Comparison of CyberShake Studies

Study Name	Date	Science Goals	Frequency	Rupture Variations	Velocity Model(s)	Makespan (hrs)	Number of sites	Machine	Core Hours	Max Processors	Tasks	Jobs	Output files produced	Output Data	Comments
CyberShake Study 21.12	December 15, 2021 - January 13, 2022	RSQSim Southern California CyberShake study	1 Hz	RSQSim	CVM-S4.26.M01	688.4	335	OLCF Summit	2.75 million
CyberShake Study 18.8	August 17, 2018 - March 28, 2019	Northern California CyberShake study	1 Hz	G&P 2014	CCA-06/USGS Bay Area/CVM-S4.26.M01	3079.3	869	NCSA Blue Waters, OLCF Titan	120 million	262,704	18225	18065	6.3 million	14.4 TB	First Northern California study, increased smoothing zone to 20 km.
CyberShake Study 17.3	March 6, 2017 - April 6, 2017	Central California CyberShake study with 1D and 3D velocity models	1 Hz	G&P 2014	CCA 1D, CCA-06	738	876	NCSA Blue Waters, OLCF Titan	21.6 million	101,472	15,581	15,581		10.7 TB	First Central California study, used CCA-06. Used minimum Vs of 900 m/s.
CyberShake Study 15.12	December 3, 2015 - April 28, 2016	Adding stochastic (to 10 Hz) to Study 15.4 and calculating duration values	10 Hz stoch	G&P 2014	CVM-S4.26.M01	3527	336	NCSA Blue Waters					11.8 million	30.5 TB	Applied site amplification to both deterministic and stochastic seismograms, using a modified approach to calculate Vref.
CyberShake Study 15.4	April 16 - May 24, 2015	1 Hz CyberShake map, with AWP-ODC-GPU, G&P 2014, CVM-S4.26, and new sites. Calculated RotD also.	1 Hz	G&P 2014	CVM-S4.26.M01	914	336	NCSA Blue Waters, OLCF Titan (pilot jobs)	37.6 million	237,984	5505	4372	7.1 million	7.7 TB	Used DirectSynth to reduce the number of post-processing tasks and cut I/O by 99.9%.
CyberShake Study 14.2	February 18 - March 4, 2014	4 hazard models: CVM-S4.26 with CPU, CVM-S4.26 with GPU, 1D model with CPU, and CVM-H, no GTL with GPU.	0.5 Hz	G&P 2010	CVM-S4.26, BBP 1D, CVM-H no GTL	342	1144	NCSA Blue Waters	15.8 million	295,040	99.9 million	100707 (Condor), 29796 (submitted to Blue Waters)	16 million	57 TB	Workflow job to generate AWP workflow to support dynamic number of cores, GPU and CPU executables, batched SeisPSA jobs
CyberShake Study 13.4	April 17 - June 17, 2013	4 hazard models: CVM-S and CVM-H with the RWG V3.0.3 SGT code and AWP-ODC-SGT.	0.5 Hz	G&P 2010	CVM-S, CVM-H	716	1132	NCSA Blue Waters (custom solution), TACC Stampede (Pegasus/Condor/Globus)	10.8 million (Blue Waters); 1.4 million (Stampede)	128,000 (Blue Waters); 17,600 (Stampede)	470 million (Stampede)	21912 submitted to Stampede	2264 (Blue Waters); 16 million (Stampede)	43 TB (Blue Waters), 12.3 TB (Stampede)	Hierarchical DAXes with 8 sub-DAXes, PMC, pipe forwarding, Handoff jobs from Blue Waters to Stampede, merged SeisPSA jobs, in-memory rupture variation generation
CyberShake Study 2.2 (post-processing only)	October 8, 2012 - March 6, 2013 (with a break from October 16 - November 8)	Redid post-processing of CyberShake 1.0 with G&P 2010.	0.5 Hz	G&P 2010	CVM-S	2976	217	NICS Kraken							PMC, pipe forwarding
CyberShake 1.4	August 25, 2011 - March 14, 2012	Deterministic to 0.5 Hz + stochastic to 10 Hz, CVM-S4 and CVM-H 11.2 for PBR, SCSN, and near-SCSN sites, using G&P 2010	10 Hz stoch	G&P 2010	CVM-S, CVM-H	4824	90	USC HPCC, TACC Ranger			112 million		112 million	4 TB	Broadband
CyberShake 1.0	April 16 - June 10, 2009	0.5 Hz hazard map in Southern California, CVM-S	0.5 Hz	G&P 2007	CVM-S	1314	223	TACC Ranger	6,900,000	14,544	192 million	3.9 million (Condor), 3952 (submitted to Ranger)	190 million	10.6 TB	PDAX with 80 sub-DAXes, clustering, Condor glideins with Corral, zip files, Run Manager
CyberShake 0.5 (post-processing only)	June 26 - July 18, 2008	Initial calculation of hazard curves	0.5 Hz	G&P 2007	CVM-S	528	9	NCSA Mercury	442,400	800	7.5 million	22 (glideins)	7.5 million	90 GB	PDAX with 80 sub-DAXes, clustering, Condor glideins, zip files