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Future Technologies

The Future Technologies group performs basic research in core technologies for future generations of high-end computing architectures, including experimental computing systems. Using measurement, modeling, and simulation, we investigate these technologies with the goal of improving the performance, efficiency, reliability, and usability of these architectures for our sponsors. Accordingly, we develop new algorithms and software systems to effectively exploit the specific benefits of each technology.

See our group website for more details on these topics:

Group leader: Jeffrey Vetter
Email: vetter@ornl.gov
Phone: 865-576-7115
Fax: 865-241-4008
Group Secretary:Jan Hashmi
Email: hashmijm@ornl.gov
Phone: 865-574-3917
Fax: 865-241-2650
Plant Mail/Location: Building 5100, MS-6173
Postal Mail: ORNL, P. O. Box 2008, Bldg. 5100,
Oak Ridge, TN 37831-6173

Group Members

Computer Science & Engineering
- Performance
  Sadaf R. Alam, Nikhil Bhatia, Jeffrey S. Vetter (PI) Modeling Assertions: Symbolic Model Representation of Application Performance
Philip C. Roth, Jeffrey S. Vetter (Leader), Weikuan Yu Understanding and Optimizing Data Input/Output of Large-Scale Scientific Applications
Computer Science & Engineering
- Storage
  Philip C. Roth SciDAC-2 Petascale Data Storage Institute
Computer Science & Engineering
- System Software & Tools
  Nikhil Bhatia, Collin McCurdy, Phil Roth, Jeffrey S. Vetter (PI), WeiKuan Yu FAST-OS: Petascale Single System Image
Future Systems
  Sadaf Alam, Jeremy Meredith, Jeffrey Vetter Performance and Productivity of Emerging Architectures
Sadaf R. Alam, Jeremy S. Meredith, Jeffrey S. Vetter Programming the Cell Processor: Achieving High Performance and Efficiency
Olaf O. Storaasli ORNL Field-Programmable Gate Array (FPGA) Research Speeds HPC "up to 100X"


   CSM Projects   
   Advanced Simulation Capability for Environmental Management (ASCEM)   
   The Center for Simulation of RF Wave Interactions with Magnetohydrodynamics (SWIM)   
   Coordinated Infrastructure for Fault Tolerant Systems (CIFTS)   
   Hybrid Multi-Core Consortium   
   Integral Equation Technology   
   MADNESS (Multiresolution Adaptive Numerical Environment for Scientific Simulation)   
   NEAMS Integrated Computational Environment (NiCE)   
   Nuclear Energy Advanced Modeling and Simulation (NEAMS)   
   Reliability, Availability, and Serviceability (RAS) for Petascale High-End Computing and Beyond   
  INCITE Allocated Projects  
   Advanced Simulations of Plasma Microturbulence at the Petascale and Beyond   
   Cellulosic Ethanol: Simulation of Multicomponent Biomass System   
   Climate-Science Computational Development Team: The Climate End Station II   
   High-Fidelity Simulations for Advanced Engine Combustion Research   
   High Fidelity Tokamak Edge Simulation for Efficient Confinement of Fusion Plasma   
   Investigation of Multi-Scale Transport Physics of Fusion Experiments Using Global Gyrokinetic Turbulence Simulations   
   Magnetic Structure and Thermodynamics of Low Dimensional Magnetic Structures   
   Nuclear Structure and Nuclear Reactions   
   Performance Evaluation and Analysis Consortium End Station   
   Petascale Modeling of Chemical Catalysts and Interfaces   
   Three Dimensional Simulations for Core Collapse Supernovae   
   Ultrascale Simulation of Basin-Scale CO2 Sequestration in Deep Geologic Formations and Radionuclide Migration using PFLOTRAN   
   Uncertainty Quantification for Three-Dimensional Reactor Assembly Simulations   
   Understanding the Ultimate Battery Chemistry: Rechargeable Lithium/Air   

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Updated: Tuesday, 17-Aug-2010 09:46:24 EDT