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Projects
How to get a project on Ookami.
The following a list of all Ookami projects. Those which have an allocation via Stony Brook University are listed under "SBU Projects," while projects having an ACCESS allocation are listed below under "ACCESS Projects."
SBU Projects:
ACCESS Projects:
PI |
Institute |
Project |
|
---|---|---|---|
1 | Gabriel Mihalache | Stony Brook University | Deadly Debt Crises: COVID-19 in Emerging Markets |
2 | Katherine Gallagher | Stony Brook University | Modeling the Physical Oceanography Adjacent to Pygoscelis Penguin Colonies along the West Antarctic Peninsula |
3 | Winona Snapp-Childs | Indiana University | CONECT Staff Allocation |
4 | Eva Siegmann | Stony Brook University | Staff allocation - Ookami team |
5 | Lee Liming | University of Chicago | Staff allocation – Globus |
6 | Jon Calhoun | Clemson | Dynamic Management of Compressed Arrays for High-Performance Computing Applications |
7 | Abid Malik | BNL | Resources for Graduate Course in HPC at SBU |
8 | Alparslan Oztekin | Lehigh University | Using Computational Fluid Dynamics Simulations (CFD) To Explore Water & Energy |
9 | Marivi Fernandez-Serra | Stony Brook University | Photocatalytic water splitting in oxide perovskites |
10 | Karres Dean | University of Illinois at Urbana-Champaign | Campus Champion for the University of Illinois, Urbana-Champaign |
11 | Shishir Dash | Stony Brook University | Simulation and measurement of Carbon Dioxide removal dynamics via ocean alkalinity enhancement |
12 | Castillo Horacio | Ohio University | Glassy Phenomena in Condensed Matter and Biological Physics |
13 | Henry Robert | Microsoft | Performance Analysis of Data Center Workloads on Modern ARMv9 Processors |
14 | Dilip Krishnaswamy | qwalks.com | Vectorized High Performance Quantum-inspired computation using the ARM SVE on the Ookami Testbed |
15 | Middelkoop Timothy | Internet2 | Startup Allocation for Cloud based workloads |
16 | Thomas Langford | Yale | Performance Benchmarking on Ookami |
17 | Nguyen Phuong | University of Tennessee | Performance Evaluation and Optimization of Ginkgo on the Arm-based A64FX processors |
18 | Bose Tulika | University of Wisconsin-Madison | XSEDE Computing for the Compact Muon Solenoid at the Large Hadron Collider |
19 | Vikram Gazula | University of Kentucky | Campus Champion Allocation |
20 | Steffen Craig | University of Illinois at Urbana-Champaign | Parfu Parallel Storage Tool Benchmarking and Testing (Extension) |
21 | Showmaker Kurt | The Jackson Laboratory for Genomic Medicine | Campus Champion Allocation |
22 | Ingber Lester | Physical Studies Institute LLC | Quantum Variables in Finance |
23 | Burrows-Schilling Cyd | University of California, San Diego | Campus Champions allocation request on various platforms for UCSD user testing |
24 | Arno Klein | Child Mind Institute | Optimizing item selection for mental and learning disorder screening using machine learning models trained on transdiagnostic datasets |
25 | Kimberly Thomas | University of California, San Diego | Research Facilitator |
26 | Igor Palubski | University of California, Irvine | Semi-Analytical Methods in Monte Carlo Self-Interacting Dark Matter (SIDM) Models |
27 | Matts Rynge | University of Southern California | Staff Allocations |
28 | Barry Schneider | National Institute of Standards and Technology | AMP: A Science Gateway for Atomic and Molecular Physics |
29 | Shishir Dash | Stony Brook University | Simulation and measurement of Carbon Dioxide removal dynamics via ocean alkalinity enhancement |
30 | Anita Schwartz | University of Delaware | UD Campus Champion |
31 | Lester Ingber | Physical Studies Institute LLC | Quantum Financial Systems |
32 | Timothy Huber | University of Texas Rio Grande Valley | Congruences of Quotients of Klein Forms |
33 | Charles Seaton | Columbia River Inter-Tribal Fish Commission |
In silico oceanography: A tool for collaborative Tribal science and management |
34 | Yicheng Huang | Pacific Northwest National Laboratory |
Reconstruction of the wave and current field through 3D boat track and hydrodynamic
model |
35 | Fei Yuan | Baylor College of Medicine | RNAseq Data Analysis Pipeline Development |
36 | Narayana Aluru | University of Texas at Austin |
Soft/Hard Interfaces at Nanoscale |
37 | Niall Whiteford | American Museum of Natural History |
Characterizing Giant Gaseous Worlds in the Era of JWST |
38 | Eva Siegmann | Stony Brook University | ByteBoost Cybertraining |
39 | Tyler Martinus | Rensselaer Polytechnic Institute |
Dynamics of Jet Expansion and Impingement Across a Spectrum of Nozzle Pressure Ratios |
40 | Nate Kremer-Herman | Seattle University | Scaling Up a Distributed Systems Course for Graduate Students |
41 | Yinan Liu | Colorado School of Mines | Simulation of Silicon Clathrate Materials for Photovoltaic Applications |
42 | Seyed Hossein Seyedzadeh | Stony Brook University | High fidelity modeling of renewable energy systems: wind and tidal farms |
43 | Gregory Bauer | University of Illinois at Urbana-Champaign | Evaluation of XSEDE programming and execution environments |
44 | Petr Krysl | University of California, San Diego | Parallel assembly of finite element matrices |
45 | Lenore Mullin | SUNY at Albany | An HPC Optimized Entry Point for an IR analyzer parsing pass |
46 | Matthew Chung | University of California, Riverside | New Campus Champion-Discover ACCESS |
47 | Yang Ge | Tulane University | Quantum Monte Carlo simulations of boundary physics |
48 | Thomas Quinn | University of Washington | N-body simulations: Planets to Cosmology |
49 | Yan Choi Lam | Bucknell University | Computational Investigation of the Catalytic Pathway for Dinitrogen Reduction to Ammonia
by a (PNP)MoI Catalyst |
50 | Lester Ingber | Physical Studies Institute LLC | Fitting EEG data to Statistical Mechanics of Neocortical Interactions (SMNI) |
51 | Marcos Sotomayor | University of Chicago | Molecular Simulations of Adhesion and Mechanotransduction Complexes |
52 | Luis Gutierrez |
Rensselaer Polytechnic Institute |
Nonlinear Modal Stability Formulation for Hypersonic Nonequilibrium Flows |
53 | Ozgur Tumuklu |
Rensselaer Polytechnic Institute |
Advancing High-Fidelity Simulation Techniques for High-Speed Non-equilibrium Flows |
54 | Spencer Bryngelson | Georgia Institute of Technology | High-fidelity simulation of flowing dispersions |
55 | Jeffrey J. Nucciarone |
Pennsylvania State University | Campus Champion for Penn State University |
56 | Beau Christ | Wofford College |
HPC Training at Wofford College |