| J. Gorodkin, A. Srensen and O. Winther 1993, "Neural networks and cellular automata complexity, " Complex Systems 7, 1--23. |
....few quantitative measurements on the behavior of cellular automata, his profound observation that cellular automata could be classified into four distinct types has provided the impetus for a significant body of work investigating the complexity and dynamical behavior of cellular automata. See [26, 10, 9, 16] for example. Wolfram divided the types of patterns that evolve in cellular automata into four basic classes. In Wolfram s own words, these four classes are described qualitatively as follows. I) Evolution leads to a homogeneous state. II) Evolution leads to a set of separated, simple, stable or ....
J. Gorodkin, A. Sorensen, and O. Winther. Neural networks and cellular automata complexity. Complex Systems, 7:1--23, 1993.
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J. Gorodkin, A. Srensen and O. Winther 1993, "Neural networks and cellular automata complexity, " Complex Systems 7, 1--23.
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Gorodkin J, Sørensen A, Winther O 1993b Neural networks and cellular automata complexity. Complex Systems, 7, 1--23.
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J. Gorodkin, A. Sørensen and O. Winther, "Neural networks and cellular automata complexity, " Complex Systems 7, 1--23 (1993).
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