Target-oriented acquisition geometry design based on full-wavefield migration

Seismic acquisition design based on full-wavefield migration

Order-controlled closed-loop focal beams and resolution comparison of primary and multiple reflections for seismic acquisition geometries

Automated seismic acquisition geometry design for optimized illumination at the target: a linearized approach

Source deghosting of coarsely sampled common-receiver data using a convolutional neural network

Machine-learning-based data recovery and its contribution to seismic acquisition: Simultaneous application of deblending, trace reconstruction, and low-frequency extrapolation

Acquisition geometry analysis with point-spread functions

Blended acquisition with temporally signatured/modulated and spatially dispersed source array

Acquisition design for direct reflectivity and velocity estimation from blended and irregularly sampled data

Modeling and assessing the effects of the sea surface, from being flat to being rough and dynamic

Optimum seismic acquisition geometry design with the help of artificial intelligence

Shot repetition: An alternative seismic blending code in marine acquisition

3D surface-wave estimation and separation using a closed-loop approach

3-D shallow-water seismic survey evaluation and design using the focal-beam method: a case study offshore Abu Dhabi

Including secondary illumination in seismic acquisition design

Effect of noise in blending and deblending

Effect of noise in blending and deblending

Robotization in Seismic Acquisition

Separation of blended data by iterative estimation and subtraction of interference noise

Separation of blended impulsive sources using an iterative estimation-subtraction algorithm