Uniqueness and stability for a seismic-type generalized Radon transform

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초록

In this paper, we consider a generalized seismic Radon transform that maps a given function to its integrals over a certain family of curves in the plane. Such transforms arise in many areas of mathematics, geophysics, and imaging science. This paper contains new explicit inversion formulas of this generalized seismic Radon transform for various families of curves based on their monotonicity. We derive an analogue of the Fourier slice theorem and present a Sobolev space to obtain a stability estimate for this Radon transform. Finally, we consider local uniqueness results for which we prove a sufficiency theorem.

키워드

Seismic Radon transform; inversion formulas; reflection seismology; stability estimate; local uniqueness; 44-11; CURVES; FAMILY
제목
Uniqueness and stability for a seismic-type generalized Radon transform
저자
Gouia-Zarrad, Rim; Moon, Sunghwan
DOI
10.1080/10652469.2024.2306652
발행일
2024-04-02
유형
Article
저널명
Integral Transforms and Special Functions
권
35
호
4
페이지
247 ~ 259