Applied Mathematics Research Program SIAM Computational Science & Engineering March 5, 2009 Sandy Landsberg, Program Manager Office of Advanced Scientific Computing Research Office of Science Department of Energy U.S. Department of Energy’s Office of Science
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Applied Mathematics Research Program SIAM Computational Science & Engineering March 5, 2009 Sandy Landsberg, Program Manager Office of Advanced Scientific.
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environmental cleanup, climate research• National Security
• Nuclear stockpile stewardship
307/11/2008 Applied Math at the DOE David L. Brown
What kinds of questions can CS&E help answer for DOE?
• Can we predict the operating characteristics of a clean coal power plant?
Answering these and other important questions involves study of increasingly complex physical and engineered systemsAnswering these and other important questions involves study of increasingly complex physical and engineered systems
• How stable is the plasma containment in a Tokamak?
• How quickly is climate change occurring and what are the uncertainties in the predicted time scales?
• How quickly can the US recover if part of the power grid became inoperable?
• How can new materials be designed with a specified desirable set of properties?
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FY 2008Approp.
FY 2009Request
Applied Mathematics 36,885 43,164
Computer Science 27,226 34,618
Computational Partnerships 53,767 52,064
Next Gen. Networking for Science 12,017 17,221
High Performance Production Computing 54,200 54,790
Leadership Computing Facilities 110,158 115,000
High Performance Network Facilities & Testbeds 23,936 25,000
Research and Evaluation Prototypes 23,585 17,000
Subtotal, ASCR 341,774 358,857
All other 9,399 9,963
Total, ASCR 351,173 368,820
Office of Advanced Scientific Computing Research (ASCR)
Mission:Discover, develop, and deploy the computational and networking tools that enable researchers in the scientific disciplines to analyze, model, simulate, and predict complex phenomena important to the Department of Energy.
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It’s not all about hardware …
CS&E advances are essential for the exponential performance increases that drive scientific discovery through computation
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1980 1990 2000 2010
Calendar Year
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Gig
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LO
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High Order
Autocode
ARK integratorcomplex chem Higher
orderAMR
NERSCRS/6000
NERSCSP3
Cray 2
AMR
Low Mach
Combustion modelingModeling advances
Algorithm advances
Hardware advances
Excerpt from: A Science-Based Case For Large Scale Simulation Volume 2http://www.pnl.gov/scales/docs/SCaLeS_Report_Vol2.pdf
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Applied Mathematics Research Program
• Currently supported research activities (~ 100 projects):
• Advanced linear algebra • Discretization and meshing • Multiscale, multiphysics systems• UQ and error analysis• Optimization• Other research• Fellowships & workshops
• Outreach to mathematics, computer science and computational science community
von Neumann 1903-1957
Research on mathematical models, methods and algorithms to enable scientists to accurately understand complex physical, chemical, biological and engineered systems.