sponsored byACMIEEE The International Conference for High Performance 
Computing, Networking, Storage and Analysis
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SCHEDULE: NOV 15-20, 2015

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The NAS Parallel Benchmarks - Summary and Preliminary Results

SESSION: SC15 Test of Time Award Special Lecture

EVENT TYPE: Awards Presentations, Invited Talks

EVENT TAG(S): HPC Beginner Friendly

TIME: 1:30PM - 2:15PM

SESSION CHAIR(S): Jack Dongarra

Presenter(s):David Bailey, Eric Barszcz, John Barton, David Browning, Russell Carter, Leonardo Dagum, Rod Fatoohi, Paul Frederickson, Tom Lasinski, Rob Schreiber, Horst Simon, Venkat Venkatakrishnan, Sisira Weeratunga

ROOM:Ballroom D

ABSTRACT:

In 1991, a team of computer scientists from the Numerical Aerodynamic Simulation Program—predecessor to the NASA Advanced Supercomputing (NAS) facility at Ames Research Center—unveiled the NAS Parallel Benchmarks (NPB), developed in response to the U.S. space agency’s increasing involvement with massively parallel architectures and the need for a more rational procedure to select supercomputers to support agency missions. Then, existing benchmarks were usually specialized for vector computers, with shortfalls including parallelism-impeding tuning restrictions and insufficient problem sizes, making them inappropriate for highly parallel systems. The NPBs mimic computation and data movement of large-scale computational fluid dynamics (CFD) applications, and provide objective evaluation of parallel HPC architectures. The original NPBs featured “pencil-and-paper” specifications, which bypassed many difficulties associated with standard benchmarking methods for sequential or vector systems. The principal focus was in computational aerophysics, although most of these benchmarks have broader relevance for many real-world scientific computing applications. The NPBs quickly became an industry standard and have since been implemented in many modern programming paradigms. Since 1991, research areas influenced by the NPBs have broadened to include network design, programming languages, compilers, and tools. Today’s version is alive and well, and continues to significantly influence NASA projects, and is used around the world by national labs, universities, and computer vendors to evaluate sustained performance of highly parallel supercomputers and the capability of parallel compilers and tools.

Chair/Presenter Details:

Jack Dongarra (Chair) - University of Tennessee, Knoxville|

David Bailey - Lawrence Berkeley National Laboratory

Eric Barszcz - NASA Ames Research Center

John Barton - NASA Ames Research Center

David Browning - Computer Sciences Corporation

Russell Carter - NASA Ames Research Center

Leonardo Dagum - Assia, Inc.

Rod Fatoohi - San Jose State University

Paul Frederickson - Math Cube Associates Inc.

Tom Lasinski - Lawrence Livermore National Laboratory

Rob Schreiber - Hewlett-Packard Development Company, L.P.

Horst Simon - Lawrence Berkeley National Laboratory

Venkat Venkatakrishnan - University of Illinois at Chicago

Sisira Weeratunga - Lawrence Livermore National Laboratory

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