The network view of cellular automata focuses on the effective relationships between cells rather than the states themselves. In this article, we review a network representation presented in previous papers and present network graphs derived from all independent rules of one-dimensional elementary cellular automata and totalistic five-neighbor cellular automata. Removal of the transient effects of initial configurations improves the visibility of the dynamical characteristics of each rule. Power-law distributions of lifetimes and sizes of avalanches caused by one-cell perturbations of an attractor are exhibited by the derived network of Rule 11 (or 52) of totalistic five-neighbor cellular automata.
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