Difference between revisions of "CyberShake Study 22.12"
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| − | CyberShake Study 22.10 is a proposed study in Southern California which will include deterministic low-frequency (0-1 Hz) and stochastic high-frequency (1-50 Hz) simulations. We will use the [[Rupture_Variation_Generator_v5.4.2|Graves & Pitarka (2019)]] rupture generator and the high frequency modules from the SCEC Broadband Platform v22. | + | CyberShake Study 22.10 is a proposed study in Southern California which will include deterministic low-frequency (0-1 Hz) and stochastic high-frequency (1-50 Hz) simulations. We will use the [[Rupture_Variation_Generator_v5.4.2|Graves & Pitarka (2019)]] rupture generator and the high frequency modules from the SCEC Broadband Platform v22.4. |
== Status == | == Status == | ||
Revision as of 22:30, 8 July 2022
CyberShake Study 22.10 is a proposed study in Southern California which will include deterministic low-frequency (0-1 Hz) and stochastic high-frequency (1-50 Hz) simulations. We will use the Graves & Pitarka (2019) rupture generator and the high frequency modules from the SCEC Broadband Platform v22.4.
Contents
- 1 Status
- 2 Data Products
- 3 Science Goals
- 4 Technical Goals
- 5 Sites
- 6 Velocity Model
- 7 Verification
- 8 Updates and Enhancements
- 9 Output Data Products
- 10 Computational and Data Estimates
- 11 Lessons Learned
- 12 Stress Test
- 13 Performance Metrics
- 14 Production Checklist
- 15 Presentations, Posters, and Papers
Status
This study is in the planning phase. We estimate calculations will begin in October 2022.
Data Products
Science Goals
Technical Goals
Sites
Velocity Model
Verification
Updates and Enhancements
Output Data Products
Computational and Data Estimates
Lessons Learned
Stress Test
Performance Metrics
Production Checklist
Science to-dos
- Determine which validation events need to be completed before the study
- For each validation event, calculate BBP results, CS results, and CS results with BBP Vs30 values
- Decide if we should stick with rvfrac=0.8 or allow it to vary
- Determine appropriate SGT, low-frequency, and high-frequency seismogram durations
- Update high-frequency Vs30 to use released Thompson values
Technical to-dos
- Integrate refactoring of BBP codes into latest BBP release
- Switch to using github repo version of CyberShake on Summit
- Update to latest UCVM (v19.4)
- Switch to optimized version of rupture generator
- Test DirectSynth code with fixed memory leak from Frontera
- Switch to using Pegasus-supported interface to Globus transfers
