The determination of subsurface elastic property models is crucial in quantitative seismic
data processing and interpretation. This problem is commonly solved by deterministic …

Least‐squares migration has been shown to improve image quality compared to the
conventional migration method, but its computational cost is often too high to be practical. In …

The next‐generation seismic imaging algorithms will consider multiple scattering as
indispensable information, being referred to as Full‐Wavefield Migration. In addition, these …

Multiple scattering is usually ignored in migration algorithms, although it is a genuine part of
the physical reflection response. When properly included, multiples can add to the …

This paper focuses on the concept of using blended data and multiple scattering directly in
the migration process, meaning that the blended input data for the proposed migration …

In marine exploration seismology, surface-related multiples are usually treated as noise
mainly because subsequent processing steps, such as migration velocity analysis and …

Imagine placing a receiver at any location in the earth and recording the response at that
location to sources on the surface. In such a world, we could place receivers around our …

We present two direct iterative solutions to the nonlinear seismic waveform inversion
problem that are based on volume integral equation methods for seismic forward modelling …

We present an integrated algorithm for high‐resolution crustal‐scale imaging utilizing long‐
offset wide‐angle ocean‐bottom seismometer (OBS) data and short‐offset multichannel …

Internal multiple reflections have different propagation paths than primary reflections and
surface-related multiples; thus, they can complement illumination where other waves are …