Iterative substitution of the multidimensional Marchenko equation has been introduced
recently to integrate internal multiple reflections in the seismic imaging process. In so-called …

Seismic imaging provides much of our information about the Earth's crustal structure. The
principal source of imaging errors derives from simplicistically modeled predictions of the …

Marchenko redatuming is a revolutionary technique to estimate Green's functions from
virtual sources in the subsurface using only data measured at the earth's surface, without …

The Marchenko method makes it possible to compute subsurface-to-surface Green's
functions from reflection measurements at the surface. Applications of the Marchenko …

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 …

Marchenko imaging is a methodology to image the subsurface with two important
properties:(1) accurate amplitude and (2) free from free-surface and internal multiple …

Geoscientists often have little information about earth's subsurface heterogeneities prior to
mapping them using seismic or other geophysical data. Marchenko methods are a set of …

Marchenko redatuming allows one to use surface seismic reflection data to generate the
seismic response from sources at the surface to any point in the subsurface. Without …

State-of-the-art methods to image the earth's subsurface using active-source seismic
reflection data involve reverse time migration. This and other standard seismic processing …

Conventional seismic processing aims to create data that contain only primary reflections,
whereas real seismic recordings also contain multiples. As such, it is desirable to predict …