To get the best result for seismic imaging using primary reflections, data with densely-
spaced sources and receivers are ideally preferred. However, dense acquisition can …

Marchenko imaging can produce seismic reflection images in which artifacts related to
multiples are suppressed. However, in state-of-the-art implementations, multiples do not …

We address the problem of obtaining a reliable seismic image without prior knowledge of
the source wavelet, especially from data that contain strong surface-related multiples …

In the theoretical situation of noise-free, complete data volumes ('perfect data'), seismic data
matrices are fully filled and multiple-scattering operators have the minimum-phase property …

The latest trend in seismic imaging is incorporating multiples. Imaging with the full wavefield
extends illumination and improves seismic resolution, since multiples propagate differently …

Seismic surveys are often restricted due to finite number of receivers as well as missing near
and far offsets, thus affecting the illumination of subsurface. Surface-related multiples are …

Incorporating multiples in the seismic imaging has already become a recognized approach.
However, it is not yet fully investigated how to find an optimum way of constructing an image …