Full waveform inversion is an effective tool for recovering the properties of the Earth from
seismograms. However, it suffers from local minima caused mainly by the limited accuracy of …

Strong-scattering inversion or the inverse problem for strong scattering has different physical-
mathematical foundations from the weak-scattering case. Seismic inversion based on wave …

Full waveform inversion (FWI) has been regarded as an effective tool to build the velocity
model for the following pre-stack depth migration. Traditional inversion methods are built on …

We derived the renormalized nonlinear sensitivity operator and the related inverse thin-slab
propagator (ITSP) for nonlinear tomographic waveform inversion based on the theory of …

The reversion of the Born-Neumann series of the Lippmann-Schwinger equation is one of
the standard ways to solve the inverse acoustic scattering problem. One limitation of the …

全波形反演可提供高精度的地下介质参数空间分布, 但传统的全波形反演方法建立在Born
近似的基础上, 对初始模型具有一定的依赖性. 为了摆脱Born 近似的束缚, 本文基于二维常密度 …

Iterative solution process is fundamental in seismic inversions, such as in full-waveform
inversions and some inverse scattering methods. However, the convergence could be slow …

This note is concerned with a computational method for an inverse problem for Helmholtz
equation. It seeks to recover a subsurface material property based on data collected at the …

This paper analyzes inverse scattering for the one-dimensional Helmholtz equation in the
case where the wave speed is piecewise constant. Scattering data recorded for an arbitrarily …

With the development of seismic exploration and exploitation, it is necessary to study the
accurate parameter distribution finely describing the subsurface. Full Waveform Inversion …