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      Dp-minimal expansions of discrete ordered abelian groups

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          Abstract

          If \(\mathscr{Z}\) is a dp-minimal expansion of a discrete ordered abelian group \((Z,<,+)\) and \(\mathscr{Z}\) does not admit a nontrivial definable convex subgroup then \(\mathscr{Z}\) is interdefinable with \((Z,<,+)\) and \((Z,<,+)\) is elementarily equivalent to \((\mathbb{Z},<,+)\).

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          Presburger sets and p-minimal fields

          We prove a cell decomposition theorem for Presburger sets and introduce a dimension theory for Z-groups with the Presburger structure. Using the cell decomposition theorem we obtain a full classification of Presburger sets up to definable bijection. We also exhibit a tight connection between the definable sets in an arbitrary p-minimal field and Presburger sets in its value group. We give a negative result about expansions of Presburger structures and prove uniform elimination of imaginaries for Presburger structures within the Presburger language.
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            Presburger arithmetic and recognizability of sets of natural numbers by automata: New proofs of Cobham's and Semenov's theorems

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              Elementary properties of ordered abelian groups

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                Author and article information

                Journal
                14 March 2019
                Article
                1903.06222
                4f3ead58-7f7f-4950-a069-5cb8cb06e5d7

                http://arxiv.org/licenses/nonexclusive-distrib/1.0/

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                4 pages
                math.LO

                Logic & Foundation
                Logic & Foundation

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