Self-tuning Seismic Sensors: Real-time Trigger Level Adjustments
Abstract not provided.
Publications
SPE5 Far-field Waveform Predictions Using Full Waveform Inversion
Abstract not provided.
Full waveform source inversions for SPE data: results challenges and lessons learned
Abstract not provided.
Geophysics Capabilities Brief
Abstract not provided.
Evaluation and correction of timing inconsistencies from the Thor 1 and Thor 2 experiments at the Nevada National Security Site
Active source seismic data was collected at the Nevada National Security Site using the Seismic Hammer(TM) (SH), under contract from HK Exploration. The SH generates a seismic pulse by dropping a 13 metric ton mass from a height of 1.5 m. Post-survey evaluation of collected data revealed inconsistencies in shot trigger time that required additional analysis and correction using cross-correlation and/or time shifts derived from manual picks of trigger times. While the primary analysis for which this data set was collected is independent of the knowledge of shot trigger time, other processing methods require highly precise knowledge of the trigger time. In order to make the Thor data set more usable to the larger community, additional work was undertaken. Results using the preferred method of cross-correlation were found to be satisfactory. An improved timing fiducial approach is required to reduce timing errors.
Full waveform inversion methods for source and media characterization before and after SPE5
Abstract not provided.
Combining Simulations and Data to Solve Complex Geophysical Problems
Abstract not provided.
Full Waveform Inversion Methods for Source and Media Characterization Before and After SPE5
Abstract not provided.
8 Results