Difference between revisions of "CyberShake Training"
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Rupture files serve as a key input to CyberShake simulations. More information on their role, location, and format is available at [[CyberShake Rupture Files]]. | Rupture files serve as a key input to CyberShake simulations. More information on their role, location, and format is available at [[CyberShake Rupture Files]]. | ||
| − | == Workflow | + | == Workflow Framework == |
CyberShake relies on Pegasus-WMS, HTCondor, and the Globus Toolkit running on shock.usc.edu, as well as code to generate a DAX description of the workflow. The workflow framework for CyberShake is described in detail at [[CyberShake Workflow Framework]]. | CyberShake relies on Pegasus-WMS, HTCondor, and the Globus Toolkit running on shock.usc.edu, as well as code to generate a DAX description of the workflow. The workflow framework for CyberShake is described in detail at [[CyberShake Workflow Framework]]. | ||
| + | |||
| + | == Study Framework == | ||
| + | |||
| + | During CyberShake study execution, we use an additional layer of automation and monitoring around the workflow framework. These components are described at [[CyberShake Study Framework]]. | ||
== CyberShake utilities == | == CyberShake utilities == | ||
Revision as of 16:16, 7 February 2018
This page is the entry point to documentation on the CyberShake software platform.
We divide CyberShake training into the following elements:
- CyberShake data overview
- CyberShake code base
- CyberShake rupture file set
- CyberShake workflow middleware
- CyberShake utilities
Contents
CyberShake data
CyberShake produces a variety of output data products. A description of each kind of data product, and how to access them, is available at CyberShake Data.
CyberShake code base
A detailed description of all the pieces of the CyberShake scientific simulation codes is available at CyberShake Code Base.
CyberShake rupture files
Rupture files serve as a key input to CyberShake simulations. More information on their role, location, and format is available at CyberShake Rupture Files.
Workflow Framework
CyberShake relies on Pegasus-WMS, HTCondor, and the Globus Toolkit running on shock.usc.edu, as well as code to generate a DAX description of the workflow. The workflow framework for CyberShake is described in detail at CyberShake Workflow Framework.
Study Framework
During CyberShake study execution, we use an additional layer of automation and monitoring around the workflow framework. These components are described at CyberShake Study Framework.
