Two common ones are the second-order cellular automaton and the block cellular automaton, both of which involve modifying the definition of a cellular automaton in some way.

Now that I’ve covered the basic concepts, algorithms, and programming strategies behind the most famous 1D and 2D CA, it’s time to think about how you might take this foundation of …

1. Introduction This paper is a study of cellular automata as computational programs and their remarkable ability to create complex behavior from simple rules. We examine a number of …

This page contains algorithms for five cellular automata. What is common to all five is as follows: A rectangular grid whose elements (positions) are specified by row number and column …

Cellular automata can compute functions and solve algorithmic problems and, with suitable rules, can emulate a universal Turing machine. The idea of cellular automata is credited to Stan …

A “cellular automaton” is an automaton which is formed of a large number of cells, identical small automata, evolving in a synchronized manner and in-terdependent : the state of a cell at a …

Mar 26, 2012 · Cellular automata (henceforth: CA) are discrete, abstract computational systems that have proved useful both as general models of complexity and as more specific …