With the Marchenko method, it is possible to retrieve Green's functions between virtual
sources in the subsurface and receivers at the surface from reflection data at the surface and …

Internal multiple reflections have been widely considered as coherent noise in measured
seismic data, and many approaches have been developed for their attenuation. The …

Reconstructing the details of subsurface structures deep beneath complex overburden
structures, such as subsalt, remains a challenge for seismic imaging. Over the past few …

Numerical integral operators of the convolution type form the basis of most wave-equation-
based methods for the processing and imaging of seismic data. Because several of these …

Marchenko methods are based on integral representations which express Green's functions
for virtual sources and/or receivers in the subsurface in terms of the reflection response at …

In recent years, a variety of Marchenko methods for the attenuation of internal multiples has
been developed. These methods have been extensively tested on two‐dimensional …

Short-period internal multiples, resulting from closely spaced interfaces, may interfere with
their generating (bandlimited) primaries, and hence they pose a long-standing challenge in …

The reflection response of strongly scattering media often contains complicated
interferences between primaries and (internal) multiples, which can lead to imaging artifacts …

Ocean-bottom seismic plays a crucial role in resource exploration and monitoring. However,
despite their undoubted potential, the use of coarse receiver geometries poses challenges …

Suppression of surface-related and internal multiples is an outstanding challenge in seismic
data processing. The former is particularly difficult in shallow water, whereas the latter is …