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 …

Compared with first-order surface-related multiples from marine data, the onshore internal
multiples are weaker and are always combined with a hazy and occasionally strong …

Internal multiple prediction and removal is a critical component of seismic data processing
prior to imaging, inversion, and quantitative interpretation. Inverse scattering series methods …

ABSTRACT The Inverse Scattering Series (ISS) internal multiple attenuation algorithm can
predict the exact time and approximate amplitude of every internal multiple at all offsets at …

abstract Seismic prediction of cracks is of great significance in many disciplines, for which
the rock physics model is indispensable. However, up to now, multitudinous analytical …

In this paper, the 3-D inverse scattering series (ISS) internal multiple attenuation algorithm
(Araújo et al., 1994; Weglein et al., 1997, 2003) is modified for a one-dimensional …

Recently, attenuation of surface-related multiples is implemented by a largescale sparsity-
promoting inversion where the primaries are iteratively estimated without a subtraction …

Many seismic processing methods require subsurface information to be effective. As the
petroleum industry moves to more complex offshore and onshore plays, that requirement …

Inverse scattering series (ISS) de-multiple methods do not require any subsurface
information to achieve seismic processing objectives. In specific applications of the ISS de …