cellular automata in network dynamics
Cellular automata in network dynamics refer to mathematical models that simulate the behavior of interconnected elements, such as individual cells or nodes, within a network. These models study how local rules and interactions among these elements influence the overall dynamics and emergence of global patterns or behaviors.
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Related Concepts (18)
- cascade dynamics in networks
- cellular automata
- collective behavior in network dynamics
- complex network dynamics
- dynamics of interconnected cellular automata
- emergent behavior in network dynamics
- growth dynamics in cellular automata networks
- influence of cellular automata on network behavior
- network dynamics
- network evolution
- network modeling
- network structure
- network synchronization
- phase transitions in cellular automaton models
- robustness and resilience in cellular automata networks
- self-organization in network dynamics
- spatial patterns in networks
- spatiotemporal dynamics in cellular automaton networks
Similar Concepts
- cellular automata and network dynamics
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- cellular automata in artificial life simulations
- cellular automata in biological physics
- cellular automata in biology
- cellular automata in cellular biology
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- cellular automata in computational physics
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- cellular automata in self-organization
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