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Home  /  SCEC Workshops  /  ACES 2006: 5th ACES International Workshop

ACES 2006: 5th ACES International Workshop

5th ACES International Workshop, April 4-6, 2006
Dates: April 4-6, 2006
Location: Maui Prince Hotel, Island of Maui, Hawaii, USA.
Agenda || Poster Session  || Housing List

The theme of the meeting is: Simulating and Forecasting Earthquakes and Tsunamis with Information Technology

The APEC Cooperation on Earthquake Simulations (ACES) is a multi-lateral grand challenge science research cooperation of APEC (the Asia Pacific Economic Cooperation). The ACES program is fundamentally a coordinated international effort linking complementary nationally based programs, centers and research teams, whose mission is:

  1. To develop realistic numerical simulation models for the physics and dynamics of the complete earthquake generation process and to assimilate new earthquake observations into such models,
  2. To foster collaboration between the relevant complementary programs of participating APEC member economies,
  3. To foster development of the required research infrastructure and research programs.

The purpose of this meeting is to continue our highly successful ACES collaboration, moving towards development and implementation of the iSERVO program. Topics of interest will include new satellite measurements specfically InSAR, earthquake and tsunami forecasting, enabling computational methods including web services and petascale computing, and modeling and simulation. We would also like to discuss modes of collaboration for the future, and how these may be implemented in an evolving (Petascale) computing environment. More generically, we will also consider the following areas, which have arisen in connection with our previous collaborations:

  1. Information manipulation, visualization and interpretation of highly heterogeneous data sets arising from both simulations and space- and earth-based observations.
  2. Creation of multi-scale simulation data sets that are consistent with observed input data over the vast scales of observed earthquake data, from seconds to many thousands of years, and from meters to thousands of kilometers.
  3. Assimilation of observed data into simulations arising from multiple sources including space, surface and borehole measurements, geological field investigations, and laboratory-derived data.
  4. Integration of advanced methods for information storage and retrieval to enhance the interoperability and linkage of fixed and streaming data from simulations and observations.

Agenda

An International Collaboration for the 21st Century:
Simulating and Forecasting Earthquakes and Tsunamis with Information Technology

Presentations that are available for download are linked below.
If you have a presentation to contribute, please contact:
SCEC

Monday, April 3
18:30 Ice Breaker/ Opening Reception
Welcoming Comments from ISB Members Donnellan, Matsu'ura, Mora, and Yin
Note: Posters can be set up today after 15:00
 
Tuesday, April 4
  Morning Session (Session I Chair: John Rundle)
 7:30 Breakfast
 8:30 Welcome and Introductions John Rundle
 8:40 NASA and NSF Perspectives on ACES Andrea Donnellan
Jim Whitcomb
Kaye Shedlock
  Overview and Status of Current ACES Programs
 9:00 Australian Advances in Constructing Multi-Scale Solid Earth Simulation Infrastructure to Model Phenomena Including Earthquakes and Tsunamis Peter Mora
 9:30 New Developments of Load/Unload Response Ratio (LURR) Theory Xiang-chu Yin
10:00 Break
10:15 ACES-Related Research in Japan: Reproducing Core-Mantle Dynamics and Predicting Crustal Activities Through Advanced Computing Mitshuhiro Matsu'ura
10:45 Advances in US Earthquake Simulation and Modeling Andrea Donnellan
11:15 Future of ACES/iSERVO John Rundle
11:45 Discussion
12:00 Lunch
  Afternoon Session (Session II Chairs: Xiang-chu Yin and Charles Sammis)  
3:30 Statements from Proposed New iSERVO Nodes
Canada
Taiwan
Kristy Tiampo
How-wei Chen
  Earthquakes and Forecasting
14:00 An Observational Test of the Origin of Accelerating Moment Release Before Large Earthquakes David Bowman
14:20 Competing Models for Accelerating Moment Release Before Large Earthquakes Charles Sammis
14:40 Why Weibull? Don Turcotte
15:00 The Physics of Forecasting Bill Klein
15:20 Break
15:40 Collaboratory for the Study of Earthquake Predictability Bernard Minster
16:20 ALLCAL: An Earthquake Simulator for All of California Steve Ward
16:40 Numerical Simulations and Earthquake Forecasting John Rundle
17:00 Open Discussion: Possibility of Earthquake Forecasting
17:30 Poster Session
   
Wednesday, April 5
  Morning Session (Session III Chairs: Louis Moresi and Dave Yuen)
 7:30 Breakfast
Earthquakes and Solid Earth
 8:00 Study on the Different Charicteristics between LURR and State Vector before Strong Earthquakes in Southern California since 1980 Yongxiang Zhang
 8:20 What Can We Learn About Unusual Earthquake Hazards From Large Scale Numerical Simulations? Bernard Minster
 8:40 Effects on Depth Phases for Strong Motion Simulation in Taiwan How-wei Chen
 9:00 An Inversion Method to Estimate Internal Stress Fields from Centroid Moment Tensors of Seismic Events Toshiko Terakawa
 9:20 Long-Period Ground Motions Observed in Tokyo During Recent Nearby Earthquakes and Possible Damage For Future Large Earthquakes Beneath Tokyo Takashi Furumura
 9:40 Break
10:00 Multiscale Brittle-Ductile Coupling and Slow Earthquakes Dave Yuen
10:20 Viscoelastic Plastic Model of Continental Deformation Louis Moresi
10:40 3-D Simulation of Long-term Stress Build-up Caused by Mechanical Interaction at Convergent Plate Boundaries Chihiro Hashimoto
11:00 Diversity of Stress Release Modes at Plate Interfaces Beneath the Kanto Region, Central Japan, Inferred from Geodetic Data Inversion Mitsuhiro Matsu'ura
11:20 Discussion
12:00 Lunch
13:30 Note: Wednesday Afternoon Free to View Posters and Enjoy Hawaii
   
Thursday, April 6 (Morning Session)
  Morning Session (Session IV Chairs: Kengo Nakajima and Steve Ward)
 7:30 Breakfast
Tsunamis and Earthquakes
 8:00 Making a Tsunami Simulation: A Two-Week Surfboard Ride Elspeth Thorne
 8:20 Recent Development on Finite Element Modeling of Earthquakes and Its Induced Tsunami Generation Process Huilin Xing
 8:40 Finite Fault Modeling in Near-Real Time for Tsunami Warning Applications Stuart Weinstein
 9:00 TSUNAMI SIMULATION - Landslides, Impacts, and Quakes Steve Ward
 9:20 Characterizing the Rupture Length of Large Earthquakes Using Seismic Arrays Vindell Hsu
 9:40 Estimating Seismic Moment from Broadband P-Waves Barry Hirshorn
10:00 Break
Information Technology
10:20 Modeling and Visualization of Tsunamis Huai Zhang and Dave Yuen
10:40 Interactive Visualization of Geophysical Data to Advance Earthquake Simulations Louise Kellogg
11:00 Supercomputing Applications in SCCAS Xue-bin Chi
11:20 Numerical Modelling with Python and XML Lutz Gross
11:40 iSERVO Semantic Scholars' Grid Geoffrey Fox
12:00 Integrated Predictive Simulation System for Earthquake and Tsunami Disaster Kengo Nakajima
12:20 Lunch
  Afternoon Session (Session V Chairs: Peter Mora and Andrea Donnellan)
13:45 Panel Discussion: Future Planning for ACES/iSERVO
15:15 Break
15:30 Final Thoughts and Writing Session
16:00 ACES/ISB Meeting
18:00 Closing Banquet

 


Poster Session

Scoring Virtual California: A method of comparing San Andreas fault virtual rupture data from simulations with the long-term geological record of earthquakes John Rundle and Lisa Grant
Improving Occurrence Time Estimates For Future Large Earthquakes Using Ensemble PI Methods James Holliday and John Rundle
Models and visualization of stress relaxation in a damaged material with application to the Earth's crust Louise Kellogg et al.
Geophysical Finite Element Simulation Tool (GeoFEST) Jay Parker
Geographical Information Systemx Services in SERVOGrid Marlon Pierce
Modeling of spatiotemporally integrated GPS and DInSAR data Kristy Tiampo
Status of Quasi-Dynamic Parallel Numerical Modeling of Earthquake Interactions over a Wide Magnitude Range Using Rate and State Friction and Fast Multipoles Terry Tullis
Mesh construction for 2D FEM fault system simulations Dion Weatherly
Web Services for Remote Visualization in the Geosciences Dave Yuen et al.
Evaluating Earthquake Forecasting Strategies Using Molchan Trajectories  

Housing List

Name Country Arrival Departure
Mora, Peter
Gross, Lutz
Moresi, Louis
Thorne, Elspeth
Weatherly, Dion
Xing, Huilin
Tiampo, Kristy
Chi, Xuebin
Feng, Yangde
Yin, Xiang-chu
Zhang, Yongxian
Furumura, Takashi
Hashimoto, Chihiro
Matsu'ura, Mitsuhiro
Nakajima, Kengo
Terakawa, Toshiko
Chen, How-Wei
Bowman, David
Dieterich, Jim
Donnellan, Andrea
Fox, Geoffrey
Grant, Lisa
Hirshorn, Barry
Holliday, James
Hsu, Vindell
Kellogg, Louise
Klein, Bill
McRaney, John
Minster, Bernard
Parker, Jay
Pierce, Marlon
Rundle, John
Sammis, Charlie
Shedlock, Kaye
Tullis, Terry
Turcotte, Don
Ward, Steven
Weinstein, Stuart
Whitcomb, Jim
Yuen, Dave
Zechar, Jeremy
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