Convolution of ultradistributions and ultradistribution spaces associated to translation-invariant Banach spaces
arXiv:1409.4249 · doi:10.1215/21562261-3478916
Abstract
We introduce and study a number of new spaces of ultradifferentiable functions and ultradistributions and we apply our results to the study of the convolution of ultradistributions. The spaces of convolutors for tempered ultradistributions are analyzed via the duality with respect to the test function spaces , introduced in this article. We also study ultradistribution spaces associated to translation-invariant Banach spaces of tempered ultradistributions and use their properties to provide a full characterization of the general convolution of Roumieu ultradistributions via the space of integrable ultradistributions. We show that the convolution of two Roumieu ultradistributions $T,S\in \DD'^{\{M_p\}}\left(\RR^d\right)$ exists if and only if $\left(φ*\check{S}\right)T\in\DD'^{\{M_p\}}_{L^1}\left(\RR^d\right)$ for every $φ\in\DD^{\{M_p\}}\left(\RR^d\right)$.
38 pages
References in corpus (2)
Cited by in corpus (10)
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- On the space of ultradistributions vanishing at infinity
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- On the projective description of spaces of ultradifferentiable functions of Roumieu type
- A multidimensional Tauberian theorem for Laplace transforms of ultradistributions
- Extension of Localisation Operators to Ultradistributional Symbols With Super-Exponential Growth