cellular automata
Cellular automata are mathematical models consisting of a grid of cells, where each cell follows a set of rules to determine its state based on the states of its neighboring cells, resulting in complex, emergent behavior.
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Related Concepts (30)
- cellular automata applications
- cellular automata in artificial life research
- cellular automata in biology
- cellular automata in complexity theory
- cellular automata in computer graphics
- cellular automata in computer science
- cellular automata in game theory
- cellular automata in image processing
- cellular automata in mathematics
- cellular automata in network dynamics
- cellular automata in pattern recognition
- cellular automata in physics
- cellular automata in quantum computation
- cellular automata in robotics
- cellular automata in self-organization
- cellular automata in social systems
- cellular automata models
- cellular automata patterns
- cellular automata rules
- cellular automata simulations
- complex dynamical systems
- complexity
- complexity theory
- deterministic chaos
- deterministic systems
- l-systems
- pattern formation
- self-similarity
- sensitive dependence on initial conditions
- sierpinski triangle
Similar Concepts
- cellular automata and artificial life
- cellular automata and self-organization
- cellular automata as models in physics
- cellular automata as models of computation
- cellular automata in artificial intelligence
- cellular automata in artificial life simulations
- cellular automata in biological physics
- cellular automata in cellular biology
- cellular automata in chemistry
- cellular automata in complex systems
- cellular automata in computational physics
- cellular automata in solid-state physics
- cellular automata in theoretical computer science
- cellular automata model
- continuous cellular automata