Machine learning for Seismic Fault Interpretation
Update: 2020-10-23
Description
AI in the hands of geoscientists—automating geophysical interpretation
As Schlumberger launches the industry’s first enterprise-grade automated geophysical interpretation solutions powered by artificial intelligence and machine learning, we’ve brought together a panel of geoscientists to discuss the new technology and answer a fundamental question of digital transformation in our industry:
“To what extent can we rely on computers to do geophysical interpretation?” Specific focus is placed on seismic fault interpretation and fault extraction.
Host: Morten Jensen, Digital Innovation Projects Manager
Panelists: Surender Manral, Geophysics Portfolio Manager, Olesya Zimina, Senior Product Analyst Geophysics, Sam Tilley, Artificial Intelligence and Innovation Group Project Manager (D&I).
As Schlumberger launches the industry’s first enterprise-grade automated geophysical interpretation solutions powered by artificial intelligence and machine learning, we’ve brought together a panel of geoscientists to discuss the new technology and answer a fundamental question of digital transformation in our industry:
“To what extent can we rely on computers to do geophysical interpretation?” Specific focus is placed on seismic fault interpretation and fault extraction.
Host: Morten Jensen, Digital Innovation Projects Manager
Panelists: Surender Manral, Geophysics Portfolio Manager, Olesya Zimina, Senior Product Analyst Geophysics, Sam Tilley, Artificial Intelligence and Innovation Group Project Manager (D&I).
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