Computational Science Graduate Fellowship
Annual Fellows’ Conference
July 14-17, 2003
Washington, DC
Washington, DC
Presentations
| Presenter | School/Affiliation | Presentation Title | |
|---|---|---|---|
| Session I | |||
| Jarrod Chapman |
University of California, Berkeley | JAZZ: A whole genome shotgun assembler |
|
| Jason Hunt |
University of Michigan | An Adaptive 3D Cartesian Approach for the
Parallel Computation of Inviscid Flow About Static and Dynamic
Configurations |
|
| Allison Baker |
University of Colorado | Toward a Memory-efficient Linear Solver |
|
| Diem-Phuong Nguyen |
University of Utah | Lower Dimensional Manifold Reaction Modeling
Applied to Turbulent Combustion Simulations |
|
| David Nelson |
National Coordination Office of Information Technology Research and Development |
[ PDF ]
|
|
| Howes Scholar Award | |||
| Oliver Fringer |
Stanford University | Nonhydrostatic Parallel Coastal Ocean Modeling |
|
| Session II | |||
| Mark D. White |
Pacific Northwest National Laboratory |
[ Flash ]
|
|
| Eric Lee |
Rutgers University | Computational Kinematic Design of Robot
Manipulators |
|
| Charles Hindman |
University of Colorado | Control of Aeroelastic Structures Based
on a Computational Reduced Order Modeling Method |
|
| Matthew Fago |
California Institute of Technology | Two approaches to multiscale material
modeling at the sub-grid level |
|
| Heather Netzloff |
Iowa State University | Simulating Solvent Effects and Liquid Behavior
with the Effective Fragment Potential Method |
|
| Session III | |||
| Douglas B. Kothe |
Los Alamos National Laboratory |
[ Flash ]
|
|
| Ahmed Ismail |
Massachusetts Institute of Technology | Wavelet-accelerated Monte Carlo simulations
of coarse-grained lattice polymer models |
|
| Robert Sedgewick |
University of California, Santa Barbara | Quantum Monte Carlo Simulations of the
Hubbard Model |
|
| Boyce Griffith |
New York University | Numerical Approaches and Computational Results for
Fluid Dynamics Problems with Immersed Elastic Structures |
|
| Judith Hill |
Carnegie Mellon University | A Phasefield Approach to Modeling Fluid-Fluid
Interfaces in an Eulerian Framework |
|
