2014 VISES Summer School - Revision history

Huynht: /* SCEC Broadband Platform */

2014-10-08T23:50:02Z

SCEC Broadband Platform

Kmilner: /* 3D Structural Velocity Modeling / USR Framework */

2014-10-06T23:20:55Z

3D Structural Velocity Modeling / USR Framework

Huynht at 00:20, 4 October 2014

2014-10-04T00:20:24Z

Huynht at 23:59, 3 October 2014

2014-10-03T23:59:58Z

Huynht: /* Agenda */

2014-10-03T23:50:02Z

Agenda

Show changes

Huynht at 23:46, 3 October 2014

2014-10-03T23:46:25Z

Huynht: /* Agenda */

2014-10-03T18:26:22Z

Agenda

Huynht: /* Agenda */

2014-10-03T18:25:57Z

Agenda

Huynht: /* Agenda */

2014-10-03T18:25:29Z

Agenda

Huynht: /* Agenda */

2014-10-01T17:21:43Z

Agenda

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 ##If you have time, repeat parts a and b with a different realization.
-'''Handout.''' [[Media:VISES2014_BBP_procedures.pdf|Procedure for Executing on the Broadband Platform (PDF)]] and [[Media:1530_Crempien_sac.pdf‎ |SAC Instructions]]
+'''Handout.''' [[Media:VISES2014_BBP_procedures.pdf|Procedure for Executing on the Broadband Platform (PDF)]], [[Media:1530_Crempien_sac.pdf‎|SAC Instructions]], and [[Media:UCSB_BB.pdf‎|UCSB BB User Manual (PDF)]]
 ===Back Projection Methods===

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 ===3D Structural Velocity Modeling / USR Framework===
-'''Goal.''' This afternoon’s exercises are designed to familiarize you with the components of 3D structural velocity models, including basin structures, faults, and velocity parameterizations. We will accomplish this using the SCEC Unified Structural Representation (USR) for southern California and two tools developed to access and use this model: SCEC VDO, and interactive 3D visualization tool, and UCVM, which allows you to extract velocity values from these models.
+'''Goal.''' This afternoon’s exercises are designed to familiarize you with the components of 3D structural velocity models, including basin structures, faults, and velocity parameterizations. We will accomplish this using the SCEC Unified Structural Representation (USR) for southern California and two tools developed to access and use this model: [[Intro to SCEC-VDO|SCEC VDO]], and interactive 3D visualization tool, and UCVM, which allows you to extract velocity values from these models.
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 | 15:45 - 16:15
-| '''SCEC-VDO: Structural components'''<ul><li>Basics: navigation, loading plugins and datasets</li><li>Visualizing faults: SCEC CFM</li><li>Visualizing geologic surfaces: Basement and Moho surfaces</li><li>Exercise: Examining faults that affect the Basement surface</li></ul>
+| '''[[Intro to SCEC-VDO|SCEC VDO]]: Structural components'''<ul><li>Basics: navigation, loading plugins and datasets</li><li>Visualizing faults: SCEC CFM</li><li>Visualizing geologic surfaces: Basement and Moho surfaces</li><li>Exercise: Examining faults that affect the Basement surface</li></ul>
+|
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 | 16:15 - 16:45
-| '''SCEC-VDO: Exploring velocity models'''<ul><li>Examining velocity cross-sections</li><li>Examining velocity maps</li><li>Exercise: Comparing velocity structures and geologic surfaces</li></ul>
+| '''[[Intro to SCEC-VDO|SCEC VDO]]: Exploring velocity models'''<ul><li>Examining velocity cross-sections</li><li>Examining velocity maps</li><li>Exercise: Comparing velocity structures and geologic surfaces</li></ul>
+|
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 :'''Participants:''' 50
-'''Overview.''' The [http://www.scec.org Southern California Earthquake Center (SCEC)] and the [http://www.eri.u-tokyo.ac.jp/eng/ Earthquake Research Institute of the University of Tokyo (ERI)] has organized a Summer School for Earthquake Science September 28 through October 2, 2014. The theme for the Summer School is "Wave and Rupture Propagation with Realistic Velocity Structures". The program includes both lectures and exercises where participants will learn how complex velocity structure is represented and can be used to create seismograms from kinematic representations of earthquakes as point sources and propagating ruptures. One objective is for participants to construct ground motions for earthquake scenarios, which if used in a collective sense can be a method for complementing or creating hazard maps. Participants are given exercises so that they can run the various numerical methods with the supervision of the lecturers. Each participant will present a poster to share his/her research during evening sessions.
+'''Overview.''' The [http://www.scec.org Southern California Earthquake Center (SCEC)] and the [http://www.eri.u-tokyo.ac.jp/eng/ Earthquake Research Institute of the University of Tokyo (ERI)] has organized a Summer School for Earthquake Science September 28 through October 2, 2014. The theme for the Summer School is "Wave and Rupture Propagation with Realistic Velocity Structures". The program includes both lectures and exercises where participants will learn how complex velocity structure is represented and can be used to create seismograms from kinematic representations of earthquakes as point sources and propagating ruptures. One objective is for participants to construct ground motions for earthquake scenarios, which if used in a collective sense can be a method for complementing or creating hazard maps. Participants are given exercises so that they can run the various numerical methods with the supervision of the lecturers. Each participant will present a poster to share his/her research during evening sessions. ( [[Media:SCEC-ERIsummerSchool_Program.pdf‎|Download Full Program [PDF]]] )
 __TOC__

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 __TOC__
 ==Participants==
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 :'''<big>SCEC-ERI Summer School for Earthquake Science</big>'''<br/>
 :'''Topic:''' Wave and Rupture Propagation with Realistic Velocity Structures<br/>
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 __TOC__
 ==Participants==
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+! width="250px" align="left" |
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+! width="250px" align="left" |
+|
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-| '''Organizing Committee'''<br>Ralph Archuleta, UC Santa Barbara<br>John Shaw, Harvard<br>Hiroe Miyake, ERI / U of Tokyo, Japan<br>Jim Mori, DPRI / Kyoto U, Japan<br>Tom Jordan, SCEC / USC<br>Greg Beroza, SCEC / Stanford<br>Tran Huynh, SCEC / USC<br><br>'''Lecturers and Instructors'''<br>Domniki Asimaki, Caltech<br>Jorge Crempien, UC Santa Barbara<br>David Gill, SCEC/USC<br>Rob Graves, U.S. Geological Survey<br>Muneo Hori, ERI / U of Tokyo, Japan<br>Tom Jordan, SCEC / USC<br>Phil Maechling, SCEC / USC<br>Kevin Milner, SCEC / USC<br>Hiroe Miyake, ERI / U of Tokyo, Japan<br>Jim Mori, DRPI / Kyoto U, Japan<br>Kim Olsen, SDSU<br>Andreas Plesch, Harvard<br>John Shaw, Harvard <br>Peter Shearer, UC San Diego<br>Fabio Silva, SCEC / USC<br>Rumi Takedatsu, SDSU<br>
+| '''Organizing Committee'''<br>Ralph Archuleta, UC Santa Barbara<br>John Shaw, Harvard<br>Hiroe Miyake, ERI / U of Tokyo, Japan<br>Jim Mori, DPRI / Kyoto U, Japan<br>Tom Jordan, SCEC / USC<br>Greg Beroza, SCEC / Stanford<br>Tran Huynh, SCEC / USC<br><br>'''Lecturers and Instructors'''<br>Domniki Asimaki, Caltech<br>Jorge Crempien, UC Santa Barbara<br>David Gill, SCEC/USC<br>Rob Graves, U.S. Geological Survey<br>Muneo Hori, ERI / U of Tokyo, Japan<br>Tom Jordan, SCEC / USC<br>Phil Maechling, SCEC / USC<br>Kevin Milner, SCEC / USC<br>Hiroe Miyake, ERI / U of Tokyo, Japan<br>Jim Mori, DRPI / Kyoto U, Japan<br>Kim Olsen, SDSU<br>Andreas Plesch, Harvard<br>John Shaw, Harvard <br>Peter Shearer, UC San Diego<br>Fabio Silva, SCEC / USC<br>Rumi Takedatsu, SDSU
-| '''Students'''<br>Ryoichiro Agata, ERI / U of Tokyo, Japan<br>Naofumi Aso, EPS / U of Tokyo, Japan<br>Aida Azari Sisi, METU, Turkey<br>Nenad Bijelić, Stanford<br>Daniel Bowden, Caltech<br>Samuel Bydlon, Stanford<br>Wenyuan Fan, UC San Diego<br>Jacquelyn Gilchrist, UC Riverside<br>Thomas Goebel, Caltech<br>Naoki Hatakeyama, DPRI / Kyoto U, Japan<br>Alexandra Hutchison, UC Riverside<br>Naeem Khoshnevis, U of Memphis<br>Ryota Kiuchi, DPRI / Kyoto U, Japan<br>Men-Andrin Meier, Swiss Seismological Service, ETH Zurich, Switzerland<br>Lingsen Meng, UC Los Angeles<br>Kevin Milner, SCEC / USC<br>Irene Molinari, INGV Rome, Italy<br>Ryo Okuwaki, U of Tsukuba, Japan<br>John (Chris) Rollins, Caltech<br>Valerie Sahakian, UC San Diego<br>Kaoru Sawazaki, NIED, Japan<br>Xin Song, USC<br>Cedric Twardzik, UC Santa Barbara<br>Mika Usher, U of Washington<br>Chris Van Houtte, U of Auckland, New Zealand<br>Loic Viens, ERI / U of Tokyo, Japan<br>Erin Wirth, U of Washington<br>Kyle Withers, SDSU / UC San Diego<br>Yifei Wu, ERI / U of Tokyo, Japan<br>Suguru Yabe, EPS / U of Tokyo, Japan<br>Tomoko Yano, NEID, Japan<br>Lingling Ye, UC Santa Cruz<br>
+| '''Students'''<br>Ryoichiro Agata, ERI / U of Tokyo, Japan<br>Naofumi Aso, EPS / U of Tokyo, Japan<br>Aida Azari Sisi, METU, Turkey<br>Nenad Bijelić, Stanford<br>Daniel Bowden, Caltech<br>Samuel Bydlon, Stanford<br>Wenyuan Fan, UC San Diego<br>Jacquelyn Gilchrist, UC Riverside<br>Thomas Goebel, Caltech<br>Naoki Hatakeyama, DPRI / Kyoto U, Japan<br>Alexandra Hutchison, UC Riverside<br>Naeem Khoshnevis, U of Memphis<br>Ryota Kiuchi, DPRI / Kyoto U, Japan<br>Men-Andrin Meier, Swiss Seismological Service, ETH Zurich, Switzerland<br>Lingsen Meng, UC Los Angeles<br>Kevin Milner, SCEC / USC<br>Irene Molinari, INGV Rome, Italy<br>Ryo Okuwaki, U of Tsukuba, Japan<br>John (Chris) Rollins, Caltech<br>Valerie Sahakian, UC San Diego<br>Kaoru Sawazaki, NIED, Japan<br>Xin Song, USC<br>Cedric Twardzik, UC Santa Barbara<br>Mika Usher, U of Washington
 |}

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 | 15:30 - 18:30
-| Computer Exercises: Broadband Ground Motion Simulation I & Back Projection Method
+| Computer Exercises: Broadband Ground Motion Simulation I
 | Mandalay Room C
+|
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 |-valign="top"
 | 15:30 - 18:30
-| Computer Exercises: Broadband Ground Motion Simulation II
+| Computer Exercises: Broadband Ground Motion Simulation II & Back Projection Method
 | Mandalay Room C
+|

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 | 14:00 - 15:30
-| Integrated Earthquake Simulation – Program Architecture and Plugged-in Components, ''Prof. Muneo Hori''
+| [[Media:1400_Hori_IES.pdf|Integrated Earthquake Simulation – Program Architecture and Plugged-in Components]], ''Prof. Muneo Hori''
 | Mandalay Room C
+|
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 |-valign="top"
 | 08:30 - 10:00
-| Site Response: Translating Simulated Ground Motions into Input Time-series for Engineering Design Applications, ''Prof. Domniki Asimaki''
+| [[Media:0830_Asimaki_SCEC_VISES_2014_Asimaki.pdf|Site Response: Translating Simulated Ground Motions into Input Time-series for Engineering Design Applications]], ''Prof. Domniki Asimaki''
 | Mandalay Room C
+|