1979
DOI: 10.5802/aif.734
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Transformation de Fourier sur les espaces $\ell^p(L^p)$

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Cited by 24 publications
(26 citation statements)
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“…the so-called "amalgams" of Holland [9], and the spaces /^(I/) of Bertrandias et al [I], [2]). This raises the question whether or not So(G) coincides with one of these spaces, or more generally, what can be said about functions belonging to S()(G).…”
Section: A Characterization Of the Minimal Strongly Character Invariamentioning
confidence: 99%
“…the so-called "amalgams" of Holland [9], and the spaces /^(I/) of Bertrandias et al [I], [2]). This raises the question whether or not So(G) coincides with one of these spaces, or more generally, what can be said about functions belonging to S()(G).…”
Section: A Characterization Of the Minimal Strongly Character Invariamentioning
confidence: 99%
“…Pour G = R ou R' tycki [17] et dans un cas plus général par F. Rolland [11]. Ces espaces interviennent dans certains problèmes d'analyse harmonique : par exemple le plus grand espace « solide » de fonctions sur lequel la transformation de Fourier peut se définir au moyen d'un prolongement par continuité est l'espace P(L 1 ) (voir [5] et [17]). …”
Section: Unions Et Intersections D^espaces I/ Invariantes Par Translaunclassified
“…Our method resembles the one used by HOLLAND [21], STEWART [31], BERTRANDIAS and DuPuIs [3], and FEICHTINGER [14]. Instead of using Lemma 0, these authors essentially use the fact that there is a function g in (L ~176 l 1) (t~) so that g (x) = 1 for all x in L and they use the convolution inequality:…”
Section: ) (G) []mentioning
confidence: 99%