PetaSHA3 Project - Revision history

Maechlin at 22:22, 24 October 2013

2013-10-24T22:22:28Z

Maechlin at 22:21, 24 October 2013

2013-10-24T22:21:53Z

Maechlin at 15:33, 20 October 2011

2011-10-20T15:33:19Z

Maechlin at 04:51, 14 October 2011

2011-10-14T04:51:18Z

Maechlin at 00:07, 8 January 2011

2011-01-08T00:07:13Z

Maechlin at 21:42, 16 September 2010

2010-09-16T21:42:57Z

Maechlin at 21:42, 16 September 2010

2010-09-16T21:42:19Z

Maechlin at 16:07, 14 September 2010

2010-09-14T16:07:14Z

Maechlin at 08:28, 10 September 2010

2010-09-10T08:28:45Z

Maechlin at 15:24, 8 September 2010

2010-09-08T15:24:12Z

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 '''Related SCEC Projects'''
+*[[CME Project]]
 *[http://www.scec.org/cme SCEC/CME Project Page]
 *[http://www.scec.org/CSEP CSEP Project Page]

← Older revision		Revision as of 22:21, 24 October 2013
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	USC Information Sciences Institute - Computer Science (Ewa Deelman)		USC Information Sciences Institute - Computer Science (Ewa Deelman)
		+
		+	University of California San Diego - Geophysics (J. B. Minster)
		+
		+	Carnegie Mellon University - Civil Engineering (J. Bielak)

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@@ Line 15: / Line 15: @@
 San Diego State University - Geological Sciences (Steven Day and Kim Olsen)
-San Diego Supercomputer Center - (Yifeng Cui)
+San Diego Supercomputer Center - Computer Science (Yifeng Cui)
 U.S.G.S. - Geophysics (Robert Graves)

@@ Line 17: / Line 17: @@
 San Diego Supercomputer Center - (Yifeng Cui)
-University of California San Diego - Geophysics (J. Bernard Minster)
+U.S.G.S. - Geophysics (Robert Graves)
 Stanford University - Geophysics (Greg Beroza)

@@ Line 1: / Line 1: @@
 '''Geoinformatics: A Petascale Cyberfacility for Physics-Based Seismic Hazard Analysis (SCEC PetaSHA-3 Project) (NSF EAR - 0949443)'''
-Project Dates: July 15, 2010 through June 30, 2010
+Project Dates: July 15, 2010 through June 30, 2012
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← Older revision		Revision as of 21:42, 16 September 2010
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		+
		+	'''Related SCEC Projects'''
		+
		+	*[[http://www.scec.org/cme SCEC/CME Project Page]]
		+	*[[http://www.scec.org/CSEP CSEP Project Page]]

@@ Line 13: / Line 13: @@
 University of Wyoming - Geophysics (Po Chen)
-San Diego State University - Geological Sciences (Steve Day and Kim Olsen)
+San Diego State University - Geological Sciences (Steven Day and Kim Olsen)
 San Diego Supercomputer Center - (Yifeng Cui)

@@ Line 5: / Line 5: @@
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-[[Image:SCEC_NSF-USGS-words_logo.png|right|border|150px]]
+[[Image:SCEC_NSF-USGS-words_logom.png|right|border|150px]]
 '''SCEC PetaSHA-3 Research Groups'''

← Older revision		Revision as of 15:24, 8 September 2010
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	Our 2-yr research program will be organized into three project tracks, each with specific geoscience objectives measured by explicit milestones. (1) The Big Ten track will generate a hierarchy of simulations for ten of the most probable large (M > 7) ruptures in Southern California, with the objective of understanding how source directivity, rupture complexity, and basin effects control ground motions. (2) The Tera3D track will validate earthquake simulations using well-recorded regional events (M ≤ 6.7) and will use full-3D tomography to assimilate regional waveform data into the SCEC community velocity models. (3) The CyberShake track will validate the CyberShake hazard curves and extend the CyberShake maps to higher frequencies and more extensive geographic coverage, providing a rich new		Our 2-yr research program will be organized into three project tracks, each with specific geoscience objectives measured by explicit milestones. (1) The Big Ten track will generate a hierarchy of simulations for ten of the most probable large (M > 7) ruptures in Southern California, with the objective of understanding how source directivity, rupture complexity, and basin effects control ground motions. (2) The Tera3D track will validate earthquake simulations using well-recorded regional events (M ≤ 6.7) and will use full-3D tomography to assimilate regional waveform data into the SCEC community velocity models. (3) The CyberShake track will validate the CyberShake hazard curves and extend the CyberShake maps to higher frequencies and more extensive geographic coverage, providing a rich new
	database that earthquake scientists and engineers can use for ground motion studies and performance based seismic design. We will coordinate across these project tracks to achieve a set of computer science/geoinformatics objectives and workforce-development objectives, which include equipping a diverse scientific workforce with petascale skills and capabilities. The project timetable is constructed around 14 simulation milestones that will provide metrics to evaluate how the PetaSHA platforms are being used and what impact they are having on the scientific community.		database that earthquake scientists and engineers can use for ground motion studies and performance based seismic design. We will coordinate across these project tracks to achieve a set of computer science/geoinformatics objectives and workforce-development objectives, which include equipping a diverse scientific workforce with petascale skills and capabilities. The project timetable is constructed around 14 simulation milestones that will provide metrics to evaluate how the PetaSHA platforms are being used and what impact they are having on the scientific community.
		+
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