超克隆的伽罗瓦连接

Hajime Machida, J. Pantović, I. Rosenberg
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引用次数: 3

摘要

本文的灵感来自于Tarasov的一篇研究两元集合上的极大部分克隆的论文。塔拉索夫的方法恰好可以翻译成超克隆理论的语言。他引入了准复合的概念,赋予扩展超运算其复合的扩展。我们在扩展超操作集合中引入了一个新的操作,并将拟克隆定义为包含对新操作闭合的所有投影的扩展超操作的复合闭集。对于扩展超运算集与幂关系集之间的伽罗瓦连接,证明了所有保持所有关系的扩展超运算集e是一个拟克隆,并且对于a的幂集上不带空集的关系集R,每个拟克隆的形式为ePolR。最后,我们在超克隆框架下重新陈述了Tarasov的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Galois Connection for Hyperclones
This paper is inspired by the paper of Tarasov in which he investigates maximal partial clones on a two-element set. It happens that the approach of Tarasov can be translated into the language of hyperclone theory. He introduced a notion of quasicomposition which assigns to extended hyperoperations extension of their composition. We introduce a new operation in the set of extended hyperoperation and define a quasiclone as a composition closed set of extended hyperoperations containing all projections which is closed with respect to the new operation. For a Galois connection between sets of extended hyperoperations and power relations, we prove that the set of all extended hyperoperations e-preserving every relation is a quasiclone and that each quasiclone is of the form ePolR for a set R of relations on the power set of A without empty-set. Finally, we re-state results of Tarasov in hyperclone framework.
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