Post on 05-Jul-2020
U.S. Army Research, Development and Engineering Command
Raju Namburu, Ph.D.,
AHPCRC Research Management Board (RMB) Meeting
APPROVED FOR PUBLIC RELEASE
Army High Performance Computing Research Center
INTERNET Probe
U2R
2
AHPCRC
Core Program
Research Theme
Computational Sciences & Eng. Advanced HPC
Reduced Order Modeling Theme
Medical Theme
Materials Theme
APPROVED FOR PUBLIC RELEASE
Elements of the Program
Computa(onal Medical Theme
Compua(onal Blast and Ballis(c
for Systems
Computa(onal
Materials
Advanced HPC
Mul(core Emerging Parallel
Technologies Portability
Performance
CBES Mul(scale Mul(physics Model Order Reduc(on Linear Algebra
• Outreach
• Basic Research CBES Advanced HPC Thema(c research
Summer Ins(tute Student Internship Staff Rota(ons
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Budget Breakdown
$0.35M
$1.31M
$1.40M
$1.30M
Outreach
CBES
Adv HPC
Projects
APPROVED FOR PUBLIC RELEASE
HPC-Enabled Parametric Studies of Under Charbel Farhat, Adrian Lew, Stanford University Body Blasts: From High-Fidelity to Reduced- Tarek Zohdi, UC Berkeley Order Models
Model Order Reduction Mingjun Wei, New Mexico State University
Reduced Order Parameter Miguel Argaez, University of Texas, El Paso Estimation LisztFE: Finite Element Codes for Exascale Pat Hanrahan and Alex Aiken, Stanford Computers Computational Fluid Dynamics for Blood Eric Shaqfeh and Gianluca Iaccarino, Transfusion on the Battlefield and Inhalation Stanford University of Toxic Agents in the Lungs Algorithms for Computational Solids, Fluids Ron Fedkiw, Stanford University and Geometry Scalable, Shared and Distributed Memory 2D Nano-electromechanical Devices Evan Reed, Stanford University Enabling Battlefield Decision-Making in Patricia Teller, University of Texas, El Paso Tactical Cloudlets Toward Real-Time Computing for Applications Jeanine Cook, New Mexico State University in the Field High Performance Data Analytics Hector Garcia-Molina, Kunle Olukotun, Pat Hanrahan
Jure Leskovek, Stanford University
Technical Review Agenda
APPROVED FOR PUBLIC RELEASE
AHPCRC Program Timelines
Jan Dec
TAB RMB
Aug Nov
Approved APP
Current APP start date Jan 1st 2014
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2013-14 TAB Reviewers
David Gorsich TARDEC Mahendra Bhagwat AMRDEC Jerry Cabalo ECBC Don Carlucci ARDEC Dr. Matthew Castanier TARDEC Dr. Robert Cole CERDEC Paul Decker TARDEC Stephen Fossey NSRDEC Daniel Ku CERDEC Roger Strawn AMRDEC Doug Templeton TARDEC John White ECBC Dr. James E. Campbell USAISR (Margaret) Louise Pitt MRMC Robert S. Maier ERDC Wayne Hodo ERDC Matt Goss ATEC
Jaime Marian LLNL Nathan Barton LLNL Scott Kukuck ARL Raju Namburu ARL Song Park ARL Jubaraj Sahu ARL Bob Sheroke ARL Dale Shires ARL Mike Lee ARL Paul Amirtharaj ARL Craig Barker ARL Stephan Bilyk ARL Doug Howle ARL Dr. Jarek Knap ARL Robert Doney, III ARL Madan Dubey ARL Pat Collins ARL Rama Valisetty ARL Jerry Clarke ARL Brian Henz ARL
APPROVED FOR PUBLIC RELEASE
• TAB provided constructive critique of the APP - Differences and dependencies between core and thematic research - CBES – Algorithms, Parallelization, Validation - Advanced HPC – matured, need focused Army problems
• AHPCRC research portfolio
- much better focus on research compared to earlier structure - briefings format is good and presentations are excellent
• Research collaborations between AHPCRC partners
- Excellent collaborations between academic partners - Like to see more bench level collaborations – Army/AHPCRC
- recommended to include more detailed and specific collaboration plan in APP
• AHPCRC Research
- TAB provided additional names of Army researcher /projects - Awareness of research and software to Army/DoD community - ARL needs to show case – Example: MURI, DARPA, JIEDO type of activities can take advantage of this research
Summary: Remarks from TAB
APPROVED FOR PUBLIC RELEASE
Performer Customer Application Result Transition
C. Farhat (Stanford)
ARL/WMRD AERO-S High performance computational (HPC) simulation code for design / evaluation of ballistic shielding fabrics
First release of upgraded code is installed at the ARL/DSRC (Harold).
C. Farhat (Stanford)
ARL/VTD AERO-F HPC simulation code for design of flapping-wing micro-aerial vehicles
VTD – MAST related research activities
W. Cai (Stanford)
ARL ParaDiS code HPC simulation of defect generation / propagation in metallic and semiconductor micro- and nanostructures
ARL Materials Enterprise – CISD/SEDD/WMRD
AHPCRC Research Software Transitions
APPROVED FOR PUBLIC RELEASE
Performer Customer Application Result Transition Rating
G. Iaccarino, M. Z. Jacobson (Stanford)
ECBC, ARL/CISD, USAMRIID
GATOR-GCMOM HPC code suite for multiscale simulation of aerial contaminant propagation in urban environments
ECBC and ARL
E. Shaqfeh, E. Darve (Stanford)
UCSB/ICB, ISR Microcirculation code
HPC simulation of microfluidic flow, especially for blood components and additives in micro-vessels
MRMC
A. Lew (Stanford)
ARL/CISD, ARL/WMRD
COMODIN++ HPC code for simulating ballistic impact and penetration of soft materials, especially human tissue simulant gel
COMODIN++’s Sandia SIERRA simulation package
AHPCRC Research Software Transitions
APPROVED FOR PUBLIC RELEASE
Performer Application Result Transition
E. Darve (Stanford)
BTO potentials HPC calculations of interatomic force fields for BTO ferroelectric material, for evaluation of materials for phased-array antennae
CISD/SEDD
A. Aiken, W. Dally, P. Hanrahan (Stanford)
Sequoia HPC programming language that enables both portability to many architectures, and optimized performance on specific machines
Complete Sequoia programming system has been implemented and released to CISD
AHPCRC Research Software Transitions
APPROVED FOR PUBLIC RELEASE
Performer Customer Application Result Transition Rating
P. Teller, S. Arunagiri (UTEP), J. Cook (NMSU)
CERDEC, ARL/CISD, ARL/ALC, ARL/WSMR
On-board and deployable heterogeneous HPC platforms
Power / performance evaluations for image processing (synthetic aperture radar, stereo vision) codes using hybrid systems with CPUs and hardware accelerators
ARL-supplied codes and applications are currently undergoing power/performance evaluations
L. Velazquez, M. Argaez (UTEP)
ARL/CISD, ERDC, ARL/ARO
Hybrid algorithms HPC method for finding global minima in large mathematical systems, applied to fluid dynamics and epidemiology problems
Hybrid algorithm using PyaDH Simulator is implemented the Mana machine at the Maui HPC Center.
AHPCRC Research Software Transitions