New distribution spaces associated to translation-invariant Banach spaces
arXiv:1310.4047 · doi:10.1007/s00605-014-0706-3
Abstract
We introduce and study new distribution spaces, the test function space and its strong dual . These spaces generalize the Schwartz spaces , , and their weighted versions. The construction of our new distribution spaces is based on the analysis of a suitable translation-invariant Banach space of distributions with continuous translation group, which turns out to be a convolution module over a Beurling algebra . The Banach space stands for . We also study convolution and multiplicative products on .
19 pages
References in corpus (2)
Cited by in corpus (16)
- On quasianalytic classes of Gelfand-Shilov type. Parametrix and convolution
- Convolution of ultradistributions and ultradistribution spaces associated to translation-invariant Banach spaces
- On PNT equivalences for Beurling numbers
- Translation-modulation invariant Banach spaces of ultradistributions
- Homogeneous Banach spaces as Banach convolution modules over
- Complex Tauberian theorems for Laplace transforms with local pseudofunction boundary behavior
- Tauberian class estimates for vector-valued distributions
- Modulation spaces associated to tensor products of amalgam spaces
- Vector valued Hardy spaces related to analytic functions having distributional boundary values
- Sequential conditions of integrability of Roumieu ultradistributions
- Convolutors of translation-modulation invariant Banach spaces of ultradistributions
- Convolution of Roumieu ultradistributions in sequential approach
- Besov regularity in non-linear generalized functions
- Sequence space representations for translation-modulation invariant function and distribution spaces
- Quasinormable -groups and translation-invariant Fréchet spaces of type
- Generalized exponentially bounded integrated semigroups