cellular automata in self-organization
"Cellular automata in self-organization" refers to a computational model where a collection of simple units, called cells, interact with each other based on predefined rules. Through these interactions, the system as a whole exhibits emergent behavior, patterns, or structures without external control or coordination. This self-organization can lead to the emergence of complex phenomena and can be used to study various phenomena, such as biological processes, social dynamics, or physical systems.
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Related Concepts (21)
- agent-based modeling
- artificial life
- cellular automata
- cellular automaton rules
- chaos theory
- complex systems
- computational biology
- emergence
- evolutionary dynamics
- information theory
- mathematical modeling
- network dynamics
- nonlinear dynamics
- pattern formation
- robustness
- self-organization
- self-replication
- spatial patterns
- statistical mechanics
- swarm intelligence
- synchronization
Similar Concepts
- cellular automata and pattern formation
- cellular automata and self-organization
- cellular automata in artificial intelligence
- cellular automata in artificial life simulations
- cellular automata in biological physics
- cellular automata in biology
- cellular automata in cellular biology
- cellular automata in complex systems
- cellular automata in computational physics
- cellular automata in network dynamics
- cellular automata in physics
- cellular automata in social systems
- cellular automata model
- cellular automata patterns
- self-organization in cellular automata