Difference between revisions of "CME Meeting 2010"
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'''Meeting Format:''' CME Principal Investigator, Thomas Jordan, will present an introduction to SCEC4 computational science needs, and will help to ensure the discussions address both the opportunities and challenges faced by CME. | '''Meeting Format:''' CME Principal Investigator, Thomas Jordan, will present an introduction to SCEC4 computational science needs, and will help to ensure the discussions address both the opportunities and challenges faced by CME. | ||
| − | The meeting will | + | The meeting will be organized around four main discussions areas: |
| + | #SCEC CVM development and improvements | ||
| + | #Stress Evolution and Dynamic Ruptures | ||
| + | #Higher Frequency Ground Motion Modeling | ||
| + | #Time-dependent PSHA and Event Response Modeling. | ||
| − | + | Each session will have two discussion co-leaders. Each session co-leader has been asked to present 10 minutes of material describing their recommendations for CME computational science research during SCEC4. The majority of each session is expected to be general discussion on how to organize the CME collaborative computational science research. | |
| − | + | We know the CME meeting time's overlap with the SCEC Source Inversion workshop. Many of the CME group members want to participate in both meetings. To support both of these worthwhile collaborative meetings, we will keep the CME meeting informal so that CME participants can move freely moving between meetings. We will keep the CME meeting on schedule so that you determine when specific topics will be discussed as the CME meeting. | |
| − | |||
| − | |||
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Revision as of 07:02, 10 September 2010
2010 SCEC/CME Leadership Meeting
Organizers: T. H. Jordan, P. Maechling
Date: Sunday, September 12, 2010 (8:00am – 12:00pm)
Location: Oasis Room, Hilton Palm Springs Resort, Palm Springs, CA
SCEC/CME Meeting Agenda Sept 12, 2010
Time -- Session Subject -- (Session co-Leaders)
- 8:00am -- CME/SCEC4 Introduction -- (Thomas H. Jordan)
- 8:15am -- SCEC CVM Development -- (Geoff Ely / Po Chen)
- 8:45am -- Discussion
- 9:00am -- Stress Evolution and Rupture Dynamics -- (Steven Day / Eric Dunham)
- 9:30am -- Discussion
- 9:45am -- Break
- 10:00am -- Higher Frequency Ground Motion Modeling -- (Ricardo Taborda / Kim Olsen)
- 10:30am -- Discussion
- 10:45am -- UCERF3.0, Time Dependent PSHA, EQ Response -- (Edward Field / Robert Graves)
- 11:15am -- Discussion
- 11:30am -- SCEC4 Computational Science Planning -- (Thomas H. Jordan / Greg Beroza/ Phil Maechling)
- 12:00am -- Adjourn
Agenda Updated: 9 September 2010
Meeting Format: CME Principal Investigator, Thomas Jordan, will present an introduction to SCEC4 computational science needs, and will help to ensure the discussions address both the opportunities and challenges faced by CME.
The meeting will be organized around four main discussions areas:
- SCEC CVM development and improvements
- Stress Evolution and Dynamic Ruptures
- Higher Frequency Ground Motion Modeling
- Time-dependent PSHA and Event Response Modeling.
Each session will have two discussion co-leaders. Each session co-leader has been asked to present 10 minutes of material describing their recommendations for CME computational science research during SCEC4. The majority of each session is expected to be general discussion on how to organize the CME collaborative computational science research.
We know the CME meeting time's overlap with the SCEC Source Inversion workshop. Many of the CME group members want to participate in both meetings. To support both of these worthwhile collaborative meetings, we will keep the CME meeting informal so that CME participants can move freely moving between meetings. We will keep the CME meeting on schedule so that you determine when specific topics will be discussed as the CME meeting.
Additional Information:
Meeting Conference Call Number:
Meeting Shared Desktop URL:
Meeting Documents:
CME-related 2010 Meeting Posters:
- CVM-T
- Broadband Platform
- CSEP Testing Center
- OpenSHA
- Virtual Shaker
- M8
- GlyphSea Vector Visualization
