On rearrangement inequalities for T-norm logics

Fuente: arXiv
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Main Author: Wu, Chai Wah
Format: Preprint
Published: 2022
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author Wu, Chai Wah
author_facet Wu, Chai Wah
contents The rearrangement inequality states that the sum of products of permutations of 2 sequences of real numbers are maximized when the terms are similarly ordered and minimized when the terms are ordered in opposite order. We show that similar inequalities exist for multi-valued logic with the multiplication and addition operation replaced with various T-norms and T-conorms respectively. For instance, we show that the rearrangement inequality holds when the T-norms and T-conorms are derived from Archimedean copulas.
format Preprint
id arxiv_https___arxiv_org_abs_2204_06051
institution arXiv
publishDate 2022
record_format arxiv
spellingShingle On rearrangement inequalities for T-norm logics
Wu, Chai Wah
Logic
06D30, 06D72, 62H05, 05A20, 05E40, 03B52
The rearrangement inequality states that the sum of products of permutations of 2 sequences of real numbers are maximized when the terms are similarly ordered and minimized when the terms are ordered in opposite order. We show that similar inequalities exist for multi-valued logic with the multiplication and addition operation replaced with various T-norms and T-conorms respectively. For instance, we show that the rearrangement inequality holds when the T-norms and T-conorms are derived from Archimedean copulas.
title On rearrangement inequalities for T-norm logics
topic Logic
06D30, 06D72, 62H05, 05A20, 05E40, 03B52
url https://arxiv.org/abs/2204.06051