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Finite transducers for divisibility monoids

机译:用于除数半定式的有限换能器

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Divisibility monoids are a natural lattice-theoretical generalization of Mazurkiewicz trace monoids, namely monoids in which the distributivity of the involved divisibility lattices is kept as an hypothesis, but the relations between the generators are not supposed to necessarily be commutations, Here, we show that every divisibility monoid admits an explicit finite transducer which allows to compute normal forms in quadratic time. In addition, we prove that every divisibility monoid is biautomatic.
机译:可整等分体是Mazurkiewicz痕迹等分体的自然晶格理论概括,即其中将所涉及的可整分晶格的分布保持为假设的等分体,但生成器之间的关系不必一定是可交换的,在这里,我们证明每个可除的monoid都允许一个显式的有限换能器,该换能器可以计算二次时间的正态形式。此外,我们证明了每个可除的半定式都是双自动的。

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