Results 251 to 260 of about 30,075 (285)
A Stochastic Cellular Automaton Modeling Gliding and Aggregation of Myxobacteria
The myxobacteria are ubiquitous soil bacteria which aggregate under starvation conditions and build fruiting bodies to survive. Until recently the mechanisms of their social gliding, aggregation, and fruiting body formation have not been well understood.
Angela Stevens
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Catalan numbers out of a stochastic cellular automaton
Journal of Mathematical Physics, 2019Having constructed a stochastic cellular automaton, which is a simple model of earthquakes and has a stationary state described by Motzkin numbers’ recurrence, we define a stochastic cellular automaton, whose stationary state is characterized by Catalan ...
M. Białecki
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Diffusion Approximation in a Stochastic Cellular Automaton Model for Epidemics
Although microscopic models are nowadays getting more and more popular among, still the modelling approach lacks of appropriate mathematical theory to confidentally rely on the outputs of the derived models.
M. Bicher
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Car accident in synchronized traffic flow: A stochastic cellular automaton model
International Journal of Modern Physics C, 2020In this paper, we study the probability of car accidents in the modified Nagel–Schreckenberg (mNaSch) under the periodic boundary condition.
A. Karakhi+4 more
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International Journal of Biomathematics, 2012
A stochastic cellular automaton (CA) model for activated sludge system (ASS) is formulated by a series of transition functions upon realistic treatment processes, and it is tested by comparing with ordinary differential equations (ODEs) of ASS. CA system
Jinbao Liao+4 more
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A stochastic cellular automaton (CA) model for activated sludge system (ASS) is formulated by a series of transition functions upon realistic treatment processes, and it is tested by comparing with ordinary differential equations (ODEs) of ASS. CA system
Jinbao Liao+4 more
semanticscholar +4 more sources
International Conference on Cellular Automata for Research and Industry, 2020
The propagation of infectious diseases through social interactions can be mitigated when health measures aim to reduce or remove the results of these interactions. This is the scenario of ongoing COVID-19 pandemic adopted quarantine policies, from social distancing to lockdown, and of immunization programs.
Isaías Lima, P. Oliveira
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The propagation of infectious diseases through social interactions can be mitigated when health measures aim to reduce or remove the results of these interactions. This is the scenario of ongoing COVID-19 pandemic adopted quarantine policies, from social distancing to lockdown, and of immunization programs.
Isaías Lima, P. Oliveira
semanticscholar +3 more sources
Modeling anisotropic hardening with a stochastic cellular automaton
The Bauschinger effect refers to an observed asymmetry in the forward and reverse loading curves of a metal or an alloy. It is characterized by the reduction of the absolute value of the yield stress in reverse loading, as compared to the maximum stress imposed on the initial, or forward, loading.
Sarah C. Baxter, A. P. Reynolds
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Stochastic Cellular-Automaton Model for Traffic Flow
In recent studies on traffic flow, cellular automata (CA) have been efficiently applied for simulating the motion of vehicles Since each vehicle has an exclusion volume and moves by itself not being ruled by the Newton's laws of motion, CA is quite suitable for modelling traffic flow In the present paper, we propose a stochastic CA model for traffic ...
Masahiro Kanai+2 more
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Modeling dynamics of HIV infected cells using stochastic cellular automaton
Physica A: Statistical Mechanics and its Applications, 2014Abstract Ever since HIV was first diagnosed in human, a great number of scientific works have been undertaken to explore the biological mechanisms involved in the infection and progression of the disease. Several cellular automata (CA) models have been introduced to gain insights into the dynamics of the disease progression but none of them has taken
M. Precharattana, W. Triampo
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A stochastic cellular automaton for three-coloring penrose tiles
Abstract We present a three-state, stochastic cellular automaton that runs on Penrose tilings and seems to evolve to a three-colored equilibrium.
Mark McClure
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