The presence of noise in towed marine seismic data is a long-standing problem. The various
types of noise present in marine seismic records are never truly random. Instead, seismic …

Seismic swell noise, often observed in marine seismic data, is characterised by high
amplitude and low frequencies. This noise significantly hides useful signals, underscoring …

Marine seismic is a well established method to search for subsurface hydrocarbon deposits.
However, the method is often limited by various sources of noise, of which flow and swell …

Vector-acoustic full-waveform inversion (VAFWI) directly inverts vector-acoustic (VA) data,
which consist of pressure and particle displacement components, at the cost of conventional …

Noises in marine seismic data are one of the biggest obstacles in seismic imaging. The most
significant step in seismic data processing is the removal of seismic noise, which can be …

Seismic acquisitions in urban areas represent a challenge due to the noisy environment
during the recording of the data. This often prevents obtaining high-resolution images of the …

Not much attention is given to direct wave arrivals in marine seismic data that are acquired
for petroleum exploration and prospecting. These direct arrivals are usually muted out in …

During seismic investigations, multiple and unexpected sources may cause serious
interference on seismic records, and coherent noise generated by another unwanted active …

Fractures largely control reservoir permeability and, therefore, it is of immediate importance
to know the geometrical parameters of fracture sets and their effects on seismic data. To …

Deep learning-based models, such as convolutional neural networks, have advanced
various segments of computer vision. However, this technology is rarely applied to seismic …