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GTC Analytics offers top-of-the-line advanced data science and machine learning techniques to help companies improve the accuracy and efficiency of seismic analysis while reducing manpower requirements.
Associate’s event data from different sensor locations
Locates the source of the seismic event
Identifies the type (earthquake, nuclear blast, or others)
Enabling the location and detection of more events & events of smaller magnitude
Nuclear treaty monitoring by DoD & international agencies
Detect and track human-induced seismicity
Earthquake & tsunami warning systems
This approach trains on analyst picks, but does not require them to be highly accurate.
PhaseHunter can “outpick” or outperform other advanced deep learning methods with a high confidence rate using a probability spread in its training methods.
Probabilistic determination of seismic phase arrival time
Simultaneous detection of P & S waves
Shift invariant for reliable picking
High-frequency phase discrimination and detection of seismic events at regional distances
Estimates earthquake distribution at both in-country and external stations across regions
Enabling the location and detection of more events & events of smaller magnitude
Nuclear treaty monitoring by DoD & international agencies
Seismic AI in Real-Time for Informed Drilling and Fracking (SMART Frac) is a tool to improve fracking operations by understanding subsurface stress states through analyzing micro-seismic data. SMART Frac is an innovative deep-learning tool that turns “noisy” sensor signals into actionable information, automatically determining micro-seismic events’ focal mechanisms and stress states.
Characterize the orientation and dimensions of hydraulic fractures
Determination of associated focal mechanisms in real-time
Identifies the type (earthquake, nuclear blast, or others)
Horizontal drilling and hydraulic fracturing for unconventional oil and gas extraction
Carbon Capture and Sequestration (CCS) emissions underground
Geothermal drilling
Fuse “noisy” data from multiple moving and stationary detectors
Real-time modeling of obstacles in a complex scene for radiation localization
Fast and robust localization of multiple stationary or moving radiation sources
Seamlessly combines data streams with any number of detectors (same or different types)
Enabling the location and detection of more events & events of smaller magnitude
Enabling the location and detection of more events & events of smaller magnitude
Enabling the location and detection of more events & events of smaller magnitude
Nuclear treaty monitoring by DoD & international agencies
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