Cellular automaton

Can self-organized critical accretion disks generate a log-normal emission variability in AGN?

Active Galactic Nuclei / Power Law / Black Hole / Seyfert galaxies / Power spectral density / Cellular automaton

Topological chaos for elementary cellular automata

Cellular Automata / Dimensional / Large classes / Dynamic System / Initial Condition / Cellular automaton

Topological chaos for elementary cellular automata

Cellular Automata / Dimensional / Large classes / Dynamic System / Discrete Time Systems / Initial Condition / Cellular automaton / Initial Condition / Cellular automaton

Can self-organized critical accretion disks generate a log-normal emission variability in AGN?

Active Galactic Nuclei / Power Law / Black Hole / Seyfert galaxies / Power spectral density / Cellular automaton

ASYNCHRONOUS AUTOMATA NETWORKS CAN EMULATE ANY SYNCHRONOUS AUTOMATA NETWORK

Pure Mathematics / Finite Automata / Numerical Analysis and Computational Mathematics / Cellular automaton

A general-purpose parallel raster processing programming library test application using a geographic cellular automata model

Information Systems / Cellular Automata / Dynamic Load Balancing / Geographical Information Science / Geomatic Engineering / Geographic Information / Parallel Computer / Domain decomposition method / Urban Land Use / Cellular automaton / Geographic Information / Parallel Computer / Domain decomposition method / Urban Land Use / Cellular automaton

Extracting cellular automaton rules directly from experimental data

Applied Mathematics / Genetic Algorithm / Data Consistency / Cellular automaton

A randomwalk-cellular automaton model of precipitation of internal oxides

Materials Engineering / Mechanical Engineering / Materials Science / Thermodynamics / Kinetics / Composite Material / Particle Size / Microstructures / Simulation experiment / Thermodynamic Stability / Two Dimensions / Cellular automaton / Composite Material / Particle Size / Microstructures / Simulation experiment / Thermodynamic Stability / Two Dimensions / Cellular automaton

Applying a Traffic Lights Evolutionary Optimization Technique to a Real Case: “Las Ramblas” Area in Santa Cruz de Tenerife

Information Systems / Combinatorial Optimization / Evolutionary Computation / Transportation / Cellular Automata / Genetic Algorithm / Canary Islands / Evolutionary Algorithm / Cycle Time / Simulator / Microscopic Traffic Simulation / Evolutionary optimization / Electrical And Electronic Engineering / Cellular automaton / Genetic Algorithm / Canary Islands / Evolutionary Algorithm / Cycle Time / Simulator / Microscopic Traffic Simulation / Evolutionary optimization / Electrical And Electronic Engineering / Cellular automaton

Applying a Traffic Lights Evolutionary Optimization Technique to a Real Case: “Las Ramblas” Area in Santa Cruz de Tenerife

Information Systems / Combinatorial Optimization / Evolutionary Computation / Transportation / Cellular Automata / Genetic Algorithm / Canary Islands / Evolutionary Algorithm / Cycle Time / Simulator / Microscopic Traffic Simulation / Evolutionary optimization / Electrical And Electronic Engineering / Cellular automaton / Genetic Algorithm / Canary Islands / Evolutionary Algorithm / Cycle Time / Simulator / Microscopic Traffic Simulation / Evolutionary optimization / Electrical And Electronic Engineering / Cellular automaton

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