Blended acquisition along with efficient detector and source geometries allows for a cost-
effective operation. The outcome of subsequent deblending and data reconstruction is of …

Blended or simultaneous source shooting is becoming more widely used in seismic
exploration and monitoring, which can provide significant uplift in terms of acquisition quality …

Compressive sensing introduces novel perspectives on non‐uniform sampling, leading to
substantial reductions in acquisition cost and cycle time compared to current seismic …

In many land seismic situations, the complex seismic wave propagation effects in the near‐
surface area, due to its unconsolidated character, deteriorate the image quality. Although …

Accurate surface-related multiple removal is an important step in conventional seismic
processing, and more recently, primaries and surface multiples are separated such that …

In many cases, seismic measurements are coarsely sampled in at least one dimension. This
leads to aliasing artefacts and therefore to problems in the subsequent processing steps. To …

We compare a 3D sparse time-domain Radon interpolator (TDRI) with frequency-domain
matching pursuit Fourier interpolation (MPFI) using synthetic data and field data. MPFI and …

The application of blended acquisition has drawn considerable attention owing to its ability
to improve the operational efficiency as well as the data quality and health, safety and …

The estimation of the upgoing wavefield based on a ghost model is well-known as receiver
deghosting. The shape of the rough and dynamic (time-varying) sea surface and the varying …

Near-field hydrophone (NFH) data have gained significant attention recently, due to their
unique properties and applications. The application of the NFH is no longer limited only to …