We show that if the summability means in the Fourier inversion formula for a tempered distribution f is an element of S'(R-n) converge to zero pointwise in an open set Omega, and if those means are locally bounded in L-1 (Omega), then Omega subset of R-n\supp f. We prove this for several summability procedures, in particular for Abel summability, Cesaro summability and Gauss-Weierstrass summability
AbstractThe classical Poisson summation formula (1.1) and the corresponding distributional formula (...
We investigate the point behavior of periodic functions and Schwartz distributions when the Fourier ...
summary:Given a distribution $T$ on the sphere we define, in analogy to the work of Łojasiewicz, the...
We show that if the summability means in the Fourier inversion formula for a tempered distribution f...
In this article we show that the order of the point value, in the sense of Łojasiewicz, of a tempere...
summary:We show that the Fourier-Laplace series of a distribution on the real, complex or quarternio...
In this article we show that the distributional point values of a tempered distribution are characte...
In this article we show that the distributional point values of a tempered distribution are characte...
This dissertation studies local and asymptotic properties of distributions (generalized functions) i...
In this paper we generalize the Fourier transform from the space of tempered distributions to a bigg...
AbstractMultiresolution analysis of tempered distributions is studied through multiresolution analys...
We give a characterization, in one variable case, of those C-infinity multipliers F such that the di...
Master of ScienceDepartment of MathematicsMarianne KortenDistribution theory is an important tool in...
For each $f\in L^p({\mathbb R)}$ ($1\leq p<\infty$) it is shown that the Fourier transform is the di...
In previous studies we used Laurent Schwartz’ theory of distributions to rigorously introduce discre...
AbstractThe classical Poisson summation formula (1.1) and the corresponding distributional formula (...
We investigate the point behavior of periodic functions and Schwartz distributions when the Fourier ...
summary:Given a distribution $T$ on the sphere we define, in analogy to the work of Łojasiewicz, the...
We show that if the summability means in the Fourier inversion formula for a tempered distribution f...
In this article we show that the order of the point value, in the sense of Łojasiewicz, of a tempere...
summary:We show that the Fourier-Laplace series of a distribution on the real, complex or quarternio...
In this article we show that the distributional point values of a tempered distribution are characte...
In this article we show that the distributional point values of a tempered distribution are characte...
This dissertation studies local and asymptotic properties of distributions (generalized functions) i...
In this paper we generalize the Fourier transform from the space of tempered distributions to a bigg...
AbstractMultiresolution analysis of tempered distributions is studied through multiresolution analys...
We give a characterization, in one variable case, of those C-infinity multipliers F such that the di...
Master of ScienceDepartment of MathematicsMarianne KortenDistribution theory is an important tool in...
For each $f\in L^p({\mathbb R)}$ ($1\leq p<\infty$) it is shown that the Fourier transform is the di...
In previous studies we used Laurent Schwartz’ theory of distributions to rigorously introduce discre...
AbstractThe classical Poisson summation formula (1.1) and the corresponding distributional formula (...
We investigate the point behavior of periodic functions and Schwartz distributions when the Fourier ...
summary:Given a distribution $T$ on the sphere we define, in analogy to the work of Łojasiewicz, the...