A group of scientists using a unique method to study Swiss glaciers uncovered an encouraging discovery that could lead to ...

Geophysical Data Processing (3 credit hours) This course is designed to provide basic background and training for the processing of digital seismic data, particularly that used by the petroleum ...

Deals with Bayesian estimation of 2D stratified structures from echosounding signals. This problem is of interest in seismic exploration, but also for nondestructive testing or medical imaging. The ...

With exclusive processing technologies such as down/down deconvolution and inversionbased Vz-denoise, DUG’s comprehensive toolkit delivers exceptional results, fast. Latest breakthrough DUG’s latest ...

Scientists from KAUST and engineers from Cerebras Systems have fine-tuned an existing algorithm, Tile Low-Rank Matrix-Vector Multiplications (TLR-MVM), to improve the speed and accuracy of seismic ...

Seismic processing of geophysical data collected from the Earth's subsurface enables us to identify buried hydrocarbon reservoirs, drill for oil with greater accuracy, and optimize for CO2 ...

After the seismic reflection data acquisition, the same data is processed, so that the final product is the seismic section, to be interpreted by geophysicists and geologists. There are three main ...

I am very excited that DUG will be exhibiting at MEOS/GEO. While we process all types of seismic data, high-density land has been a focal point for us in recent times. Our Houston office is now the ...