Reverse time migration (RTM) is a seismic imaging method to map the subsurface reflectivity
using recorded seismic waveforms. The practice in exploration seismology has long …

Full waveform inversion (FWI) is a high-resolution seismic imaging technique that is based
on using the entire content of seismic traces for extracting physical parameters of the …

Five alternative algorithms were evaluated to circumvent the excessive storage requirement
imposed by saving source wavefield snapshots used for the crosscorrelation image …

A truncated Newton (TRN) method for time-domain full waveform inversion (FWI) in a visco-
acoustic medium has been developed based on the 2nd-order adjoint state formulation …

We introduce a technique to compute exact anelastic sensitivity kernels in the time domain
using parsimonious disk storage. The method is based on a reordering of the time loop of …

We develop a two‐dimensional full waveform inversion approach for the simultaneous
determination of S‐wave velocity and density models from SH‐and Love‐wave data. We …

Three-dimensional implementations of reverse time migration (RTM) and full-waveform
inversion (FWI) require efficient schemes to access the incident field to apply the imaging …

Reverse-time migration (RTM) has the particular capacity for complex geological structure
imaging. However, massive storage and high computational costs caused by conventional …

Reverse time migration (RTM) has shown increasing advantages in handling seismic
images of complex subsurface media, but it has not been used widely in 3D seismic data …

We develop a fractional Laplacian viscoacoustic wave equation-based full waveform
inversion (FWI) method. The main novelty is efficient reconstruction of the source wavefields …