High-precision seismic imaging is the core task of seismic exploration, guaranteeing the
accuracy of geophysical and geological interpretation. With the development of seismic …

The diffractive component of the wavefield is often treated as noise during traditional
preprocessing workflows. However, it possesses valuable information for imaging faults …

Diffractions always need more advertising. It is true that conventional seismic processing
and migration are usually successful in using specular reflections to estimate subsurface …

We present a new subsurface angle-domain seismic imaging system for generating and
extracting high-resolution information about subsurface angle-dependent reflectivity. The …

The size of the aperture has an important influence on the results of (Kirchhoff-type)
migration and demigration. For true-amplitude imaging, it is crucial not to have apertures …

This paper presents a method for elastic and viscoelastic imaging of multicomponent
seismic data. The method is based on Claerbout's survey-sinking concept and the (visco) …

Seismic data map** uses data at source and receiver locations one actually has to create
or simulate data at the locations one desires to have. The process is similar to seismic …

Seismic diffraction events, often overlooked as noise in conventional seismic imaging
methods, contain valuable high-resolution information about subsurface structures and …

In this work, we draw connections between the imaging conditions using the impedance
kernel, the inverse scattering imaging condition, and the energy norm imaging condition in …

In breast cancer diagnosis, ultrasound examination provides useful additional diagnostic
information. Moreover ultrasound does not harm biological tissue and can be applied …