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ORNL Booth Presentations at SC2006 BY TOPIC

Advanced Networking CCS Network Roadmap, Carter DOE UltraScience Net: High-Performance Experimental Network Research Testbed, Rao Logistical networking for energy sciences, Beck (UTK) ORNL's FutureNet Infrastructure, Wing

Computer Science Research

• Extending PAPI to Multiple Measurement Domains, Dongarra, London, Moore, Mucci, Terpstra, You (UTK)
• FAST-OS: Petascale Single System Image, Vetter, Bhatia, Mccurdy, Ong, Roth, Yu
• Fault Tolerance Challenges and Solutions, Geist
• GridSolve: A Network Enabled Solver, YarKhan, Dongarra (UTK)
• The Harness Workbench: Unified and Adaptive Access to Diverse HPC Platforms, Engelmann
• High Productivity Language & Systems: Next Generation Petascale Programming, Elwasif, Bernholdt, Harrison:
• How the Common Component Architecture Advances Computational Science, Bernholdt
• The HPC Challenge (HPCC) Benchmark Suite, Luszczek (UTK)
• Innovative Emerging Computer Technologies, Barhen, Imam
• KOJAK and SCALASCA, Dongarra, Moore, Pulatova, Song, Geimer, Hermanns, Mohr, Wolf, Wylie (UTK)
• The Lapack For Clusters (LFC) Project, Luszczek (UTK)
• Open MPI - A High Performance MPI-2 Library Graham (LANL)
• Open Source Cluster Application Resources (OSCAR), Scott, Naughton, Vallee
• An Overview of the Common Component Architecture (CCA), Bernholdt
• Performance Engineering Research Institute (PERI), Worley
• Reconfigurable HPC Research at ORNL using Field-Programmable Gate Arrays (FPGAs), Storaasli
• Reliability, Availability, and Serviceability (RAS) for High-Performance Computing, Scott, Engelmann:
• Scalable Systems Software Project, Geist:
• Scientific Annotation Middleware: Software infrastructure to support rich scientific records and the processes that produce them, Schwidder, Gibson, Myers:
• Targeting Multi-Core Systems in Linear Algebra Applications, Dongarra, Buttari, Kurzak (UTK)
• Using the CELL Processor for Linear Algebra, Kurzak, Dongarra (UTK)
• The Zero-Force MPI Toolkit - Towards Tractable Toolkits for HPC, Slawinska (Emory)

Applied Mathematics Research Computational Mathematics at the Oak Ridge National Laboratory, D'Azevedo GridSolve: A Network Enabled Solver, YarKhan, Dongarra (UTK) The Lapack For Clusters (LFC) Project, Luszczek (UTK) Micro-Mesoscopic Modeling of Heterogeneous Chemically Reacting Flows (MMMHCRF) Over Catalytic/Solid Surfaces, Pannala Petascale on Nanoscale: A Green's Function Plane Wave Code for Nanomaterials, Schulthess, Alvarez, Lu, Zhang Targeting Multi-Core Systems in Linear Algebra Applications, Dongarra, Buttari, Kurzak (UTK) Understanding Variability and Bringing Rigor to Scientific Investigation, Ostrouchov Using the CELL Processor for Linear Algebra, Kurzak, Dongarra (UTK)

Future Systems

• FAST-OS: Petascale Single System Image, Vetter, Bhatia, Mccurdy, Ong, Roth, Yu
• Innovative Emerging Computer Technologies, Barhen, Imam
• Programming the Cell Processor: Achieving High Performance and Efficiency, Meredith
• Reconfigurable HPC Research at ORNL using Field-Programmable Gate Arrays (FPGAs), Storaasli
• Using the CELL Processor for Linear Algebra, Kurzak, Dongarra (UTK)

Homeland Security/Defense Biomedical Modeling and Simulation, Ward Document Clustering on Supercomputers, Jiao High-Performance Visualization of Geographic Data, Bhaduri, Sorokine: Innovative Emerging Computer Technologies, Barhen, Imam LandScan Population Research Program, Bhaduri ORNL SensorNet: Wide-Area Sensor Networks for Protection and Assurance, Shankar? Parallel Discrete Event Simulation (PDES) at ORNL, Perumalla

Knowledge Discovery

• BioPilot: Data-Intensive Computing for Complex Biological Systems, Samatova
• Document Clustering on Supercomputers, Jiao
• High-Performance Visualization of Geographic Data, Bhaduri, Sorokine
• LandScan Population Research Program, Bhaduri
• The Neutron Science TeraGrid Gateway (NSTG) TeraGrid Cyberinfrastructure at ORNL, Cobb
• Climate Science Computational End Station, White, Washington
• ORNL SensorNet: Wide-Area Sensor Networks for Protection and Assurance, Shankar?
• Parallel Discrete Event Simulation (PDES) at ORNL, Perumalla
• Science Portal for the Spallation Neutron Source (SNS), Kohl, Vazhkudai, Miller, Geist:
• Scientific Data Management Center, Samatova
• Understanding Variability and Bringing Rigor to Scientific Investigation, Ostrouchov

Leadership Computing CCS Network Roadmap, Carter CCS Project Allocations, Kothe End to End Computing at ORNL, Klasky LCF Infrastructure, Canon Leadership Computing Facility (LCF) Roadmap, Bland NCCS Hardware Robust Storage Management/On Desktop, in Machine Room, and Beyond, Ma, Vazhkudai SciDAC-2/Petascale Data Storage Institute, Roth Scientific Computing Group, Kendall Scientific Data Management Center, Samatova Visualization at the Leadership Computing Facility, Ahern

Leadership Applications

• Building Nuclei from the Ground Up: Nuclear Coupled-cluster Theory, Dean, Papenbrock, Roche (ORNL); Piecuch, Wlock, Gour (Michigan); Hjorth-Jensen (Oslo)
• CCS Project Allocations, Kothe
• Collaboration for Advanced Nuclear Simulation: Predictive Reactor Simulation for GNEP, Clarno
• Computational Mathematics at the Oak Ridge National Laboratory, D'Azevedo
• Computational Simulation of Alzheimer's Amyloid Fibril Assembly, LoCascio, Ghattyvenkatakrishna, Uberbacher
• Core Collapse Supernovae: Power Beyond Imagination, Mezzacappa
• The Earth System Grid: Turning Climate Datasets into Community Resources, Bernholdt
• Fermion glue in the Hubbard model: New insights into the cuprate pairing mechanism with advanced computing, Maier, Schulthess, Kent; Scalapino (UCSB); Jarrell (U.Cincinnati)
• Global Coupled Climate and Carbon Cycle Modeling, Hoffman
• Gyrokinetic Particle Simulations of Fusion Plasmas, Klasky
• High Fidelity Numerical Simulations of Turbulent Combustion: Fundamental Science toward Predictive Models, Sankaran, Hawkes, Yoo, Lignell, Chen (Sandia)
• High Performance Computing in Magnetic Fusion Energy Research, Batchelor
• Micro-Mesoscopic Modeling of Heterogeneous Chemically Reacting Flows (MMMHCRF) Over Catalytic/Solid Surfaces, Pannala
• Climate Science Computational End Station, White, Washington
• Petascale on Nanoscale: A Green's Function Plane Wave Code for Nanomaterials, Schulthess, Alvarez, Lu, Zhang
• The SciDAC CCSM Consortium Project, Drake
• Science Portal for the Spallation Neutron Source (SNS), Kohl, Vazhkudai, Miller, Geist
• Scientific Computing Group, Kendall
• Statistical Physics of Fracture: Recent Advances Through High-Performance Computing, Nukala, Simunovic, Schulthess
• XGC: Gyrokinetic Particle Simulation of Edge Plasma, Klasky

Partnerships/Collaborators Collaborators (logos) Joint Institute of Computational Sciences, Zacharia Research Alliance in Math and Science, McCoy UTK Extending PAPI to Multiple Measurement Domains, Dongarra, London, Moore, Mucci, Terpstra, You (UTK) The HPC Challenge (HPCC) Benchmark Suite, Luszczek (UTK) KOJAK and SCALASCA, Dongarra, Moore, Pulatova, Song, Geimer, Hermanns, Mohr, Wolf, Wylie (UTK) The Lapack For Clusters (LFC) Project, Luszczek (UTK) Logistical networking for energy sciences, Beck (UTK) ORNL-University Partnerships in Computational Biology, Jouline (ORNL/UTK/JICS) Scalable Data Servers for Large Multivariate Volume Visualization, Glatter, Mollenhour, Huang, Gao (UTK) Targeting Multi-Core Systems in Linear Algebra Applications, Dongarra, Buttari, Kurzak (UTK) Using the CELL Processor for Linear Algebra, Kurzak, Dongarra (UTK)

SciDAC

• The Earth System Grid: Turning Climate Datasets into Community Resources, Bernholdt
• End to End Computing at ORNL, Klasky
• Gyrokinetic Particle Simulations of Fusion Plasmas, Klasky
• High Performance Computing in Magnetic Fusion Energy Research, Batchelor
• How the Common Component Architecture Advances Computational Science, Bernholdt
• An Overview of the Common Component Architecture (CCA), Bernholdt
• Performance Engineering Research Institute (PERI), Worley
• Scalable Systems Software Project, Geist
• The SciDAC CCSM Consortium Project, Drake
• SciDAC-2/Petascale Data Storage Institute, Roth
• Scientific Data Management Center, Samatova
• Visualization and Analytics Center for Enabling Technologies (VACET), Ahern
• XGC: Gyrokinetic Particle Simulation of Edge Plasma, Klasky

Scientific Applications: ASTROPHYSICS Core Collapse Supernovae: Power Beyond Imagination, Mezzacappa

Scientific Applications: BIOLOGY

• Biomedical Engineering and Biomedical Informatics Program, Beckerman
• Biomedical Modeling and Simulation, Ward
• BioPilot: Data-Intensive Computing for Complex Biological Systems, Samatova
• Computational Simulation of Alzheimer's Amyloid Fibril Assembly, LoCascio, Ghattyvenkatakrishna, Uberbacher
• Next Generation Simulations in Biology: Investigating biomolecular structure, dynamics and function through multiscale modeling, Agarwal, Alam, Myles, Vetter
• ORNL-University Partnerships in Computational Biology, Jouline (ORNL/UTK/JICS)

Scientific Applications: CHEMISTRY Micro-Mesoscopic Modeling of Heterogeneous Chemically Reacting Flows (MMMHCRF) Over Catalytic/Solid Surfaces, Pannala

Scientific Applications: CLIMATE

• The Earth System Grid: Turning Climate Datasets into Community Resources, Bernholdt
• Global Coupled Climate and Carbon Cycle Modeling, Hoffman
• Climate Science Computational End Station, White; Washington (NCAR)
• The SciDAC CCSM Consortium Project, Drake

Scientific Applications: COMBUSTION High Fidelity Numerical Simulations of Turbulent Combustion: Fundamental Science toward Predictive Models, Sankaran, Hawkes, Yoo, Lignell, Chen (Sandia)

Scientific Applications: FUSION

• End to End Computing at ORNL, Klasky
• Gyrokinetic Particle Simulations of Fusion Plasmas, Klasky
• High Performance Computing in Magnetic Fusion Energy Research, Batchelor
• XGC: Gyrokinetic Particle Simulation of Edge Plasma, Klasky

Scientific Applications: GNEP and Nuclear Physics Building Nuclei from the Ground Up: Nuclear Coupled-cluster Theory, Dean, Papenbrock, Roche (ORNL); Piecuch, Wlock, Gour (Michigan); Hjorth-Jensen (Oslo) Collaboration for Advanced Nuclear Simulation: Predictive Reactor Simulation for GNEP, Clarno

Scientific Applications: MATERIALS SCIENCE & NANOSCIENCE

• Fermion glue in the Hubbard model: New insights into the cuprate pairing mechanism with advanced computing, Maier, Schulthess, Kent; Scalapino (UCSB); Jarrell (U.Cincinnati)
• Petascale on Nanoscale: A Green's Function Plane Wave Code for Nanomaterials, Schulthess, Alvarez, Lu, Zhang
• Statistical Physics of Fracture: Recent Advances Through High-Performance Computing, Nukala, Simunovic, Schulthess

Scientific Applications: NEUTRON SCIENCE The Neutron Science TeraGrid Gateway (NSTG) TeraGrid Cyberinfrastructure at ORNL, Cobb Science Portal for the Spallation Neutron Source (SNS), Kohl, Vazhkudai, Miller, Geist

Storage and Data Analytics

• BioPilot: Data-Intensive Computing for Complex Biological Systems, Samatova
• Document Clustering on Supercomputers, Jiao
• The Earth System Grid: Turning Climate Datasets into Community Resources, Bernholdt
• LandScan Population Research Program, Bhaduri
• Climate Science Computational End Station, White, Washington
• Robust Storage Management/On Desktop, in Machine Room, and Beyond, Ma, Vazhkudai
• Scalable Data Servers for Large Multivariate Volume Visualization, Glatter, Mollenhour, Huang, Gao (UTK)
• SciDAC-2/Petascale Data Storage Institute, Roth
• Science Portal for the Spallation Neutron Source (SNS), Kohl, Vazhkudai, Miller, Geist
• Scientific Data Management Center, Samatova
• Statistical Physics of Fracture: Recent Advances Through High-Performance Computing, Nukala, Simunovic, Schulthess
• Understanding Variability and Bringing Rigor to Scientific Investigation, Ostrouchov

Visualization CCS Project Allocations, Kothe High-Performance Visualization of Geographic Data, Bhaduri, Sorokine LandScan Population Research Program, Bhaduri Climate Science Computational End Station, White, Washington Scalable Data Servers for Large Multivariate Volume Visualization, Glatter, Mollenhour, Huang, Gao (UTK) Understanding Variability and Bringing Rigor to Scientific Investigation, Ostrouchov Visualization and Analytics Center for Enabling Technologies (VACET), Ahern Visualization at the Leadership Computing Facility, Ahern

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