General theorem for the existence of iterative roots of homeomorphisms with periodic points (Q439275)
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scientific article; zbMATH DE number 6062826
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | General theorem for the existence of iterative roots of homeomorphisms with periodic points |
scientific article; zbMATH DE number 6062826 |
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General theorem for the existence of iterative roots of homeomorphisms with periodic points (English)
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1 August 2012
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The paper contains results concerning the equation \(G^m=F\), where \(F\) is a given continuous orientation-preserving mapping of the unit circle \(S^1\) into itself with fixed or periodic points and \(m\) is a fixed integer \(>1\). The unknown function \(G: S^1\to S^1\) is assumed to be continuous and orientation-preserving as well. These results generalize results found earlier by the author.
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iteration
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iterative root
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periodic point
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rotation number
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orientation-preserving mapping
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unit circle
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0.9273386
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0.8893627
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0.88139564
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0.88083386
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0.87688756
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0.87676275
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