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arXiv 1909.06602math.FA
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具有凸基的G-模上的范数希尔伯特空间

Norm Hilbert spaces over G-modules with a convex base

Elena Olivos, Herminia Ochsenius

摘要:

通过与经典定义的类比,将范数希尔伯特空间$E$定义为值域$K$上的巴拿赫空间,其中每个闭子空间都有一个正交补。在秩1的情况下(即空间的值群和范数集都包含在$[0, \infty)$中),它们是由van Rooij在他1978年的经典著作中描述的,但是这个名字本身是由Ochsenius和Schikhof在1999年为具有无限秩赋值的空间的情况引入的。这里我们也将只考虑包含在$(\R^+,\cdot)$中的值群,然而我们从无限秩的情况中借用空间的范数集的$G$ -模的概念。它们的结构允许比$\R$的有序子集更大的复杂性。本文描述了一类新的范数希尔伯特空间,其中$G$ -模具有凸基.其特点将是我们研究的重点。

英文摘要:

By analogy with the classical definition, a Norm Hilbert space $E$ is defined as a Banach space over a valued field $K$ in which each closed subspace has an orthocomplement. In the rank one case (that is, the value group as well as the set of norms of the space are contained in $[0, \infty)$), they were described by van Rooij in his classical book of 1978, but the name itself was introduced in 1999 by Ochsenius and Schikhof for the case of spaces with an infinite rank valuation. Here we shall also consider only value groups that are contained in $(\R^+,\cdot)$, yet we borrow from the infinite rank case the notion of a $G$-module for the set of norms of the space. Their structure allows for greater complexity than that of ordered subsets of $\R$. In this paper we describe a new class of Norm Hilbert spaces, those in which the $G$-module has a convex base. Their characteristics will be the focus of our study.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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