## A novel mollifier inversion scheme for the Laplace transform In this article we present a novel inversion method for the Laplace transform for non-equidistant scanning points applying the approximate inverse to this transform. The approximate inverse is a regularization technique for inverse pr
A Hausdorff-like moment problem and the inversion of the Laplace transform
β Scribed by Nguyen Dung; Nguyen Vu Huy; Pham Hoang Quan; Dang Duc Trong
- Publisher
- John Wiley and Sons
- Year
- 2006
- Tongue
- English
- Weight
- 159 KB
- Volume
- 279
- Category
- Article
- ISSN
- 0025-584X
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β¦ Synopsis
Abstract
We consider the problem of finding u β L ^2^(I ), I = (0, 1), satisfying
β«~I~ u (x )x d__x__ = ΞΌ ~k~ ,
where k = 0, 1, 2, β¦, (Ξ± ~k~ ) is a sequence of distinct real numbers greater than β1/2, and ΞΌ = (ΞΌ ~kl~ ) is a given bounded sequence of real numbers. This is an illβposed problem. We shall regularize the problem by finite moments and then, apply the result to reconstruct a function on (0, +β) from a sequence of values of its Laplace transforms. Error estimates are given. (Β© 2006 WILEYβVCH Verlag GmbH & Co. KGaA, Weinheim)
π SIMILAR VOLUMES
Necessary and sufficient conditions are given for a Banach-space-valued function f to be the Laplace-Stieltjes transform of a function of bounded variation. These conditions are used to obtain generation theorems for both absolutely continuous integrated semigroups and Abel summable semigroups.
## Abstract Based on a Lagrangian interpolation, a heuristic scheme is developed for the inversion of certain types of Laplace transforms and is applied to the solution of problems of interest to chemical engineers for which the exact solution is either very difficult or impossible to obtain. The s
## A posteriori error estimation of the p-Laplace problem Two a posteriori error estimates are discussed for the p-Laplace problem. Up to errors in their numerical computation, they provide a guaranteed upper bound for the W 1,p -seminorm and a weighted W 1,2 -seminorm of uu h . The first, sharper
## Abstract The Radon transform __R__(__p__, ΞΈ), ΞΈβ__S__^__n__β1^, __p__ββ^1^, of a compactly supported function __f__(__x__) with support in a ball __B__~__a__~ of radius a centred at the origin is given for all \documentclass{article}\pagestyle{empty}\begin{document}$ \theta \in \mathop {S^{n - 1