Difference between revisions of "UCERF3-ETAS Measurements"
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== Installation and Configuration == | == Installation and Configuration == | ||
| + | Running ETAS simulations on OpenSHA is simplified through a collection of launcher binaries and scripts called [https://github.com/opensha/ucerf3-etas-launcher ucerf3-etas-launcher]. The process of installation and configuration varies across systems, however the foundations remain the same. Running simulations always occurs in three phases. | ||
| + | # Building configuration files for a specified event, where we configure MPI nodes and number of simulations | ||
| + | # Launching the simulation with the configuration files | ||
| + | # Consolidating and plotting simulations data | ||
| + | |||
=== Docker === | === Docker === | ||
| + | '''TODO(bhatthal)''' | ||
| + | * Explain Docker installation, DockerHub and Dockerfile set up | ||
| + | * Docker resource provisioning | ||
| + | * Access Jupyter notebook terminal via web client | ||
| + | * Config generation with u3etas_comcat_event_config_builder. Explain hpc-site and slurm file vs config.json | ||
| + | * u3etas_launcher.sh and plot generator | ||
=== Discovery === | === Discovery === | ||
| + | '''TODO(bhatthal)''' | ||
| + | * Explain config generation with slurm_interactive.sh. Reiterate why this is necessary and Head vs compute nodes. Add existing resources to reference for more information. | ||
| + | * Discuss how bashrc and slurm files had to be modified to accomodate this system for both single-node and multiple-node simulations. | ||
| + | * slurm_submit.sh for simulation and plotting | ||
=== Expanse === | === Expanse === | ||
| + | '''TODO(bhatthal)''' | ||
=== Frontera === | === Frontera === | ||
| + | '''TODO(bhatthal)''' | ||
== Performance Results == | == Performance Results == | ||
| + | '''TODO(bhatthal)''' | ||
| + | === Docker === | ||
| + | '''TODO(bhatthal)''' | ||
| + | |||
| + | === Discovery === | ||
| + | '''TODO(bhatthal)''' | ||
| + | |||
| + | === Expanse === | ||
| + | '''TODO(bhatthal)''' | ||
| + | |||
| + | === Frontera === | ||
| + | '''TODO(bhatthal)''' | ||
| + | |||
| + | == Conclusion == | ||
| + | '''TODO(bhatthal)''' | ||
Latest revision as of 22:07, 13 August 2024
Page is under active construction, some sections may be incomplete. Aug 13 2024 - bhatthal@usc.edu
This page summarizes the performance study of UCERF3-ETAS ran locally in Docker and on CARC Discovery, SDSC Expanse, and TACC Frontera. This study allows for evaluation of resource requirements in single-node and multiple-node simulations of the Ridgecrest M7.1 ETAS forecast (ci38457511).
Contents
Installation and Configuration
Running ETAS simulations on OpenSHA is simplified through a collection of launcher binaries and scripts called ucerf3-etas-launcher. The process of installation and configuration varies across systems, however the foundations remain the same. Running simulations always occurs in three phases.
- Building configuration files for a specified event, where we configure MPI nodes and number of simulations
- Launching the simulation with the configuration files
- Consolidating and plotting simulations data
Docker
TODO(bhatthal)
- Explain Docker installation, DockerHub and Dockerfile set up
- Docker resource provisioning
- Access Jupyter notebook terminal via web client
- Config generation with u3etas_comcat_event_config_builder. Explain hpc-site and slurm file vs config.json
- u3etas_launcher.sh and plot generator
Discovery
TODO(bhatthal)
- Explain config generation with slurm_interactive.sh. Reiterate why this is necessary and Head vs compute nodes. Add existing resources to reference for more information.
- Discuss how bashrc and slurm files had to be modified to accomodate this system for both single-node and multiple-node simulations.
- slurm_submit.sh for simulation and plotting
Expanse
TODO(bhatthal)
Frontera
TODO(bhatthal)
Performance Results
TODO(bhatthal)
Docker
TODO(bhatthal)
Discovery
TODO(bhatthal)
Expanse
TODO(bhatthal)
Frontera
TODO(bhatthal)
Conclusion
TODO(bhatthal)
