Abstract:STEPAN BILAN, MYKOLA BILAN, SERGII BILAN
NOVEL PSEUDO-RANDOM SEQUENCE OF NUMBERS GENERATOR BASED CELLULAR AUTOMATAThis paper considers a novel pseudo-random bit sequence generator, which is implemented on a cellular automaton. It presents the hardware implementation of the generator and it the software simulation. With the help of the software model is testing of the random number generator was conducted. Tests showed a positive result, which confirms the high statistical properties of the generated random seq… Show more
“…From now on we assume that A 1 is a permutation automaton having δ A1 (a, x) = δ A1 (a, x ) for every a, x, x ∈ Σ, x = x , and we say that B is a key-automaton with respect to the permutation automaton A 1 called the basic automaton of B. 2 Theorem 1 in [6] concerns key automata consisting of basic automata having a transition table forming a Latin cube. The next statement is formally the same but, of course, it concerns key automata consisting of basic automata having a transition table forming a Latin square.…”
Section: Constructionmentioning
confidence: 99%
“…The first pseudorandom number generator based on cellular automata was proposed by S. Wolfram [29,30] and there are many pseudorandom generators based on cellular automata today. (See [2]- [5], [8]- [16], [19,20], [23]- [28]).…”
In this paper a new Pseudorandom Number Generator based on compositions of abstract automata is presented. We show that it has full cycle with length of 2 128 . It is also shown that the output satisfies the statistical requirements of the NIST randomness test suite.Povzetek: V prispevku je predstavljen nov psevdonaključni generator števil.
“…From now on we assume that A 1 is a permutation automaton having δ A1 (a, x) = δ A1 (a, x ) for every a, x, x ∈ Σ, x = x , and we say that B is a key-automaton with respect to the permutation automaton A 1 called the basic automaton of B. 2 Theorem 1 in [6] concerns key automata consisting of basic automata having a transition table forming a Latin cube. The next statement is formally the same but, of course, it concerns key automata consisting of basic automata having a transition table forming a Latin square.…”
Section: Constructionmentioning
confidence: 99%
“…The first pseudorandom number generator based on cellular automata was proposed by S. Wolfram [29,30] and there are many pseudorandom generators based on cellular automata today. (See [2]- [5], [8]- [16], [19,20], [23]- [28]).…”
In this paper a new Pseudorandom Number Generator based on compositions of abstract automata is presented. We show that it has full cycle with length of 2 128 . It is also shown that the output satisfies the statistical requirements of the NIST randomness test suite.Povzetek: V prispevku je predstavljen nov psevdonaključni generator števil.
Пермутация, или перестановка элементов, матрицы-это один из способов генерации псевдослучайного числа. Простейшими пермутациями являются поворот, отражение и транспонирование матрицы. Перестановочные алгоритмы легко проектируемы на клеточно-автоматном формализме, где уже относительно давно исследуются способы созда-Сетевое научное издание http://mathmelpub.ru
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