Difference between revisions of "CyberShake Meeting - 4 April 2012"

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[[File:Full-state-rupture-ucerf3.png|256px|thumb|right|Fig 1:Regional-scale San Andreas rupture under consideration for UCERF3.0. (Image Credit: Kevin Milner (USC))]]
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[[File:CyberShake 2009.PNG|256px|thumb|right|Fig 1: CyberShake 1.0 map of spectral acceleration at 3 seconds period using a C & B hazard map as a background model.]]
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:'''Title:''' SCEC CyberShake Meeting
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:'''Organizers:'''Tom Jordan and Phil Maechling<br/>
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:'''Date:''' Tuesday April 4, 2012 (9:30am - 4:30pm)<br/>
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:'''Location:''' SCEC Boardroom, University of Southern California, Los Angeles, CA<br/>
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:'''Participants:''' 25 total
  
 
== CyberShake Meeting Goals ==
 
== CyberShake Meeting Goals ==
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*Develop scientific and technical basis for integrating SCEC scientific products including UCERF3.0, CVM, and software into a SCEC CyberShake calculation.
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*Develop scientific and technical basis for integrating SCEC scientific products including UCERF3.0, CVM, and software into a SCEC CyberShake PSHA calculation.
 
*Develop computational methods and techniques that will enable us to scale-up a CyberShake 1.0Hz PSHA calculation to 5000 sites using UCERF3.0
 
*Develop computational methods and techniques that will enable us to scale-up a CyberShake 1.0Hz PSHA calculation to 5000 sites using UCERF3.0
  
 
== Agenda & Presentations ==
 
== Agenda & Presentations ==
 
'''Introduction and Meeting Goals '''
 
'''Introduction and Meeting Goals '''
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*09:00 Welcome, Goals, and Objectives (T. Jordan)
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:09:30 [http://hypocenter.usc.edu/research/CyberShake/0930_Maechling_CyberShake_Intro.pdf Welcome, Goals, and Objectives] (P. Maechling)
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*09:05 CyberShake Overview (P. Maechling)
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:09:35 [http://hypocenter.usc.edu/research/CyberShake/0935_Jordan_CyberShake_Overview_small.pdf CyberShake Overview] (T. Jordan)
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*09:15 Recent CyberShake Production Runs (S. Callaghan)
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:09:45 [http://hypocenter.usc.edu/research/CyberShake/0945_Callaghan_RecentCyberShakeResults.pdf Recent CyberShake Results] (S. Callaghan)
  
 
'''CyberShake Hazard Model Analysis'''
 
'''CyberShake Hazard Model Analysis'''
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*09:30 Analysis of CyberShake Results (F. Wang)
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:10:00 [http://hypocenter.usc.edu/research/CyberShake/1000_Wang_CyberShake_Meeting_Apr4_FengWang.pdf Analysis of CyberShake Results] (F. Wang)
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*09:45 CyberShake Validation using PBR (G. Biassi/J. Donovan)
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:10:15 [http://hypocenter.usc.edu/research/CyberShake/1015_Biasi_CyberShake.pdf CyberShake Validation using PBR] (G. Biasi)
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*10:00 Higher Frequency (1.0Hz and 10.0Hz) CyberShake Hazard Curves
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:10:30 [http://hypocenter.usc.edu/research/CyberShake/1030_Olsen_BroadbandCyberShake.pdf Analysis of Higher Frequency CyberShake Results] (K. Olsen)
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*10:15 Break
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:10:45  Northern California CyberShake Calculations (Group)
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:11:00 Break
  
 
'''UCERF3.0 PSHA Calculation Elements'''
 
'''UCERF3.0 PSHA Calculation Elements'''
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*10:30 UCERF3.0 versus UCERF2.0 (N. Field)
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:11:15 [http://hypocenter.usc.edu/research/CyberShake/1115_Chen_CyberShake_CVM.pdf CyberShake California CVM] (P. Chen)
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*10:45 CyberShake California CVM (P. Chen)
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:11:30 [http://hypocenter.usc.edu/research/CyberShake/1130_Milner_2012CyberShakeMeeting.pdf UCERF3.0 versus UCERF2.0] (K. Milner/N. Field)
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*11:00  UCERF3.0 Extended ERF (R. Graves)
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:11:45 [http://hypocenter.usc.edu/research/CyberShake/1145_Graves_rwg-exerf.pdf UCERF3.0 Extended ERF] (R. Graves)
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*11:15 CyberShake Processing Software (P. Maechling)
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:12:00 [http://hypocenter.usc.edu/research/CyberShake/1200_Callaghan_CyberShake_Processing_Software.pdf CyberShake Processing Software] (S. Callaghan)
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*11:30 Discussion
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:12:15 Discussion
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*12:00  Lunch
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:12:30 Lunch
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*10:00 Sensitivity Studies for CVM and Ruptures at 0.5Hz (T. Jordan)
 
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*12:30 Lunch
 
  
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''' HPC Software Developments'''
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''' SCEC HPC Software Developments'''
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*13:00 AWP-ODC-SGT and AWP-ODC-GPU (Y. Cui)
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:13:30 [http://hypocenter.usc.edu/research/CyberShake/1330_Olsen_awp-odc_apr4_cybershake_afternoon.pdf AWP-ODC] (K. Olsen)
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*13:15 Hercules (R. Taborda)
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:13:45 [http://hypocenter.usc.edu/research/CyberShake/1345_Cui-awp-odc-gpu.pdf AWP-ODC-GPU] (Y. Cui)
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*13:30 AWP-Graves (R. Graves)
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:14:00 [http://hypocenter.usc.edu/research/CyberShake/1400_Bielak&Taborda_CMU_HPC_Software_Developments_v3.pdf Hercules] (J. Bielak/R. Taborda)
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*13:45 Workflows on Track 1 (G. Mehta)
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:14:15 [http://hypocenter.usc.edu/research/CyberShake/1415_Graves_rwg-awp.pdf AWP-Graves] (R. Graves)
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*14:00 Blue Waters Status (J. Alameda)
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:14:30 [http://hypocenter.usc.edu/research/CyberShake/1430_Rynge_Workflows_on_leadership_class.pdf Workflows on Leadership Class Supercomputers] (M. Rynge)
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*14:15 Discussion
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:14:45 [http://hypocenter.usc.edu/research/CyberShake/1445_Maechling_CyberShake_Data_Mgmt.pdf CyberShake data products] (P. Maechling)
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*14:30 Break
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:15:00 [http://hypocenter.usc.edu/research/CyberShake/1500_Alameda_bw-scec-cybershake-alameda-03apr2012.pdf Blue Waters Status and SCEC Access] (J. Alameda)
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:15:15 Discussion
  
 
'''CyberShake Computational Plans'''
 
'''CyberShake Computational Plans'''
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*14:45  Data products and publication planning (P. Maechling)
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:15:30 [http://hypocenter.usc.edu/research/CyberShake/1545_Jordan_CyberShake_Phases.pdf Phased CyberShake computational approach] (T. Jordan)
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*15:00 CyberShake computational phases (T. Jordan)
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:15:45 Discussion & Next Steps (T. Jordan/P. Maechling)
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*15:15  Initial Northern California Hazard Curve evaluation process (B. Aagaard)
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:16:30 Adjourn
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*15:30 Discussion and Next Steps (T. Jordan/G. Beroza)
 
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*16:00 Adjourn
 
  
 
== Related Entries ==
 
== Related Entries ==
 +
*[http://collaborate.scec.org/gmsv Ground Motion Simulation Validation]
 
*[[CyberShake]]
 
*[[CyberShake]]
 
*[[CME]]
 
*[[CME]]
 
*[[UCERF3.0]]
 
*[[UCERF3.0]]
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*[[Broadband Platform Meeting - 7 March 2012]]
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*[[California CVM Meeting - 3 April 2012]]

Latest revision as of 16:41, 10 April 2012

Fig 1: CyberShake 1.0 map of spectral acceleration at 3 seconds period using a C & B hazard map as a background model.


Title: SCEC CyberShake Meeting
Organizers:Tom Jordan and Phil Maechling
Date: Tuesday April 4, 2012 (9:30am - 4:30pm)
Location: SCEC Boardroom, University of Southern California, Los Angeles, CA
Participants: 25 total

CyberShake Meeting Goals

  • Develop scientific and technical basis for integrating SCEC scientific products including UCERF3.0, CVM, and software into a SCEC CyberShake PSHA calculation.
  • Develop computational methods and techniques that will enable us to scale-up a CyberShake 1.0Hz PSHA calculation to 5000 sites using UCERF3.0

Agenda & Presentations

Introduction and Meeting Goals

09:30 Welcome, Goals, and Objectives (P. Maechling)
09:35 CyberShake Overview (T. Jordan)
09:45 Recent CyberShake Results (S. Callaghan)

CyberShake Hazard Model Analysis

10:00 Analysis of CyberShake Results (F. Wang)
10:15 CyberShake Validation using PBR (G. Biasi)
10:30 Analysis of Higher Frequency CyberShake Results (K. Olsen)
10:45 Northern California CyberShake Calculations (Group)
11:00 Break

UCERF3.0 PSHA Calculation Elements

11:15 CyberShake California CVM (P. Chen)
11:30 UCERF3.0 versus UCERF2.0 (K. Milner/N. Field)
11:45 UCERF3.0 Extended ERF (R. Graves)
12:00 CyberShake Processing Software (S. Callaghan)
12:15 Discussion
12:30 Lunch

SCEC HPC Software Developments

13:30 AWP-ODC (K. Olsen)
13:45 AWP-ODC-GPU (Y. Cui)
14:00 Hercules (J. Bielak/R. Taborda)
14:15 AWP-Graves (R. Graves)
14:30 Workflows on Leadership Class Supercomputers (M. Rynge)
14:45 CyberShake data products (P. Maechling)
15:00 Blue Waters Status and SCEC Access (J. Alameda)
15:15 Discussion

CyberShake Computational Plans

15:30 Phased CyberShake computational approach (T. Jordan)
15:45 Discussion & Next Steps (T. Jordan/P. Maechling)
16:30 Adjourn

Related Entries

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