CyberShake Science Plan - Revision history

Maechlin: /* CyberShake 3.0 */

2011-10-25T03:21:50Z

CyberShake 3.0

2011-10-25T03:18:38Z

2011-10-25T02:16:22Z

CyberShake Science Plan

2011-10-25T02:15:41Z

Related Entries

2011-10-25T02:15:22Z

CyberShake 3.0

2011-10-25T02:14:58Z

CyberShake 3.0

2011-10-25T02:14:40Z

Related Entries

2011-10-25T02:13:55Z

CyberShake 1.0

2011-10-25T02:11:00Z

CyberShake 2.0

2011-10-25T02:10:47Z

@@ Line 15: / Line 15: @@
 CyberShake 3.0 is a completion target for our [[PetaSHA3 Project]]. We are preparing to run this calculation on NSF and DOE computers. We plan to call the results the CyberShake 3.0 Hazard Model. Here are the current plans for the various science areas.
-CyberShake 3.0 will use UCERF3.0 that is scheduled for release in June 2012. Our current system can convert UCERF2.0 to a 0.5Hz extended ERF. In UCERF3.0, science changes that might affect our extended earthquake rupture forecast generator include Cascadia subduction events, and ruptures that involve fault-to-fault jumps.
+CyberShake 3.0 will use UCERF3.0 that is scheduled for release in June 2012. Our current system can convert UCERF2.0 to a 0.5Hz extended ERF. Unless more advanced rupture generators are developed, we will extend the current Graves 2.0 rupture generator to produce SRF-format rupture variations with frequencies up to 1.0Hz. In UCERF3.0, science changes that might affect our extended earthquake rupture forecast generator include Cascadia subduction events, and ruptures that involve fault-to-fault jumps.
 Our current CyberShake 3.0 plan is to use a state-wide UCVM-CyberShake based on Po Chen’s inversion results from existing Southern and Northern California models, as presented at the 2011 CME meeting.

@@ Line 1: / Line 1: @@
 == CyberShake Science Plan ==
-This entry describes the scientific elements and development path for our CyberShake calculations as we prepare for a state-wide UCERF 3.0 CyberShake calculation.
+This entry describes scientific elements and development plans for our CyberShake calculations as we prepare for a state-wide UCERF 3.0 CyberShake calculation.
 == CyberShake 1.0 ==

@@ Line 1: / Line 1: @@
 == CyberShake Science Plan ==
-This entry describe the development path, and scientific elements as we prepare for a state-wide UCERF 3.0 CyberShake calculation.
+This entry describes the scientific elements and development path for our CyberShake calculations as we prepare for a state-wide UCERF 3.0 CyberShake calculation.
 == CyberShake 1.0 ==

@@ Line 13: / Line 13: @@
 == CyberShake 3.0 ==
-CyberShake 3.0 is the [[PetaSHA3 Project]] completion target. We are preparing to run this calculation on NSF and DOE computers. We plan to call the results the CyberShake 3.0 Hazard Model. Here are the current plans for the various science areas.
+CyberShake 3.0 is a completion target for our [[PetaSHA3 Project]]. We are preparing to run this calculation on NSF and DOE computers. We plan to call the results the CyberShake 3.0 Hazard Model. Here are the current plans for the various science areas.
 CyberShake 3.0 will use UCERF3.0 that is scheduled for release in June 2012. Our current system can convert UCERF2.0 to a 0.5Hz extended ERF. In UCERF3.0, science changes that might affect our extended earthquake rupture forecast generator include Cascadia subduction events, and ruptures that involve fault-to-fault jumps.

@@ Line 11: / Line 11: @@
 [[CyberShake 2.0]] is the current work activity. This calculation will use UCERF2.0, both CVM-S4 and CVM-H, and Graves 2.0 Rupture Generator up to 1.0Hz. This is what we are currently working on.
-== [[CyberShake 3.0]] ==
+== CyberShake 3.0 ==
-[[CyberShake 3.0]] is the [[PetaSHA3 Project]] completion target. We are preparing to run this calculation on NSF and DOE computers. We plan to call the results the CyberShake 3.0 Hazard Model. Here are the current plans for the various science areas.
+CyberShake 3.0 is the [[PetaSHA3 Project]] completion target. We are preparing to run this calculation on NSF and DOE computers. We plan to call the results the CyberShake 3.0 Hazard Model. Here are the current plans for the various science areas.
 CyberShake 3.0 will use UCERF3.0 that is scheduled for release in June 2012. Our current system can convert UCERF2.0 to a 0.5Hz extended ERF. In UCERF3.0, science changes that might affect our extended earthquake rupture forecast generator include Cascadia subduction events, and ruptures that involve fault-to-fault jumps.

@@ Line 37: / Line 37: @@
 == Related Entries ==
 *[[CyberShake]]
 *[[PetaSHA3 Project]]

@@ Line 3: / Line 3: @@
 This entry describe the development path, and scientific elements as we prepare for a state-wide UCERF 3.0 CyberShake calculation.
-== [[CyberShake 1.0]] ==
+== CyberShake 1.0 ==
-[[CyberShake 1.0]] was developed and run in 2009 completing 220+ sites using UCERF2.0 and CVM-S4 and Graves 1.0 Rupture Generator with up to 0.5Hz. Since the 2009 production run, we have continued to run CyberShake hazard curves for sites of interest including precarious rock sites, seismic station sites, and other sites of interest.
+CyberShake 1.0 was developed and run in 2009 completing 220+ sites using UCERF2.0 and CVM-S4 and Graves 1.0 Rupture Generator with up to 0.5Hz. Since the 2009 production run, we have continued to run CyberShake hazard curves for sites of interest including precarious rock sites, seismic station sites, and other sites of interest. We have continued to run CyberShake hazard curves, based on UCERF2.0 at 0.5Hz. These production runs have evaluated alternative aspects including the impact of updated rupture generator [[CyberShake 1.1]], alternative CVM's [[CyberShake 1.3]], and addition of 10Hz stochastic frequencies [[CyberShake 1.4]].
 == [[CyberShake 2.0]] ==