Introduction to Petroleum Seismology, second edition, provides the theoretical and practical
foundation for tackling present and future challenges of petroleum seismology, especially …

This paper presents a new, wave-equation based method for eliminating the effect of the
free surface from marine seismic data without destroying primary amplitudes and without …

Most of the current seismic data processing techniques make use of primaries for imaging or
inversion, the existence of multiples has a severe impact on seismic imaging, inversion and …

Predictive multiple suppression methods consist of two main steps: a prediction step, during
which multiples are predicted from seismic data, and a primary-multiple separation step …

In many exploration areas, successful separation of primaries and multiples greatly
determines the quality of seismic imaging. Despite major advances made by surface-related …

Multiple suppression is a very important step in seismic data processing. To suppress
surface-related multiples, we develop a self-supervised deep neural network method based …

Adaptive multiple subtraction is a critical and challenging procedure for the widely used
surface-related multiple attenuation (SRMA) techniques. In this paper, I present an adaptive …

Wavelet estimation is a very important task in seismic data processing and analysis such as
deterministic deconvolution, seismic-to-well tie, and seismic inversion, among others. We …

The key processes in marine seismic imaging include (i) removing from seismic data all
seismic events (free-surface multiples and ghosts) which contain at least one reflection at …

In full-waveform inversion (FWI), a small disturbance in the source wavelet may lead to large
discrepancies in the inverted model, which becomes larger as the depth increases due to …