This paper considers how simple and limited entities, such as Cellular Automata (CA), can organize themselves giving rise to stable and complex behaviors. We begin by introducing Cellular Automata, simple discrete computational models useful to describe the evolution of a system following simple rules. Then we propose a possible architecture to implement a class of CA onto a Unix system. In particular, we propose a distributed solution where a number of cooperating processes cooperate in order to evolve the current con?guration of the Universe.
Emerging Stable Configurations in Cellular Automata
MICALIZIO, ROBERTO
2013-01-01
Abstract
This paper considers how simple and limited entities, such as Cellular Automata (CA), can organize themselves giving rise to stable and complex behaviors. We begin by introducing Cellular Automata, simple discrete computational models useful to describe the evolution of a system following simple rules. Then we propose a possible architecture to implement a class of CA onto a Unix system. In particular, we propose a distributed solution where a number of cooperating processes cooperate in order to evolve the current con?guration of the Universe.File in questo prodotto:
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