In the late '70s and early '80s, seismic interpretation workstations used IBM Floating-Point format. With the rise of personal computers in the mid-'80s, the IEEE...
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Explore a wealth of insights tailored for seismic professionals, covering essential topics such as data conditioning, geospatial positioning, data management, seismic attributes, and more.
In the late '70s and early '80s, seismic interpretation workstations used IBM Floating-Point format. With the rise of personal computers in the mid-'80s, the IEEE...
Precise location data is crucial for accurate seismic interpretation. While the "4 corners" method can introduce risks, extracting coordinates directly from trace...
The Parihaka 3D dataset in New Zealand's Taranaki Basin is publicly available through New Zealand Petroleum and Minerals and worth exploring. We reviewed the Near, Mid,...
Before loading SEG-Y files into an interpretation system, analysis tool, or data repository, several critical questions must be addressed. The image effectively...
Seismic data plays a key role for many professionals, whether it's loading to workstations, managing repositories, interpreting datasets or...
Uncover the fascinating similarities between family trees and the intricate lineage of seismic data. Explore the complexities of processing, tracing versions, and merging surveys.
Learn more about how we can address your seismic data needs.
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