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Autori principali: He, Peng, Wang, Xue-Ping
Natura: Preprint
Pubblicazione: 2024
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Accesso online:https://arxiv.org/abs/2412.04944
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author He, Peng
Wang, Xue-Ping
author_facet He, Peng
Wang, Xue-Ping
contents This article intends to characterize triangular norms on a finite lattice. We first give a method for generating a triangular norm on an atomistic lattice by the values of atoms. Then we prove that every triangular norm on a non-Boolean atomistic lattice is not left-continuous and $T_M$ is the uniquely left-continuous triangular norm on an atomistic Boolean lattice. Furthermore, we show that each atomistic Boolean lattice can be represented by a family of triangular norms on an atomistic lattice with the same number of atoms. Finally, we construct a triangular norm on a finite lattice by restricting a triangular norm on an extended atomistic lattice of the finite lattice to the finite lattice.
format Preprint
id arxiv_https___arxiv_org_abs_2412_04944
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Triangular norms on finite lattices
He, Peng
Wang, Xue-Ping
Combinatorics
This article intends to characterize triangular norms on a finite lattice. We first give a method for generating a triangular norm on an atomistic lattice by the values of atoms. Then we prove that every triangular norm on a non-Boolean atomistic lattice is not left-continuous and $T_M$ is the uniquely left-continuous triangular norm on an atomistic Boolean lattice. Furthermore, we show that each atomistic Boolean lattice can be represented by a family of triangular norms on an atomistic lattice with the same number of atoms. Finally, we construct a triangular norm on a finite lattice by restricting a triangular norm on an extended atomistic lattice of the finite lattice to the finite lattice.
title Triangular norms on finite lattices
topic Combinatorics
url https://arxiv.org/abs/2412.04944