellular automata-based algorithms.
13.30 – 15.30: Lunch
15.30 – 16.45: Modeling of complex systems – part 2
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Pietro Lio (University of Cambridge) (20 min)
Artificial intelligence, medicine and dynamical systems.
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Mariusz Białecki (Institute of Geophysics Polish Academy of Sciences) (20 min)
On a certain model of earthquake statistics in the form of a probabilistic cellular automaton and its connections with various domains of mathematics.
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Dominik Falkiewicz, Danuta Makowiec (University of Gdańsk) (15 min)
Bit-string model of biological speciation.
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Danuta Makowiec, Wiesław Miklaszewski (University of Gdańsk) (20 min)
Zero-phase synchronization in a network of timed automata modeling cardiac tissue.