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Turing Machine Enumeration: NKS versus LexicographicalLattice Effects in Cellular Automata-ComparisonsLattice Effects in Cellular AutomataSensitivity To Peturbation in Elementary Cellular AutomataGenerating 2D Metallic-Mean Quasiperiodic Tilings with NKS Substitution Rules
Turing Machine Enumeration: NKS versus Lexicographical
Lattice Effects in Cellular Automata-Comparisons
Lattice Effects in Cellular Automata
Sensitivity To Peturbation in Elementary Cellular Automata
Generating 2D Metallic-Mean Quasiperiodic Tilings with NKS Substitution Rules
Examples of 1D Three-Color Totalistic Cellular AutomataCellular Automata Ordered by EntropyCellular Automata That Generate TrianglesElementary Cellular Automata Rules with Different Initial ConditionsPatterns from the Mean of Two-Color Totalistic 2D Cellular Automata
Examples of 1D Three-Color Totalistic Cellular Automata
Cellular Automata Ordered by Entropy
Cellular Automata That Generate Triangles
Elementary Cellular Automata Rules with Different Initial Conditions
Patterns from the Mean of Two-Color Totalistic 2D Cellular Automata
Variations on State Transition Diagrams of Elementary Cellular AutomataBoolean NK NetworksShifted Elementary Cellular AutomataFive-Neighbor 2D Totalistic Cellular AutomataCluster Cellular Automata
Variations on State Transition Diagrams of Elementary Cellular Automata
Boolean NK Networks
Shifted Elementary Cellular Automata
Five-Neighbor 2D Totalistic Cellular Automata
Cluster Cellular Automata
One to Zero Cellular Automaton FunctionThe Turbine Pattern in the Game of LifeComparing the Dynamical Behavior of Elementary CA Rules3D Views of Elementary Cellular AutomataTotalistic Cellular Automaton with Rule 935912 r = 1, k = 4
One to Zero Cellular Automaton Function
The Turbine Pattern in the Game of Life
Comparing the Dynamical Behavior of Elementary CA Rules
3D Views of Elementary Cellular Automata
Totalistic Cellular Automaton with Rule 935912 r = 1, k = 4

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