self-organization
Self-organization is the ability of a system or a group of entities to form spontaneously without external influence or control, achieving order, structure, or coordination through decentralized decision-making and interactions among its components.
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Related Concepts (33)
- attractor
- attractors
- autopoiesis
- bifurcation diagram
- bifurcations in chemical reactions
- cellular automata in game theory
- cellular automata in self-organization
- cellular automata simulations
- chaos theory
- chaotic behavior
- chaotic motion
- chaotic systems
- collective behavior
- complex dynamics
- complex systems
- complexity
- complexity theory
- deterministic chaos
- dissipation-driven adaptation
- dissipative systems
- distributed systems
- dynamical instability
- dynamical systems
- emergence
- nonlinear dynamics
- order-disorder transitions
- route to chaos
- self-similarity
- sensitive dependence on parameters
- spontaneous order
- strange attractors
- swarm intelligence
- swarm robotics
Similar Concepts
- cellular automata and self-organization
- disorganization
- pattern formation and self-organization
- self-assembly
- self-creation
- self-management
- self-motivation
- self-organization and pattern formation in artificial life systems
- self-organization and spatial patterns in populations
- self-organization in cellular automata
- self-organization in network dynamics
- self-organization in social systems
- self-organized criticality
- self-organizing systems
- self-regulation