AbstractAsynchronous cell spaces are capable of simulating the behavior of (non-)deterministic synchronous spaces in the sense that the same sequence (tree) of infinite configurations is produced. In the class of asynchronous spaces, deterministic local rules are sufficient to produce any nondeterministic global behavior
AbstractCellular automata are dynamical systems in which space and time are discrete, that operate a...
We have previously shown that non-uniform cellular automata (CA) can be evolved to perform computati...
This paper presents an algorithm for synchronizing (firing) an arbitrary, finite, connected pattern ...
AbstractAsynchronous cell spaces are capable of simulating the behavior of (non-)deterministic synch...
Building on the work of Von Neumann, Burks, Codd, and Langton, among others, we introduce the first ...
AbstractThe study of synchronized alternating machines has enabled to characterize several natural c...
International audienceWe propose two images obtained with an asynchronous and a stochastic cellular ...
AbstractRecently several different concepts of asynchronous cellular automata have been proposed whe...
This text has been proposed for the Encyclopedia of Complexity and Systems Science edited by Springe...
Wachsmuth I. Locally synchronous cellular automata. Acta Cybernetica. 1983;6(1):55-78.It is shown th...
During the past several years, a number of papers have appeared on the subject of simulation in cell...
Information processing in living tissues is dramatically different from what we see in common man-ma...
Abstract. We show that any locally finite automata network A with global synchronous updates can be ...
AbstractA new mechanism for introducing nondeterminism on the cellular automaton model is introduced...
It is shown that every one-dimensional cellular space with von Neumann neighborhood (each cell conne...
AbstractCellular automata are dynamical systems in which space and time are discrete, that operate a...
We have previously shown that non-uniform cellular automata (CA) can be evolved to perform computati...
This paper presents an algorithm for synchronizing (firing) an arbitrary, finite, connected pattern ...
AbstractAsynchronous cell spaces are capable of simulating the behavior of (non-)deterministic synch...
Building on the work of Von Neumann, Burks, Codd, and Langton, among others, we introduce the first ...
AbstractThe study of synchronized alternating machines has enabled to characterize several natural c...
International audienceWe propose two images obtained with an asynchronous and a stochastic cellular ...
AbstractRecently several different concepts of asynchronous cellular automata have been proposed whe...
This text has been proposed for the Encyclopedia of Complexity and Systems Science edited by Springe...
Wachsmuth I. Locally synchronous cellular automata. Acta Cybernetica. 1983;6(1):55-78.It is shown th...
During the past several years, a number of papers have appeared on the subject of simulation in cell...
Information processing in living tissues is dramatically different from what we see in common man-ma...
Abstract. We show that any locally finite automata network A with global synchronous updates can be ...
AbstractA new mechanism for introducing nondeterminism on the cellular automaton model is introduced...
It is shown that every one-dimensional cellular space with von Neumann neighborhood (each cell conne...
AbstractCellular automata are dynamical systems in which space and time are discrete, that operate a...
We have previously shown that non-uniform cellular automata (CA) can be evolved to perform computati...
This paper presents an algorithm for synchronizing (firing) an arbitrary, finite, connected pattern ...