2015
DOI: 10.1007/s11425-015-5065-6
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Conjugacy between piecewise monotonic functions and their iterative roots

Abstract: It was proved that all continuous functions are topologically conjugate to their continuous iterative roots in monotonic cases. An interesting problem reads: Does the same conclusion hold in non-monotonic cases? We give a negative answer to the problem by presenting a necessary condition for the topological conjugacy, which helps us construct counter examples. We also give a sufficient condition as well as a method of constructing the topological conjugacy.

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Cited by 3 publications
(1 citation statement)
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“…So we need to identify which iterative roots are genetic or not. This problem was considered in [11] for a special class of PM functions of height 1, each of which has a characteristic interval bounded by an endpoint of the domain and is homeomorphic onto the characteristic interval but does not reach an endpoint of the characteristic interval outside. Theorem 2 of [12] indicates that all its iterative roots are in the simplest mode of 1-extension.…”
mentioning
confidence: 99%
“…So we need to identify which iterative roots are genetic or not. This problem was considered in [11] for a special class of PM functions of height 1, each of which has a characteristic interval bounded by an endpoint of the domain and is homeomorphic onto the characteristic interval but does not reach an endpoint of the characteristic interval outside. Theorem 2 of [12] indicates that all its iterative roots are in the simplest mode of 1-extension.…”
mentioning
confidence: 99%