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Cellular Automation: A discrete approach for modeling and simulation of Artificial Life Systems

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Figure

Figure (b): A torus, a toroidal shape III. JOHN VON NEUMANN‟S MODEL OF CELLULAR AUTOMATION
Figure (c). In the cellular automation evolution, the value of the center cell is updated according to a rule that depends on the values of the shaded cells
Figure (e): Conus textile exhibits a cellular automation pattern                                   (Rule-30) on its shell
Figure (g): Wolform‟s Classes for Elementary Cellular Automation
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