Difference between revisions of "CyberShake Study 21.12"
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== Technical Goals == | == Technical Goals == | ||
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| + | The technical goals for this study are: | ||
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| + | *Perform a study using OLCF Summit as a key compute resource. | ||
| + | *Evaluate the performance of the new workflow submission host, shock-carc. | ||
| + | *Use Globus Online for staging of output data products. | ||
== ERF == | == ERF == | ||
Revision as of 21:47, 1 December 2021
CyberShake 21.12 is a computational study to use a new ERF with CyberShake, generated from an RSQSim catalog. We plan to calculate results for 336 sites in Southern California using the RSQSim ERF, a minimum Vs of 500 m/s, and a frequency of 1 Hz. We will use the CVM-S4.26.M01 model, and the GPU implementation of AWP-ODC-SGT enhanced from the BBP verification testing. We will begin by generating all sets of SGTs, on Summit, then post-process them on a combination of Summit and Frontera.
Contents
Status
This study is in the pre-production phase. Production is scheduled to begin in mid-December, 2021.
Data Products
Science Goals
The science goals for this study are:
- Calculate a regional CyberShake model using an alternative, RSQSim-derived ERF.
- Compare results from an RSQSim ERF to results using a UCERF2 ERF (Study 15.4).
Technical Goals
The technical goals for this study are:
- Perform a study using OLCF Summit as a key compute resource.
- Evaluate the performance of the new workflow submission host, shock-carc.
- Use Globus Online for staging of output data products.
