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http://dx.doi.org/10.13089/JKIISC.2004.14.6.25

Generation of Maximum Length Cellular Automata  

Choi Un-Sook (영산대학교)
Cho Sung-Jin (부경대학교)
Abstract
Linear cellular automata(CA) which generate maximum-length cycles, have wide applications in generation of pseudo-random patterns, signature analysis, cryptography and error correcting codes etc. Linear CA whose characteristic polynomial is primitive has been studied. In this paper Ive propose a effective method for generation of a variety of maximum-length CA(MLCA). And we show that the complemented CA's derived from a linear MLCA are all MLCA. Also we analyze the Properties of complemented MLCA. And we prove that the number of n-cell MLCA is ${\phi}(2^{n}-1)2^{n+1}$/n.
Keywords
Cellular Automata; Maximum length CA; Primitive polynomial; Characteristic polynomial; Complemented CA;
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Times Cited By KSCI : 1  (Citation Analysis)
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