Classification of one-dimensional chaotic models
Valery Mikhailovich Anikin, С. С. Аркадакский, S. N. Kuptsov, Alexander S. Remizov
Abstract
Valery Mikhailovich Anikin, С. С. Аркадакский, S. N. Kuptsov, Alexander S. Remizov
Abstract
Classifying chaotic maps using the relation between a map and its conjugate basic map with uniform invariant distribution is suggested. It is shown that every symmetric one-dimensional chaotic map with two monotonic branches is topologically equivalent to a tent map or a Bernoulli shift. An algorithm for finding a function conjugating two maps is formulated.
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Classifying chaotic maps using the relation between a map and its conjugate basic map with uniform invariant distribution is suggested. It is shown that every symmetric one-dimensional chaotic map with two monotonic branches is topologically equivalent to a tent map or a Bernoulli shift. An algorithm for finding a function conjugating two maps is formulated.
Key concepts: Chaotic, Chaotic map, Monotonic function, Bernoulli's principle, Topological conjugacy, Invariant (physics), Mathematics, Relation (database)