Extensions of Set-valued Mapping on Non-Dedeking complete Ordered Topological Vector Spaces
Xin-dong Liu
Abstract
Xin-dong Liu
Abstract
In functional analysis,the classical Hahn-Banach extension theorem and most of its generalization play a very important role on condition that the value space must be a Dedekind complete vector space.In this paper,we also show that a extension theorem concerning set-valued mapping that the value space is a partially ordered topological vector space which the order is induced by cone but not a Dedeking complete vector space.
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In functional analysis,the classical Hahn-Banach extension theorem and most of its generalization play a very important role on condition that the value space must be a Dedekind complete vector space.In this paper,we also show that a extension theorem concerning set-valued mapping that the value space is a partially ordered topological vector space which the order is induced by cone but not a Dedeking complete vector space.
Key concepts: Topological vector space, Ordered vector space, Dual space, Mathematics, Vector space, Normed vector space, Extension (predicate logic), Topological space