On finiteness theorems of polynomial functions
Let d be a positive integer. We show a finiteness theorem for semialgebraic RL triviality of a Nash family of Nash functions defined on a Nash manifold, generalising Benedetti-Shiota's finiteness theorem for semialgebraic RL equivalence classes appearing in the space of real polynomial function...
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Zusammenfassung: | Let d be a positive integer. We show a finiteness theorem for semialgebraic
RL triviality of a Nash family of Nash functions defined on a Nash manifold,
generalising Benedetti-Shiota's finiteness theorem for semialgebraic RL
equivalence classes appearing in the space of real polynomial functions of
degree not exceeding d. We also prove Fukuda's claim, Theorem 1.3, and its
semialgebraic version Theorem 1.4, on the finiteness of the local R types
appearing in the space of real polynomial functions of real polynomial function
germs of degree not exceeding d. |
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DOI: | 10.48550/arxiv.2106.09918 |