Difference between revisions of "Fling Study"

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<pre>
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scenario_id magnitude dip rake Ztor fault_length fault_width Priority
 +
 +
101 6 90 180 0 14 8 1
 +
102 6.5 90 180 0 24 13
 +
103 7 90 180 0 68 15
 +
104 7.5 90 180 0 210 15
 +
105 7.8 90 180 0 420 15
 +
106 8.2 90 180 0 470 15
 +
 +
107 6 70 180 0 14 8 2
 +
108 6.5 70 180 0 24 13
 +
109 7 70 180 0 68 15
 +
110 7.5 70 180 0 210 15
 +
111 7.8 70 180 0 420 15
 +
112 8.2 70 180 0 470 15
 +
 +
113 6 70 180 0 14 8 3
 +
114 6.5 70 180 0 24 13
 +
115 7 70 180 0 40 25
 +
116 7.5 70 180 0 100 32
 +
117 7.8 70 180 0 160 40
 +
118 8.2 70 180 0 400 40
 +
 +
119 6 90 180 0 14 8 4
 +
120 6.5 90 180 0 24 13
 +
121 7 90 180 0 40 25
 +
122 7.5 90 180 0 100 32
 +
123 7.8 90 180 0 160 40
 +
124 8.2 90 180 0 400 40
 +
 +
125 6 45 90 0 10 10 5
 +
126 6 45 90 5 10 10
 +
127 6.5 45 90 0 18 18
 +
128 6.5 45 90 5 18 18
 +
129 7 45 90 0 44 23
 +
130 7.5 45 90 0 126 25
 +
131 7.8 45 90 0 180 25
 +
 +
132 6 60 90 0 10 10
 +
133 6 60 90 5 10 10
 +
134 6.5 60 90 0 18 18
 +
135 6.5 60 90 5 18 18
 +
136 7 60 90 0 50 20
 +
137 7.5 60 90 0 150 20
 +
138 7.8 60 90 0 200 20
 +
 +
139 7.0 45 90 0 18 18
 +
140 6.5 45 90 0 18 18
 +
141 6.5 45 90 5 18 18
 +
142 7.0 45 90 0 44 23
 +
 +
 +
</pre>

Revision as of 20:44, 10 May 2012

Overview

The Fling study is a set of broadband platform simulations defined by PG&E and PEER researchers and run by SCEC Broadband platform group. Full specification of the Fling study will be posted when available.

Certification of USC HPCC Cluster for Broadband Calculations

The verification and validation of the currently released Broadband platform is based on results generated on a SCEC server called broadband.usc.edu. When we move the Broadband platform software, re-build it, and re-run it in a different computing environment, the results the platform produces can be slightly different than results produced on the SCEC server. Differences can come from computing hardware, from operating system characteristics, from compiler version, and other sources.

Before accepting results generated in a new computing environment, we must first certify that the new computing environment produces results that are equivalent to the results from the original server where the platform was originally developed and tested.

To speed up execution of the Fling study, we plan to run it on the USC HPCC cluster, so we must certify that USC HPCC cluster results are valid and comparable to those generated on broadband.usc.edu.

Here are results from our initial certification tests. A researcher ran a small subset of the Fling study on the SCEC broadband server. Then, we ran the same subset on the USC HPCC cluster. Below we compare the output seismograms from both runs, showing that the two results are very similar.

In our discussions, we decided that the certification criteria for this study will include a number of small magnitude ruptures, and a number of large magnitude ruptures, which we will post when they are available.

Comparison of Seismogram from Server and Cluster

Simulation broadband.usc.edu USC HPCC cluster
10010116
10010116 ref.p015p000 velocity seis.png
10010116 hpcc.p015p000 velocity seis.png
10010129
10010129 ref.p035p008 velocity seis.png
10010129 hpcc.p035p008 velocity seis.png
scenario_id	magnitude	dip	rake	Ztor	fault_length	fault_width		Priority
								
101	6	90	180	0	14	8		1
102	6.5	90	180	0	24	13		
103	7	90	180	0	68	15		
104	7.5	90	180	0	210	15		
105	7.8	90	180	0	420	15		
106	8.2	90	180	0	470	15		
								
107	6	70	180	0	14	8		2
108	6.5	70	180	0	24	13		
109	7	70	180	0	68	15		
110	7.5	70	180	0	210	15		
111	7.8	70	180	0	420	15		
112	8.2	70	180	0	470	15		
								
113	6	70	180	0	14	8		3
114	6.5	70	180	0	24	13		
115	7	70	180	0	40	25		
116	7.5	70	180	0	100	32		
117	7.8	70	180	0	160	40		
118	8.2	70	180	0	400	40		
								
119	6	90	180	0	14	8		4
120	6.5	90	180	0	24	13		
121	7	90	180	0	40	25		
122	7.5	90	180	0	100	32		
123	7.8	90	180	0	160	40		
124	8.2	90	180	0	400	40		
								
125	6	45	90	0	10	10		5
126	6	45	90	5	10	10		
127	6.5	45	90	0	18	18		
128	6.5	45	90	5	18	18		
129	7	45	90	0	44	23		
130	7.5	45	90	0	126	25		
131	7.8	45	90	0	180	25		
								
132	6	60	90	0	10	10		
133	6	60	90	5	10	10		
134	6.5	60	90	0	18	18		
135	6.5	60	90	5	18	18		
136	7	60	90	0	50	20		
137	7.5	60	90	0	150	20		
138	7.8	60	90	0	200	20

139	7.0	45	90	0	18	18
140	6.5	45	90	0	18	18
141	6.5	45	90	5	18	18
142	7.0	45	90	0	44	23