Abstract. Self-replicating structures in cellular automata have been ex-tensively studied in the past as models of Artificial Life. However, CAs, unlike the biological cellular model, are very brittle: any faulty cell usu-ally leads to the complete destruction of any emerging structures. In this paper, we propose a method, inspired by error-correcting-code the-ory, to develop fault-resistant rules at, almost, no extra cost. We then propose fault-tolerant substructures necessary to future fault-tolerant self-replicating structures.
AbstractWe construct a one-dimensional array of cellular automata on which arbitrarily large computa...
Since John von Neumann's seminal work on developing cellular automata models of self-replication, th...
A commonly used model for fault-tolerant computation is that of cellular automata. The essential dif...
Self-replicating structures in cellular automata have been extensively studied in the past as models...
Previous computational models of self-replication in cellular spaces have been manually designed, a ...
In a probabilistic cellular automaton in which all local transitions have positive probability, the ...
A commonly used model for fault-tolerant computation is that of cellular automata. The essential dif...
Self-repairing systems are those that are able to reconfigure themselves following disruptions to br...
The family of self-replicating cellular automata is interesting mainly for being able to demonstrate...
This thesis demonstrates for the first time that it is possible to automatically discover self-repli...
Understanding self-replication from an informa-tion processing perspective is important because, amo...
Abstract. This paper reviews the history of embedded, evolvable selfreplicating structures implement...
This thesis introduces cellular automata as an environment suitable for simulating complex and massi...
This thesis deals with cellular systems and their applications to self - replication data structures...
We construct a one-dimensional array of cellular automata on which arbitrarily large computations ca...
AbstractWe construct a one-dimensional array of cellular automata on which arbitrarily large computa...
Since John von Neumann's seminal work on developing cellular automata models of self-replication, th...
A commonly used model for fault-tolerant computation is that of cellular automata. The essential dif...
Self-replicating structures in cellular automata have been extensively studied in the past as models...
Previous computational models of self-replication in cellular spaces have been manually designed, a ...
In a probabilistic cellular automaton in which all local transitions have positive probability, the ...
A commonly used model for fault-tolerant computation is that of cellular automata. The essential dif...
Self-repairing systems are those that are able to reconfigure themselves following disruptions to br...
The family of self-replicating cellular automata is interesting mainly for being able to demonstrate...
This thesis demonstrates for the first time that it is possible to automatically discover self-repli...
Understanding self-replication from an informa-tion processing perspective is important because, amo...
Abstract. This paper reviews the history of embedded, evolvable selfreplicating structures implement...
This thesis introduces cellular automata as an environment suitable for simulating complex and massi...
This thesis deals with cellular systems and their applications to self - replication data structures...
We construct a one-dimensional array of cellular automata on which arbitrarily large computations ca...
AbstractWe construct a one-dimensional array of cellular automata on which arbitrarily large computa...
Since John von Neumann's seminal work on developing cellular automata models of self-replication, th...
A commonly used model for fault-tolerant computation is that of cellular automata. The essential dif...