Imaging earth's structures is fundamental to the earth's interior, yet how to reconstruct earth's
heterogeneities using full-waveform inversion of full wavefield data that includes primary …

Understanding wave scattering in the earth is considered fundamental in describing seismic
wave propagation and providing information on structural features of the earth's interior …

Uncertainty quantification in the context of seismic imaging is important for interpreting
inverted subsurface models and updating reservoir models. The limited illumination, noisy …

We have developed a finite-difference iterative solver of the Helmholtz equation for seismic
modeling and inversion in the frequency domain. The iterative solver involves the shifted …

We present an application of the homotopy analysis method for solving the integral
equations of the Lippmann–Schwinger type, which occurs frequently in acoustic and seismic …

The purpose of the paper is twofold. First, a modified Green's function (MGF) approach is
described for solving the time-independent inhomogeneous optoacoustic (OA) wave …

Estimation of subsurface properties by using the scattering integral equation is a method that
finds increasing use in near-surface and shallow oil/gas exploration, based on seismic, low …

In this work the Lippmann–Schwinger equation is used to model seismic waves in strongly
scattering acoustic media. We consider the Helmholtz equation, which is the scalar wave …

The calculation of Green's function is the core of seismic forward and inverse methods
based on integral operators. When the Lippmann-Schwinger (LS) equation is used to …

The modified Born series method is a fast and accurate method for simulating wave
propagation in complex structures. Currently, its main limitation is that the size of the …