| 1 |
Alan Calder |
Stony Brook University |
3D Simulations of Pure Deflagrations of Hybrid White Dwarf Progenitors |
| 2 |
Matthew D. Jones |
University at Buffalo |
Metrics for High Performance Computing Applications and Platforms: Performance and
Reliability |
| 3 |
Sayan Gosh |
Pacific Northwest National Laboratory |
Graph Analytics and Combinatorial Kernels (GRACE) |
| 4 |
Philip W. Jones |
Los Alamos National Laboratory |
Energy Exascale Earth System Model (E3SM) Readiness |
| 5 |
Tony Curtis |
Stony Brook University |
OpenSHMEM |
| 6 |
Tony Curtis |
Stony Brook University |
SPEC |
| 7 |
Yuewei Lin |
Brookhaven National Laboratory |
The Large Scale Image Classification Benchmark |
| 8 |
John Dennis |
National Center for Atmospheric Research |
Evaluating A64FX Using NCAR Weather and Climate Benchmarks |
| 9 |
Jochen Autschbach |
University at Buffalo |
Molecular Dynamics and Molecular Response |
| 10 |
Meifeng Lin |
Brookhaven National Laboratory |
Performance and Portability Evaluation of HPC Application Software on A64FX |
| 11 |
Manuel Arenaz |
Appentra Solutions S.L. |
Software performance optimization through Parallelware tools for Fujitsu A64fx Processor |
| 12 |
Barbara Chapman |
Stony Brook University |
OpenMP in LLVM (llvm-openmp)
|
| 13 |
Patrick Diehl |
Louisiana State University |
Porting Octo-Tiger, an astrophysics program simulating the evolution of star systems
based on the fast multipole method on adaptive Octrees
|
| 14 |
Guido Juckeland |
Helmholtz-Zentrum Dresden-Rossendorf |
gearshifft |
| 15 |
Mary Hall |
University of Utah |
Optimizing Stencil Applications with Bricks on A64FX |
| 16 |
Tony Curtis |
Stony Brook University |
UCX |
| 17 |
Amanda Randles |
Duke University |
Adaptive Physics Refinement Models for Simulating Cancer Cells |
| 18 |
Yihui Ren |
Brookhaven National Laboratory |
Advanced Deep Learning with ARM |
| 19 |
Xiangmin Jiao |
Stony Brook University |
Scalable Hierarchical Algorithms for Preconditioning Large-Scale Sparse and Data-Sparse
Systems |
| 20 |
Marivi Fernandez-Serra |
Stony Brook University |
Siesta in OOKAMI |
| 21 |
Tony Curtis |
Stony Brook University |
TOTAL |
| 22 |
Georg Hager |
Erlangen National High Performance Computing Center |
Porting and Evaluating the Performance Engineering Tools OSACA and LIKWID on OOKAMI |
| 23 |
Axel Huebl |
Lawrence Berkeley National Laboratory |
WarpX - an advanced electromagnetic Particle-In-Cell code - on A64FX |
| 24 |
Yundi Quan |
University of Florida |
Electron-phonon coupling on a fine grid |
| 25 |
Federico D. Halpern |
General Atomics |
Testing and Porting ALMA and CGYRO to A64FX architecture |
| 26 |
John Bell |
Lawrence Berkeley National Laboratory |
The AMReX Block-Structured Adaptive Mesh Refinement Framework |
| 27 |
Dingwen Tao |
Washington State University |
Improving Performance of Lossy Compression for Extreme-scale Scientific Applications
on A64FX |
| 28 |
Marc Gagné |
West Chester University |
Magnetized Massive StarWinds with Ookami |
| 29 |
Lester Ingber |
Physical Studies Institute LLC |
Hybrid Classical-Quantum Fitting Attention States to Statistical Mechanics of Neocortical
Interactions |
| 30 |
Amit Ruhela |
University of Texas at Austin |
Characterizing and Improving Containerized HPC Applications Performance on Fujitsu
A64FX Architecture |
| 31 |
Christopher Hill |
Massachusetts Institute of Technology |
MIT General Circulation Model Performance Tuning on ARM64 v8 SVE |
| 32 |
Greg Childers |
California State University Fullerton |
Analysis of the Linear Algebra in the Number Field Sieve Algorithm |
| 33 |
Tzu-Chieh Wei |
Stony Brook University |
Benchmarking for Quantum Resource Estimation |
| 34 |
V. Balaji |
Cooperative Institute for Modeling the Earth System |
Climate and weather models on A64FX |
| 35 |
Weg Ongkeko |
University of California |
Microbial marker identification as a model for early Alzheimer's diagnosis |
| 36 |
Lenore M. Mullin |
University at Albany |
Mathematics of Arrays (MoA) Dense GEMM |
| 37 |
Gabriel Mihalache |
Stony Brook University |
Fiscal Space with Defaultable Public Debt |
| 38 |
Roman Samulyak |
Stony Brook University |
Lagrangian Particle Models and Simulations |
| 39 |
George Bosilca |
University of Tennessee |
Production quality Ecosystem for Programming and Executing eXtremescale Applications
(EPEXA) |
| 40 |
Christopher Wolfe |
Stony Brook University |
Vertical Structure of Oceanic Mesoscale Mixing |
| 41 |
Rezaul Chowdhury |
Stony Brook University |
FFT-based Fast Stencil Computations |
| 42 |
Benedikt Hegner |
CERN |
HEP Software Performance on Ookami - Phase 1) Porting |
| 43 |
Sherwood Richers |
University of California Berkeley |
Particle-in-cell Simulation of Neutrino Flavor Transformation |
| 44 |
Charles Gammie |
University of Illinois at Urbana-Champaign |
Next-generation Models for the Event Horizon Telescope |
| 45 |
Samson Cheung |
NASA Ames Research Center |
WRF performance on OOKAMI |
| 46 |
Charles Cheung |
University of Delaware |
High precision conguration interaction calculations on A64FX |
| 47 |
Yonghong Yan |
University of North Carolina at Charlotte |
Evaluation of OpenMP SIMD Transformation for ARM SVE |
| 48 |
Jiqun Liu |
University of Oklahoma |
Deep Learning Click and Recommendation Models for Supporting Complex Search Tasks |
| 49 |
Robert Blackwell |
Flatiron Institute |
Performance testing for common research applications and preliminary development |
| 50 |
Evan Dodge |
NASA Ames Research Center |
Testing/Tuning WRFv3.9.1.1 on A64FX |
| 51 |
Dirk Pleiter |
Forschungszentrum Juelich |
Exploring Computer architectural requirements for single cell genomics applications |
| 52 |
Tony Curtis |
Stony Brook University |
rustyshmem |
| 53 |
John Parise |
Stony Brook University |
Computational design and discovery of advanced thermoelectric materials for sustaibale
future energy applications |
| 54 |
Dennis C. Smolarski |
Santa Clara University |
Linear Algebra At Scale |
| 55 |
Xu Liu |
North Carolina State University |
A Fine-grained Call Path Profiler for A64FX-based Clusters |
| 56 |
Khaled Sallam |
Oklahoma State University |
Combustion Acoustics of Residential Water Heaters |
| 57 |
Brian O’Shea |
Michigan State University |
Measuring Performance and Scaling of Kokkos-accelerated Athena++ on Ookami |
| 58 |
Tony Curtis |
Stony Brook University |
Program Transformation for Automatic GPU-Offloading with OpenMP |
| 59 |
Sunita Chandrasekaran |
University of Delaware |
Porting applications to A64FX processor and benchmarking their performance |
| 60 |
Tony Curtis |
Stony Brook University |
Deep Learning Compilers To Enhance ML Performance on Ookami |
| 61 |
Nav Nidhi Rajput |
Stony Brook University |
Testing and benchmarking electronic structure calculations code VASP on OOKAMI platform |
| 62 |
Jiajia Li |
College of William & Mary |
Optimizing Sparse Tensor Methods for ARM systems |
| 63 |
Bradford Chamberlain |
Hewlett Packard Enterprise |
Chapel on Ookami |
| 64 |
Gaurav Khanna |
University of Rhode Island |
Mixed-Precision Runge-Kutta Methods using the A64FX Processor |
| 65 |
Eva Zurek |
University at Buffalo |
Superconducting Hydrides Under Pressure |
| 66 |
Geoff Cowles |
University of Massachusetts Dartmouth |
Benchmarking the FVCOM Ocean Model on A64FX |
| 67 |
Sanjay Kale |
University of Illinois at Urbana-Champaign |
Exploring Charm++ Applications on A64FX |
| 68 |
Yongjun Zhang |
Stony Brook University |
Relational Segregation in the U.S. |
| 69 |
Matthias Möller |
Delft University of Technology |
Testing and porting G+Smo to A64FX architecture |
| 70 |
Henrique Miranda |
VASP |
Porting VASP for A64FX |
| 71 |
Jed Brown |
University of Colorado Boulder |
libCEED: fast algebra for finite elements |
| 72 |
Alexander Breuer |
Friedrich Schiller University Jena |
Novel Computer Technologies in Education and Research |
| 73 |
Katherine Hudson |
Stony Brook University |
Pygoscelis Penguin Response to Potential Prey Retention along the West Antarctic Peninsula |
| 74 |
Mehdi Raessi |
University of Massachusetts Dartmouth |
Benchmarking the 3D FSI RIPPLE code on A64FX |
| 75 |
Barry Schneider |
National Institute of Standards and Technology |
Calculation of electron collisions with molecular targets using the convergent close-coupling
method |
| 76 |
Ananta Tiwari |
EP Analytics, Inc. |
PerfPal: Performance Evaluation, Profiling and Modeling Tools for ARM-based HPC Systems |
| 77 |
Klaus Bartschat |
Drake University |
B-Spline R-Matrix and R-Matrix with Time Dependence Calculations for Electron and
Photon Collisions |
| 78 |
Michela Taufer |
University of Tennessee Knoxville |
Performance Portable Vector Particle-In-Cell (VPIC) |
| 79 |
Eirik Valseth |
University of Texas at Austin |
Reduced- and Mixed- Precision Modeling for Ocean Hydrodynamics |
| 80 |
Craig Steffen |
University of Illinois |
Parfu Parallel Storage Tool Benchmarking and Testing |
| 81 |
Alexey Kozlov |
Heidelberg Institute for Theoretical Studies |
Porting raxml-ng to ARM |
| 82 |
Annie Xian Zhang |
Stevens Institute of Technology |
Study on the Influence and Mechanism of Moiré Patterns on Lattice Thermal Conductivity
of Bilayer WS2 via First-Principles Calculation |
| 83 |
David Carlson |
Stony Brook University |
Porting, tuning, and analysis of the Basic Local Alignment Search Tool (BLAST) for
A64FX |
| 84 |
Carlos Simmerling |
Stony Brook University |
Porting and tuning Amber for A64FX |
| 85 |
Wolfgang Wander |
Renaissance Technologies |
Floating point performance tests |
| 86 |
Jeffrey Heinz |
Stony Brook University |
Parsing and Learning Algorithms for Computational Linguistics and Biology |
| 87 |
Xiangmin Jiao & Marat Khairoutdinov |
Stony Brook University |
Porting and Tuning of System for Atmospheric Modeling with Multigrid |
| 88 |
Alex Veidenbaum |
UC Irvine |
Exploiting parallelism to accelerate fully homomorphic encryption |
| 89 |
Mose Giordano |
University College London |
Julia on A64FX |
| 90 |
João P. L. de Carvalho |
University of Alberta |
Generation of Efficient Code for Vector-Length Agnostic Architecture via Active Lane
Consolidation |
| 91 |
Tom Deakin |
University of Bristol |
Benchmarking the performance of A64FX hardware specific features such as hardware
barrier and sector cache |
