Reverse time migration (RTM) for attenuating media should take amplitude compensation
and phase correction into consideration. However, attenuation compensation during seismic …

Traditional full-waveform inversion (FWI) methods only render a “best-fit” model that cannot
account for uncertainties of the ill-posed inverse problem. Additionally, local optimization …

Due to increased computational capabilities afforded by modern and future computer
architectures, the seismology community is demanding a more comprehensive …

We propose and examine a variational method for determining optimal velocity fields from
semblance-like volumes using continuation. The proposed approach finds a minimal-cost …

We propose a fast full waveform inversion (FWI) method using double plane wave (DPW)
data in frequency domain. The gradient of the misfit function can be obtained efficiently …

For the traditional gradient inversion method, the Hessian matrix is an important factor to the
stability and computational efficiency. However, the accurate Hessian matrix is difficult to …