Keynote
Presentations
Opportunities
and Challenges in High-End Computing for
Science and Engineering
-Dunning, Thom, Director, NCSA/University
of Illinois at Urbana-Champaign, USA
Transforming
the Sensing and Prediction of Intense Local
Weather Through Dynamic Adaptation: People
and Technologies Interacting with the Atmosphere,
[see also, MPG,
23 MB]
-Droegemeier, Kelvin, University
of Oklahoma, USA
Life,
Liberty and the Pursuit of Larger Clusters
-Seager, Mark, Lawrence Livermore
National Laboratory, USA
Applications
Presentations I
Performance
Metrics for Ocean and Air Quality Models on
Commodity Linux Platforms
-Delic, George, HiPERiSM Consulting,
USA
Cluster
Computing through an Application-Oriented Computational
Chemistry Grid
-Milfeld, Kent, Texas Advanced
Computing Center (TACC), USA
A
Resource Management System for Adaptive Parallel
Applications in Cluster Environments
-Ghafoor, Sheikh K., Mississippi
State University, USA
Applications
Presentations II
Large
Scale Simulations in Nanostructures with NEMO3-D
on Linux Clusters
-Klimeck, Gerhard, Purdue University,
USA
High
Performance Algorithms for Scalable Spin-Qubit
Circuits with Quantum Dots
-Fettig, John, NCSA/University
of Illinois, USA
Parallel
Multi-Zone Methods for Large-Scale Multidisciplinary
Computational Physics Simulations;
[see also, AVI,
49 MB]
-Li, Ding, Purdue University, USA
Applications
Presentations III: Performance Measurement
PerfSuite:
An Accessible, Open Source Performance Analysis
Environment for Linux
-Kufrin, Rick, NCSA/University
of Illinois, USA
Development
and Performance Analysis of a Simulation-Optimization
Framework on TeraGrid Linux Clusters
-Mirghani, Baha Y, North Carolina
State University, USA
Optimizing
Performance on Linux Clusters Using ADvanced
Communication Protocols: How 10+ Teraflops
Was Achieved on a 8.6 Teraflops Linpack-Rated
Linux Cluster
-Krishnan, Manojkumar, Pacific
Northwest National Laboratory, USA
Systems
Presentations I: Reliability
Reducing
Overheating-Induced Failures via Performance-Aware
CPU Power Management
-Hsu, Chung Hsing, Los Alamos National
Laboratory, USA
Towards
Cluster Survivability
-Leangsuksun, Box, Louisiana
Tech University, USA
Defining
and Measuring Supercomputer Reliability, Availability,
and Serviceability (RAS)
-Stearley,
Jon, Sandia National Laboratories, USA
Systems
Presentations II: File Systems
Active
Storage Processing in a Parallel File System
-Nieplocha, Jarek, Pacific
Northwest National Laboratory, USA
Shared
Parallel Filesystems in Heterogeneous Linux
Multi-Cluster Environments
-Woitaszek, Matthew, University
of Colorado, Boulder, USA
Lustre:
Is It Ready for Prime Time?
-Steve Woods, MCNC-GCNS, USA
Systems
Presentations III: Cluster Management Systems
Concept
and Implementation of CLUSTERIX: National Cluster
of Linux Systems
-Wryzkowski, Roman, Czestochowa
University of Technology, Poland
REM-Rocks:
A Runtime Environment Migration Scheme for
Rocks-Based Linux HPC Clusters
-Liu, Tong, Dell, Inc., USA
Systems
Presentations IV: Monitoring and Detection
Deploying
LoGS to Analyze Console Logs on an IBM JS20
-Prewett, James E., HPC@UNM,
University of New Mexico, USA
Detection
of Privilege Escalation for Linux Cluster Security
-Treaster, Michael, NCSA/University
of Illinois, USA
Systems
Presentations V: Hardware and Systems
Performance
of Two-Way Opteron and Xeon Processor-Based
Servers for Scientific and Technical Applications
-Pase, Doug, IBM, USA
A
First Look at BlueGene/L
-Margo, Martin, San Diego Supercomputing
Center, USA
Systems
Presentations VI: System Experiences
To
InfiniBand or Not InfiniBand, One Site's Perspective
-Steve Woods, MCNC-GCNS, USA
The
Road to a Linux-Based Personal Desktop Cluster
(PDC)
-Wu-chun Feng, Los Alamos National Laboratory
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