arXiv:2404.03148 [math.FA]AbstractReferencesReviewsResources
Convexity and Osculation in Normed Spaces
Published 2024-04-04Version 1
Constructive properties of uniform convexity, strict convexity, near convexity, and metric convexity in real normed linear spaces are considered. Examples show that certain classical theorems, such as the existence of points of osculation, are constructively invalid. The methods used are in accord with principles introduced by Errett Bishop
Journal: Rocky Mountain J. Math. 43(2013), 551-561
Categories: math.FA
Subjects: 46B20
Tags: journal article
Related articles: Most relevant | Search more
arXiv:1207.0074 [math.FA] (Published 2012-06-30)
Angles and a Classification of Normed Spaces
arXiv:0912.2039 [math.FA] (Published 2009-12-10)
A Mazur-Ulam theorem for Mappings of conservative distance in non-Archimedean $n$-normed spaces
arXiv:2107.02491 [math.FA] (Published 2021-07-06)
Orthogonality in normed spaces