Poster Presentations
| Poster Session Sunday, July 10 Early Career and ARRA Funded Postdocs |
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| Location | Presenter | Institution | Title |
| 21 | Brian Austin | LBNL | Influences of Architecture and Threading on the MPI Communication Strategies in an Accelerator Simulation Code |
| 20 | Joseph Bernstein | ANL | Pursuing Precision Cosmological Constraints on the Blue Gene/P Supercomputer Platform |
| 19 | Gautam Bisht | ORNL | Progress towards Continental-Scale Studies of Subsurface Hydrologic Processes in the United States using PFLOTRAN |
| 13 | Patrick Yin Chiang | Oregon State U. | Hardware/Software Co-design for Energy-Efficient Parallel Computing |
| 23 | Sefa Dag | LBNL | Large-Scale Eigenvalue Calculations for the Study of Electron Excitations in Photovoltaic Materials |
| 17 | Eugene DePrince | ANL | Many-Body Quantum Chemistry on Graphics Processing Units |
| 7 | Mohamed Ebeida | Sandia | Mesh Generation for Modeling and Simulation of Carbon Sequestration Process |
| 9 | Maciej Haranczyk | LBNL | Computational Approaches for the High-Throughput Analysis of Porous Materials for Energy-Related Applications |
| 4 | Christiane Jablonowski | ECRP | A High-Order Finite-Volume Scheme for the Dynamical Core of Weather and Climate Models |
| 11 | Wei Jiang | ANL | Methodological Developments of Large Scale Biological Molecular Dynamics Simulations on Blue Gene/P |
| 12 | Jihan Kim | LBNL | GPU Computational Screening of Carbon Capture Materials |
| 2 | Aaron Knoll | ANL | A Volumetric Framework for Registration, Analysis and Visualization of Nanostructured Materials |
| 14 | Rajeev Kumar | ORNL | Quantitative Analysis of Chain Packing in Polymer Melts using Large Scale Molecular Dynamics Simulations |
| 22 | Jungho Lee and Lei Wang |
ANL | Progress in Large-Scale Differential Variational Inequalities for Heterogeneous Materials |
| 1 | Wangyi Liu | LBNL | Modeling Droplet Breakup Effects with Diffuse-Interface Methods in ALE-AMR Code |
| 5 | Alejandro Lopez-Bezanilla | ORNL | Electronic Structure Calculations on Boron Nitride Nanoribbons: From Insulating to Metallic Behavior |
| 18 | Filipe Maia | LBNL | Parallel Real-Time Ptychographic Image Reconstruction using GPUs |
| 6 | Robert Preissl | LBNL | Address Space Communication Techniques for Gyrokinetic Fusion Applications on Ultra-Scale Platforms |
| 15 | Chaopeng Shen | LBNL | High Performance Computations of Subsurface Reactive Transport Processes at the Pore Scale |
| 16 | Michelle Strout | ECRP | The CGPOP Miniapp |
| 3 | Daniela Ushizima | LBNL | Analysis and Visualization for Multiscale Control of Geologic CO2 |
| 10 | Anil Vullikanti | ECRP | Mobile Social Networks and Dynamic Spectrum Demand: Models and Applications |
| 8 | Chao Yang | CU-Boulder | Parallel Domain-Decomposition Methods for Some Phase-Field Problems |
| Poster Session Monday, July 11 SciDAC Successes |
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| Location | Presenter | Institution | Title |
| 18 | Ann Almgren | LBNL | From Convection to Explosion: End-to-End Simulation of a Type Ia Supernova |
| 5 | Janine Bennett | Sandia | Conditional Analysis of DNS Combustion Data using Local and Global Shape Characteristics |
| 1 | David Bruhwiler | Tech-X Corp. | Parallel Modeling of High-Brightness, High-Intensity Beams for Next-Generation Lepton and Hadron Colliders |
| 15 | Hank Childs | LBNL | VisIt: Visualization and Analysis for Very Large Data |
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| 17 | Lori Diachin | LLNL | Interoperability of Unstructured Mesh Tools and Their Use in Applications: ITAPS Successes |
| 7 | Ian Foster | ANL | Reliable High-Performance Data Transfer via Globus Online: Accomplishments of the Center for Enabling Distributed Petascale Science |
| 20 | Alexander Gaenko | Iowa State Univ. | Complex Computational Chemistry Code: Software Integration and Auto-Tuning |
| 19 | Steve Ghan | PNNL | Aerosol Effects on the Earth’s Energy Balance |
| 22 | Garth Gibson | Carnegie Mellon | Petascale Data Storage Institute |
| 4 | Forrest Hoffman | ORNL | The Carbon-Land Model Intercomparison Project (C-LAMP) and the International Land Model Benchmarking (ILAMB) Activity |
| 10 | Balint Joo | Jefferson National Lab. | A SciDAC Retrospective from USQCD |
| 23 | Seung-Hoe Ku | NYU | XGC Kinetic Simulation of Stochastic Magnetic Field Penetration into a Fusion Edge Plasma |
| 8 | Jianying Lang | Princeton Plasma Physics Lab. | Kinetic Nonlinear Simulations of Energetic Particle-Driven Instabilities with Source and Sink |
| 9 | Peter Lichtner | LANL | PFLOTRAN: Next-Generation Petascale Subsurface Reactive Flow and Transport Code |
| 12 | Esmond Ng | LBNL | Advancing Nuclear Physics through TOPS Solvers and Tools |
| 11 | Kwan-Liu Ma | UC Davis | New Techniques for Visualizing Field Lines and Particle Trajectories |
| 13 | John Mellor-Crummey | Rice | Coarray Fortran 2.0: A Productive Language for Scalable Scientific Computing |
| 16 | Cho Ng | Stanford | Scientific Discovery through Electromagnetic Accelerator Simulation Enabled by Partnership in Computational Science |
| 24 | Bruce Palmer and Karen Schuchardt |
PNNL | Many Parallel Task Computing for a Hybrid Subsurface Model |
| 3 | Paul Ricker | UIUC | Adaptive Mesh Refinement Simulation of the Common-Envelope Phase of Binary Star Evolution |
| 26 | Allen Sanderson | Univ. of Utah | Visualization and Analysis Tools for Exploring Magnetic Confinement Fusion Simulations |
| 14 | Arie Shoshani | LBNL | The Scientific Data Management Center: Available Technologies and Highlights |
| 6 | Allan Snavely and Laura Carrington |
UC San Diego | Power and Performance Modeling in PERI |
| 25 | Mario Stoitsov | ORNL | UNEDF: Advanced Scientific Computing Transforms the Low-Energy Nuclear Many-Body Problem |
| 21 | N. Tallent, J. Mellor-Crummey, and A. Bernat | Rice and UW-Madison | Performance Tools for Scalable Parallel Systems |
| Poster Session Wednesday, July 13 SciDAC Projects |
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| Location | Presenter | Institution | Title |
| 28 | Erick Boman and Siva Rajamanickam |
SNL | A Study of Combinatorial Issues in a Sparse Hybrid Solver |
| 6 | Phil Colella | LBNL | TBD |
| 7 | Terence Critchlow | PNNL | Working with Workflows: Highlights from 5 Years Building Scientific Workflows |
| 3 | Ralf Deiterding | ORNL | Adaptive Sparse Grids for Stochastic Collocation to Hybrid Parallel Architectures |
| 10 | Joaquin Drut | LANL | From Lattice QCD to Cold Atoms and Graphene: Accelerating the Monte Carlo Approach to Many-Fermion Physics |
| 19 | Yelchin Efendiev | Texas A&M | Bayesian Uncertainty Quantification for Channelized Subsurface Characterization |
| 32 | Juan Gonzalez | Accelogic, LLC | Achieving Maximal Concurrency in a Heterogeneous Supercomputing System – A Case Study on the Efficient Parallelization of the FFT Algorithm in Multi-CPU/GPU Systems |
| 27 | Ihor Holod | UC Irvine | Global Gyrokinetic Particle Simulations of Electromagnetic Turbulence in Tokamak Plasmas |
| 23 | Henry Huang | PNNL | Dynamic Paradigm for Future Power Grid Operation |
| 9 | Gianluca Iaccarino | Stanford | Large-Scale Uncertainty and Error Analysis for Time-Dependent Fluid/Structure Interactions in Wind Turbine Applications |
| 29 | Chris Iacovella | Vanderbilt | Flexible Order Parameters for Quantifying the Rate-Dependent Energy Release Mechanism of Au Nanowires |
| 5 | Arthi Jayaraman | CU-Boulder | Theory and Simulation Studies of Macromolecular Materials for Metamaterials and Organic Photovoltaics |
| 13 | Doug Kothe | ORNL | CASL: The Consortium for Advanced Simulation of Light Water Reactors—A DOE Energy Innovation Hub for Modeling and Simulation of Nuclear Reactors |
| 24 | Guang Lin | PNNL | Modeling and Simulation of High Dimensional Stochastic Multiscale PDE Systems |
| 16 | Miron Livny | UW-Madison | Enabling Petascale Science with a Nationally Distributed High Throughput Computing Fabric of Services—The Open Science Grid |
| 12 | Aaron Lott | LLNL | Recent Progress in Nonlinear and Linear Solvers |
| 2 | Warren Mori | UCLA | Recent Progress in High Performance Simulations of Advanced Acceleration |
| 18 | Ken Moreland | SNL | Dax: Data Analysis at Extreme |
| 25 | Joyce Penner | Univ. of Michigan | Efficient Control-Volume Model of the Compressible Euler Equations |
| 1 | Mr. Prabhat | LBNL | ExaHDF5: An I/O Platform for Exascale Data Models, Analysis and Performance |
| 21 | Doug Rudd | Yale | Performance Emulation of the Cell-based AMR Cosmology Simulation Code – ART |
| 30 | Jeremy Smith and Xiaolin Cheng |
ORNL | Multiscale Coarse-Grain Simulation Studies of Cellulosic Biomass |
| 31 | Jacqueline Chame and Chun Chen | USC and Univ. of Utah | PERI Autotuning of PFLOTRAN |
| 4 | Michael Sprague | NREL | Computational Modeling of Wind Plant Aerodynamics |
| 15 | Michail Stamatakis | Univ. of Delaware | Graph-Theoretical Kinetic Monte Carlo for On-Lattice Chemical Kinetics |
| 17 | Ameet Talwalkar | UC Berkeley | Genome-Scale Phylogenetic Function Annotation of Large and Diverse Protein Families |
| 14 | Charles Tong, Barry Lee, Gianluca Iaccarino | LLNL, PNNL, Stanford | Embedded Uncertainty Quantification for Multiphysics Problems |
| 8 | Venkat Vishwanath | ANL | In Situ Data Analysis and I/O Acceleration at Extreme Scale with GLEAN |
| 22 | John Wawrzynek | UC Berkeley | A Digital Design Infrastructure for Synthesis with Integrated Simulation |
| 26 | Dean Williams | LLNL | The Earth System Grid Center for Enabling Technologies: A Data Infrastructure for Data-Intensive Climate Research |
| 32 | Juan Gonzalez | Accelogic, LLC | Achieving Maximal Concurrency in a Heterogeneous Supercomputing System—A case Study on the Efficient Parallelization of the FFT Algorithm in Multi-CPU/GPU Systems |