Projects on Ookami

Every research project allocated time on Ookami between 2020 and 2025, 184 in total. Projects allocated through Stony Brook University are listed first, followed by projects allocated through ACCESS.

Stony Brook University allocations

97 projects allocated through Stony Brook University.
Principal investigatorInstitutionProject
Alan CalderStony Brook University3D Simulations of Pure Deflagrations of Hybrid White Dwarf Progenitors
Matthew D. JonesUniversity at BuffaloMetrics for High Performance Computing Applications and Platforms: Performance and Reliability
Sayan GoshPacific Northwest National LaboratoryGraph Analytics and Combinatorial Kernels (GRACE)
Philip W. JonesLos Alamos National LaboratoryEnergy Exascale Earth System Model (E3SM) Readiness
Tony CurtisStony Brook UniversityOpenSHMEM
Tony CurtisStony Brook UniversitySPEC
Yuewei LinBrookhaven National LaboratoryThe Large Scale Image Classification Benchmark
John DennisNational Center for Atmospheric ResearchEvaluating A64FX Using NCAR Weather and Climate Benchmarks
Jochen AutschbachUniversity at BuffaloMolecular Dynamics and Molecular Response
Meifeng LinBrookhaven National LaboratoryPerformance and Portability Evaluation of HPC Application Software on A64FX
Manuel ArenazAppentra Solutions S.L.Software performance optimization through Parallelware tools for Fujitsu A64fx Processor
Barbara ChapmanStony Brook UniversityOpenMP in LLVM (llvm-openmp)
Patrick DiehlLouisiana State UniversityPorting Octo-Tiger, an astrophysics program simulating the evolution of star systems based on the fast multipole method on adaptive Octrees
Guido JuckelandHelmholtz-Zentrum Dresden-Rossendorfgearshifft
Mary HallUniversity of UtahOptimizing Stencil Applications with Bricks on A64FX
Tony CurtisStony Brook UniversityUCX
Amanda RandlesDuke UniversityAdaptive Physics Refinement Models for Simulating Cancer Cells
Yihui RenBrookhaven National LaboratoryAdvanced Deep Learning with ARM
Xiangmin JiaoStony Brook UniversityScalable Hierarchical Algorithms for Preconditioning Large-Scale Sparse and Data-Sparse Systems
Marivi Fernandez-SerraStony Brook UniversitySiesta in OOKAMI
Tony CurtisStony Brook UniversityTOTAL
Georg HagerErlangen National High Performance Computing CenterPorting and Evaluating the Performance Engineering Tools OSACA and LIKWID on OOKAMI
Axel HueblLawrence Berkeley National LaboratoryWarpX - an advanced electromagnetic Particle-In-Cell code - on A64FX
Yundi QuanUniversity of FloridaElectron-phonon coupling on a fine grid
Federico D. HalpernGeneral AtomicsTesting and Porting ALMA and CGYRO to A64FX architecture
John BellLawrence Berkeley National LaboratoryThe AMReX Block-Structured Adaptive Mesh Refinement Framework
Dingwen TaoWashington State UniversityImproving Performance of Lossy Compression for Extreme-scale Scientific Applications on A64FX
Marc GagnéWest Chester UniversityMagnetized Massive StarWinds with Ookami
Lester IngberPhysical Studies Institute LLCHybrid Classical-Quantum Fitting Attention States to Statistical Mechanics of Neocortical Interactions
Amit RuhelaUniversity of Texas at AustinCharacterizing and Improving Containerized HPC Applications Performance on Fujitsu A64FX Architecture
Christopher HillMassachusetts Institute of TechnologyMIT General Circulation Model Performance Tuning on ARM64 v8 SVE
Greg ChildersCalifornia State University FullertonAnalysis of the Linear Algebra in the Number Field Sieve Algorithm
Tzu-Chieh WeiStony Brook UniversityBenchmarking for Quantum Resource Estimation
V. BalajiCooperative Institute for Modeling the Earth SystemClimate and weather models on A64FX
Weg OngkekoUniversity of CaliforniaMicrobial marker identification as a model for early Alzheimer's diagnosis
Lenore M. MullinUniversity at AlbanyMathematics of Arrays (MoA) Dense GEMM
Gabriel MihalacheStony Brook UniversityFiscal Space with Defaultable Public Debt
Roman SamulyakStony Brook UniversityLagrangian Particle Models and Simulations
George BosilcaUniversity of TennesseeProduction quality Ecosystem for Programming and Executing eXtremescale Applications (EPEXA)
Christopher WolfeStony Brook UniversityVertical Structure of Oceanic Mesoscale Mixing
Rezaul ChowdhuryStony Brook UniversityFFT-based Fast Stencil Computations
Benedikt HegnerCERNHEP Software Performance on Ookami - Phase 1) Porting
Sherwood RichersUniversity of California BerkeleyParticle-in-cell Simulation of Neutrino Flavor Transformation
Charles GammieUniversity of Illinois at Urbana-ChampaignNext-generation Models for the Event Horizon Telescope
Samson CheungNASA Ames Research CenterWRF performance on OOKAMI
Charles CheungUniversity of DelawareHigh precision conguration interaction calculations on A64FX
Yonghong YanUniversity of North Carolina at CharlotteEvaluation of OpenMP SIMD Transformation for ARM SVE
Jiqun LiuUniversity of OklahomaDeep Learning Click and Recommendation Models for Supporting Complex Search Tasks
Robert BlackwellFlatiron InstitutePerformance testing for common research applications and preliminary development
Evan DodgeNASA Ames Research CenterTesting/Tuning WRFv3.9.1.1 on A64FX
Dirk PleiterForschungszentrum JuelichExploring Computer architectural requirements for single cell genomics applications
Tony CurtisStony Brook Universityrustyshmem
John PariseStony Brook UniversityComputational design and discovery of advanced thermoelectric materials for sustaibale future energy applications
Dennis C. SmolarskiSanta Clara UniversityLinear Algebra At Scale
Xu LiuNorth Carolina State UniversityA Fine-grained Call Path Profiler for A64FX-based Clusters
Khaled SallamOklahoma State UniversityCombustion Acoustics of Residential Water Heaters
Brian O’SheaMichigan State UniversityMeasuring Performance and Scaling of Kokkos-accelerated Athena++ on Ookami
Tony CurtisStony Brook UniversityProgram Transformation for Automatic GPU-Offloading with OpenMP
Sunita ChandrasekaranUniversity of DelawarePorting applications to A64FX processor and benchmarking their performance
Tony CurtisStony Brook UniversityDeep Learning Compilers To Enhance ML Performance on Ookami
Nav Nidhi RajputStony Brook UniversityTesting and benchmarking electronic structure calculations code VASP on OOKAMI platform
Jiajia LiCollege of William & MaryOptimizing Sparse Tensor Methods for ARM systems
Bradford ChamberlainHewlett Packard EnterpriseChapel on Ookami
Gaurav KhannaUniversity of Rhode IslandMixed-Precision Runge-Kutta Methods using the A64FX Processor
Eva ZurekUniversity at BuffaloSuperconducting Hydrides Under Pressure
Geoff CowlesUniversity of Massachusetts DartmouthBenchmarking the FVCOM Ocean Model on A64FX
Sanjay KaleUniversity of Illinois at Urbana-ChampaignExploring Charm++ Applications on A64FX
Yongjun ZhangStony Brook UniversityRelational Segregation in the U.S.
Matthias MöllerDelft University of TechnologyTesting and porting G+Smo to A64FX architecture
Henrique MirandaVASPPorting VASP for A64FX
Jed BrownUniversity of Colorado BoulderlibCEED: fast algebra for finite elements
Alexander BreuerFriedrich Schiller University JenaNovel Computer Technologies in Education and Research
Katherine HudsonStony Brook UniversityPygoscelis Penguin Response to Potential Prey Retention along the West Antarctic Peninsula
Mehdi RaessiUniversity of Massachusetts DartmouthBenchmarking the 3D FSI RIPPLE code on A64FX
Barry SchneiderNational Institute of Standards and TechnologyCalculation of electron collisions with molecular targets using the convergent close-coupling method
Ananta TiwariEP Analytics, Inc.PerfPal: Performance Evaluation, Profiling and Modeling Tools for ARM-based HPC Systems
Klaus BartschatDrake UniversityB-Spline R-Matrix and R-Matrix with Time Dependence Calculations for Electron and Photon Collisions
Michela TauferUniversity of Tennessee KnoxvillePerformance Portable Vector Particle-In-Cell (VPIC)
Eirik ValsethUniversity of Texas at AustinReduced- and Mixed- Precision Modeling for Ocean Hydrodynamics
Craig SteffenUniversity of IllinoisParfu Parallel Storage Tool Benchmarking and Testing
Alexey KozlovHeidelberg Institute for Theoretical StudiesPorting raxml-ng to ARM
Annie Xian ZhangStevens Institute of TechnologyStudy on the Influence and Mechanism of Moiré Patterns on Lattice Thermal Conductivity of Bilayer WS2 via First-Principles Calculation
David CarlsonStony Brook UniversityPorting, tuning, and analysis of the Basic Local Alignment Search Tool (BLAST) for A64FX
Carlos SimmerlingStony Brook UniversityPorting and tuning Amber for A64FX
Wolfgang WanderRenaissance TechnologiesFloating point performance tests
Jeffrey HeinzStony Brook UniversityParsing and Learning Algorithms for Computational Linguistics and Biology
Xiangmin Jiao & Marat KhairoutdinovStony Brook UniversityPorting and Tuning of System for Atmospheric Modeling with Multigrid
Alex VeidenbaumUC IrvineExploiting parallelism to accelerate fully homomorphic encryption
Mose GiordanoUniversity College LondonJulia on A64FX
João P. L. de CarvalhoUniversity of AlbertaGeneration of Efficient Code for Vector-Length Agnostic Architecture via Active Lane Consolidation
Tom DeakinUniversity of BristolBenchmarking the performance of A64FX hardware specific features such as hardware barrier and sector cache
Robert RosenbergNaval Research LaboratoryEvaluation of Navy-Relevant codes on ARM cluster
Dimitris AssanisStony Brook UniversityModeling Internal Combustion Engine Performance with Deep Learning
Dilip GersappeStony Brook UniversityControlled ice-nucleation using cellulosic hydrogels
Simon McIntosh-SmithUniversity of BristolUtilising PMU event data to inform A64FX processor model creation
Jackie WeissmanStony Brook UniversityMicrobial Reef - Community Engagement Project
Simon MooreUniversity of CambridgeEvaluating behaviour of Fujitsu A64FX processor

ACCESS allocations

87 projects allocated through ACCESS, which Ookami joined as a service provider in October 2022.
Principal investigatorInstitutionProject
Gabriel MihalacheStony Brook UniversityDeadly Debt Crises: COVID-19 in Emerging Markets
Katherine GallagherStony Brook UniversityModeling the Physical Oceanography Adjacent to Pygoscelis Penguin Colonies along the West Antarctic Peninsula
Winona Snapp-ChildsIndiana UniversityCONECT Staff Allocation
Eva SiegmannStony Brook UniversityStaff allocation - Ookami team
Lee LimingUniversity of ChicagoStaff allocation – Globus
Jon CalhounClemsonDynamic Management of Compressed Arrays for High-Performance Computing Applications
Abid MalikBNLResources for Graduate Course in HPC at SBU
Alparslan OztekinLehigh UniversityUsing Computational Fluid Dynamics Simulations (CFD) To Explore Water & Energy
Marivi Fernandez-SerraStony Brook UniversityPhotocatalytic water splitting in oxide perovskites
Karres DeanUniversity of Illinois at Urbana-ChampaignCampus Champion for the University of Illinois, Urbana-Champaign
Shishir DashStony Brook UniversitySimulation and measurement of Carbon Dioxide removal dynamics via ocean alkalinity enhancement
Castillo HoracioOhio UniversityGlassy Phenomena in Condensed Matter and Biological Physics
Henry RobertMicrosoftPerformance Analysis of Data Center Workloads on Modern ARMv9 Processors
Dilip Krishnaswamyqwalks.comVectorized High Performance Quantum-inspired computation using the ARM SVE on the Ookami Testbed
Middelkoop TimothyInternet2Startup Allocation for Cloud based workloads
Thomas LangfordYalePerformance Benchmarking on Ookami
Nguyen PhuongUniversity of TennesseePerformance Evaluation and Optimization of Ginkgo on the Arm-based A64FX processors
Bose TulikaUniversity of Wisconsin-MadisonXSEDE Computing for the Compact Muon Solenoid at the Large Hadron Collider
Vikram GazulaUniversity of KentuckyCampus Champion Allocation
Steffen CraigUniversity of Illinois at Urbana-ChampaignParfu Parallel Storage Tool Benchmarking and Testing (Extension)
Showmaker KurtThe Jackson Laboratory for Genomic MedicineCampus Champion Allocation
Ingber LesterPhysical Studies Institute LLCQuantum Variables in Finance
Burrows-Schilling CydUniversity of California, San DiegoCampus Champions allocation request on various platforms for UCSD user testing
Arno KleinChild Mind InstituteOptimizing item selection for mental and learning disorder screening using machine learning models trained on transdiagnostic datasets
Kimberly ThomasUniversity of California, San DiegoResearch Facilitator
Igor PalubskiUniversity of California, IrvineSemi-Analytical Methods in Monte Carlo Self-Interacting Dark Matter (SIDM) Models
Matts RyngeUniversity of Southern CaliforniaStaff Allocations
Barry SchneiderNational Institute of Standards and TechnologyAMP: A Science Gateway for Atomic and Molecular Physics
Shishir DashStony Brook UniversitySimulation and measurement of Carbon Dioxide removal dynamics via ocean alkalinity enhancement
Anita SchwartzUniversity of DelawareUD Campus Champion
Lester IngberPhysical Studies Institute LLCQuantum Financial Systems
Timothy HuberUniversity of Texas Rio Grande ValleyCongruences of Quotients of Klein Forms
Charles SeatonColumbia River Inter-Tribal Fish CommissionIn silico oceanography: A tool for collaborative Tribal science and management
Yicheng HuangPacific Northwest National LaboratoryReconstruction of the wave and current field through 3D boat track and hydrodynamic model
Fei YuanBaylor College of MedicineRNAseq Data Analysis Pipeline Development
Narayana AluruUniversity of Texas at AustinSoft/Hard Interfaces at Nanoscale
Niall WhitefordAmerican Museum of Natural HistoryCharacterizing Giant Gaseous Worlds in the Era of JWST
Eva SiegmannStony Brook UniversityByteBoost Cybertraining
Tyler MartinusRensselaer Polytechnic InstituteDynamics of Jet Expansion and Impingement Across a Spectrum of Nozzle Pressure Ratios
Nate Kremer-HermanSeattle UniversityScaling Up a Distributed Systems Course for Graduate Students
Yinan LiuColorado School of MinesSimulation of Silicon Clathrate Materials for Photovoltaic Applications
Seyed Hossein SeyedzadehStony Brook UniversityHigh fidelity modeling of renewable energy systems: wind and tidal farms
Gregory BauerUniversity of Illinois at Urbana-ChampaignEvaluation of XSEDE programming and execution environments
Petr KryslUniversity of California, San DiegoParallel assembly of finite element matrices
Lenore MullinSUNY at AlbanyAn HPC Optimized Entry Point for an IR analyzer parsing pass
Matthew ChungUniversity of California, RiversideNew Campus Champion-Discover ACCESS
Yang GeTulane UniversityQuantum Monte Carlo simulations of boundary physics
Thomas QuinnUniversity of WashingtonN-body simulations: Planets to Cosmology
Yan Choi LamBucknell UniversityComputational Investigation of the Catalytic Pathway for Dinitrogen Reduction to Ammonia by a(PNP)MoI Catalyst
Lester IngberPhysical Studies Institute LLCFitting EEG data to Statistical Mechanics of Neocortical Interactions (SMNI)
Marcos SotomayorUniversity of ChicagoMolecular Simulations of Adhesion and Mechanotransduction Complexes
Luis GutierrezRensselaer Polytechnic InstituteNonlinear Modal Stability Formulation for Hypersonic Nonequilibrium Flows
Ozgur TumukluRensselaer Polytechnic InstituteAdvancing High-Fidelity Simulation Techniques for High-Speed Non-equilibrium Flows
Spencer BryngelsonGeorgia Institute of TechnologyHigh-fidelity simulation of flowing dispersions
Jeffrey J. NucciaronePennsylvania State UniversityCampus Champion for Penn State University
Beau ChristWofford CollegeHPC Training at Wofford College
Robert KubinecUniversity of South CarolinaRobust Measurement Models for the Social Sciences
Bernard GerstmanFlorida International UniversityUsing Neural Networks to Quantify Cognitive Entropic Time Flow
Chitrarth PrasadOklahoma State UniversityDevelopment and testing of a massively-parallel CFD solver for high-speed particle-laden flows
Shubbhi TanejaWorcester Polytechnic InstituteCharacterizing Performance of Scientific Workflows on HPC systems
Meliksah KocaRensselaer Polytechnic InstituteCoupling DSMC and CFD for Gas-Phase and Multiphase Modeling of Regolith Dynamics
Inyong ParkPhilander Smith CollegeFinite temperature quantum gravity effects in cosmology
Jenny FothergillBoise State UniversityBoise State Research Computing Campus Champions
Alexey GavrilovNorth Carolina State UniversitySelf-assembly in polyelectrolyte systems
Emin VargheseUniversity of Illinois at ChicagoDMREF: Accelerating the design of adhesives with nanoscale control of thermomechanical properties
Ryan FarberIndiana University-Purdue University Fort WayneSUPERWINDS: Probing Convergence in Galactic Wind Simulations
Mauro RodriguezBrown UniversityNumerical simulations of inertially deforming multi-material interfaces, bubble dynamics, and fluidstructure interactions
Frank WanyeVirginia Polytechnic Institute and State UniversityFast and Accurate Graph Clustering
Mihael Hategan-MarandiucUniversity of ChicagoPSI/J Testing
Patrick DiehlLos Alamos National LaboratoryExploring Kokkos and HPX on A64FX using and astrophysics application
Sukanya KonarUniversity of Illinois at ChicagoDMREF: Accelerating the design of adhesives with nanoscale control of thermomechanical properties
Alparslan OztekinLehigh UniversityComputational Studies at the Water/Energy Nexus
Geraud KrawezikSimons Foundation, Flatiron InstitutePerformance of large Sparse Linear Algebra distributed programs
Daniel HowardUniversity Corporation for Atmospheric ResearchNCAR - Campus Champion Exploratory Allocation
Paola BuitragoPittsburgh Supercomputing CenterByteboost 2025 Cybertraining
Masoumeh OzmaeianWest Texas A&M UniversityA course on computational material science
Nicholas HerringerUniversity of ChicagoHigh Throughput Virtual Screening of Coarse-Grained DNA-Functionalized Nanoparticle Superlattices
Rodrigo Ristow HadlichStony Brook UniversityMachine Learning in Internal Combustion Engines
Lakshmanji VermaStony Brook UniversityA statmech based semi-explicit water model for molecular simulation
Kalman VargaVanderbilt UniversitySimulation of the interaction of light and matter using TDDFT
Nikolay SimakovSUNY at BuffaloMetrics for High Performance Computing Applications and Platforms: Performance and Reliability
Kyle GodbeyMichigan State UniversityThe impact of the symmetry energy on heavy-ion reactions leading to superheavy elements
Betul PamukWilliams CollegeAnharmonic Effects on the Phonon Spectra and Electron-Phonon Coupling of NbN
Rezaul ChowdhuryStony Brook UniversityAlgorithms and a Code Generator for Faster Stencil Computations
James HalgrenUniversity of AlabamaCIROH research with the Community Next Generation Water Resources Modeling Framework
Abid MalikSUNY at Stony BrookUsing LLM for Code Validation
Lester IngberPhysical Studies Institute LLCRealistic Neural Networks

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