Talks
| Speaker | Affiliation | Talk Title |
| Introduction | ||
| Rick Stevens | ANL | Introduction |
| Keynote | ||
| Hermann Lederer | Max Planck Institut | DEISA2 Engaging for a European HPC Ecosystem |
| Combustion | ||
| Laurent Gicquel | CERFACS | Large-Eddy Simulations of Turbulent Reacting Flows of Real Burners: Status and Challenges |
| David Lignell | SNL | Terascale Direct Numerical Simulations of Turbulent Combustion: Fundamental Understanding Towards Predictive Models |
| Angela Violi | U of Mich | Science-Based Model for Particle Formation from Novel Fuels |
| Lattice QCD | ||
| Andreas Kronfeld | FNAL | Quantum Chromodynamics with Advanced Computing |
| Nuclear Physics | ||
| Jean-Francois Hamelin | EDF | Getting Ready for Petaflop Capacities and Beyond: A Utility Perspective |
| Tom Arsenlis | LLNL | The Role of Supercomputing in Developing Fuel for the Next Generation Nuclear Reactors |
| Fusion Physics | ||
| William Tang | PPPL | Scientific and Computational Challenges for the Fusion Simulation Project (FSP) |
| Luis Chacon | LANL | Scalable Parallel Implicit Solvers for 3D Magnetohydrodynamics |
| Christopher Holland | UCSD | Validating Simulations of Core Tokamak Turbulence: Current Status and Future Directions |
| Astrophysics | ||
| Daniel Kasen | UCSC | Multidimensional Radiative Transfer Modeling of the Light Curves and Spectra of Supernovae |
| Bronson Messer | ORNL | Multidimensional, Multiphysics Simulations of Core-Collapse Supernovae |
| Michael Kuhlen | IAS | The Via Lactea INCITE Simulation: Galactic Dark Mattter Substructure at High Resolution |
| Distributed Systems | ||
| Werner Vogels | Amazon | CLOUD |
| Charlie Catlett | ANL | Balancing Cybersecurity and Open Science |
| Applied Math | ||
| Brian Van Straalen | LBNL | Embedded Boundary Algorithms and Software for Partial Differential Equations |
| Don Estep | Colorado State | Adjoint-Fueled Advances in Error Estimation and Sensitivity Analysis for Multiscale, Multiphysics Problems |
| Carol Woodward | LLNL | Newton-Krylov Nonlinear Solvers and Their Application |
| Rich Lehoucq | SNL | Peridynamics for Multiscale Materials Modeling |
| HPC | ||
| Tomas Diaz De La Rubia | LLNL | Energy, Climate and Materials: New Approaches and the Role of Simulation |
| Dean Klein | MICRON | Memory Evolution and Challenges |
| Douglass Post | DoD | A New DoD Initiative: The Computational Research and Engineering Acquisition Tools and Environment (CREATE) Program |
| Climate | ||
| James Hurrell | NCAR | Decadal Climate Prediction: Challenges and Opportunities |
| Mark Taylor | SNL | Petascale Atmospheric Models for the Community Climate System Model: New Developments and Evaluation of Scalable Dynamical Cores |
| Allan Snavely | UCSD | WRF Nature Run |
| Accelerators | ||
| Panagiotis Spentzouris | FNAL | Community Petascale Project for Accelerator Science and Simulation: Advancing Computational Science for Future Accelerators and Accelerator Technologies |
| Cho-Kuen Ng | Stanford | Design and Optimization of Large Scale Accelerator Systems through High-Fidelity Electromagnetic Simulations |
| Cameron Geddes | LBNL | Computational Studies and Optimization of Wakefield Accelerators |
| Data Management & Data Analytics for Apps | ||
| Frank Wuerthwein | UCSD | Doing Science on the Grid with the CMS Experiment at the LHC |
| Dean Williams | LLNL | Data Management and Analysis for the Earth System Grid |
| Valerio Pascucci | LLNL | Multiscale Morse Theory for Science Discovery |
| Patrick McCormick | LANL | Quantitatively Driven Visualization and Analysis on Emerging Architectures |
| Cecilia Aragon | LBNL | Sunfall: A Collaborative Visual Analytics System for Astrophysics |
| Chandrika Kamath | LLNL | Sapphire: Scientific Data Mining |
| Moving Applications to Extreme Parallelism | ||
| Bob Lucas | USC | Exascale Technology Challenges |
| William Dally | Stanford | Sequioa Language / Mapping to Multicore |
| Richard Barrett | ORNL | New Languages for Enabling Exascale Science |
| Laxmikant Kale | UIUC | Some Essential Techniques for Developing Efficient Petascale Applications |
| Samuel Williams | UCB | PERI, Tuning for Multicore |
| Michael Heroux | SNL | Design Issues for Numerical Libraries on Multicore Architectures |
| Material Science | ||
| David Ceperley | UIUC | Quantum Monte Carlo Methods for Electronic Structure at the Petascale: Endstation Project |
| Lin-Wang Wang | LBNL | Large-Scale Linear Scaling Electronic Structure Calculations for Nanosystems |
| Paul Kent | UT / ORNL | Challenges of Large-Scale Long-Time First-Principles Molecular Dynamics |
| Visualization | ||
| Claudio Silva | Utah | Software Infrastructure for Exploratory Visualization and Data Analysis: Past, Present and Future |
| Rob Ross | ANL | Parallel I/O and Visualization at Extreme Scale |
| Life Science | ||
| Christopher Chang | NREL | Photons, Photosynthesis, and High-Performance Computing: Challenges, Progress, and Promise of Modeling Metabolism in Green Algae |
| Christopher Oehmen | PNNL | Bringing High-Performance Computing to the Biologist's Workbench: Approaches, Applications and Challenges |
| Chemistry | ||
| Alistair Rendell | ANU | Building Fast, Reliable and Adaptive Software for Computational Science |
| Theresa Windus | Ames | Large Scale Monte Carlo Simulations of Cluster Nucleation Using Quantum Mechanical Potentials |
| Vendor Sessions | ||
| Barry Bolding | CRAY | CRAY - Growing a "Green" HPC Future |
| Eric Kronstadt | IBM | Challenges on the Road to Exascale Computing |
| Stephen Wheat / George Michaels | INTEL | Petaflop Challenges |
| Matt Reilly | SiCortex | Toward an Understanding of the Building Blocks: Constructing Programs for High Processor Count Systems |
| Kent Koeninger | HP | Meeting Next Generation High Performance Computing Requirements Using Cloud Computing |
| Closing | ||
| Dan Reed | Microsoft | Computing: The Road Ahead |