Abstract

The CyberShake computational platform is a well-integrated collection of scientific software and middleware that calculates 3D simulation-based probabilistic seismic hazard curves and hazard maps for the Los Angeles region. Currently each CyberShake model comprises about 235 million synthetic seismograms from about 415,000 rupture variations computed at 286 sites. CyberShake integrates large-scale parallel and high-throughput serial seismological research codes into a processing framework in which early stages produce files used as inputs by later stages. Scientific workflow tools are used to manage the jobs, data, and metadata. The Southern California Earthquake Center (SCEC) developed the CyberShake platform using USC High Performance Computing and Communications systems and open-science NSF resources. CyberShake calculations were migrated to the NSF Track 1 system NCSA Blue …

Date

January 1, 1970

Authors

Scott Callaghan, Philip J Maechling, Gideon Juve, Karan Vahi, Ewa Deelman, Thomas H Jordan

Journal

AGU Fall Meeting Abstracts

Volume

2014

Pages

IN21C-3720