URGENT COMPUTING 2007
Attendees
Gabrielle Allen
Scientific computing, numerical relativity, dynamic data driven application systems, Cactus framework, computational frameworks, grid computing and grid applications, high performance computing, coastal modeling.
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Bill Barth
Computational Fluid Dynamics.
Pete Beckman
I lead the SPRUCE project, a system to support on-demand, urgent computing applications
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Ivan Beschastnikh
SPRUCE developer and graduate student in networks and distributed systems studying swarming P2P systems and high performing protocols for the transport layer.
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Keith Bisset
High-fidelity agent based socio-technical simulations, including epidemiology, transportation, telecommunication, and commodity markets.
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Shawn Brown
I am a Senior Scientific support specialist in Computational Chemistry at the Pittsburgh Supercomputing Center.
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Martin Buhr
Xen based compute on demand service. Large numbers of VMs available on 5 minutes notice for $0.10/hr
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Charlie Catlett
Director of NSF TeraGrid project.
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Alok Chaturvedi
Large scale agent based modeling
Dong Ju Choi
HPC programming
Marcus Christie
LEAD Project. Interested in Urgent Computing for Atmospheric Science, Primary work is focused on Grid & SOA based Workflow Systems for Scientific Applications.
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Susan Coghlan
System management of large scale systems.
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Mike Culver
Amazon Web Services are a collection of infrastructure offerings that are based on an incremental cost model, with no up-front or monthly costs.
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Frederica Darema
Senior Science and Technology Advisor at CNS and CISE, and Director of the Next Generation Software Program.
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Narayan Desai
system software and the Cobalt resource manager
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Craig Douglas
Dynamic data-driven application systems, numerical solution of partial differential equations, parallel or Grid computing
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Dennis Gannon
LEAD Project. Interested in Urgent Computing for Atmospheric Science, Primary work is focused on Grid & SOA based Workflow Systems for Scientific Applications.
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Dave Hancock
Co-Manager of IU HPC Systems group. Responsible for TG system management including IU's Big Red cluster
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Paul Hargrove
Lead developer of BLCR (Berkeley Lab Checkpoint Restart) for Linux Clusters, a kernel-level checkpointer that can be used for preemption of MPI applications on Linux clusters.
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Shantenu Jha
Computational Biology and Distributed Systems.
Interest in "Urgent Computing" stems from its possible use to couple HPC resources over International/federated Grids/Grids-of-Grids for molecular dynamics of viral infections.
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Anke Kamrath
Allocation/Policy, Resource Provider, Supporting Applications.
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Gopi Kandaswamy
fault tolerance and recovery for web services based workflows, web services for scientific applications
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Benjamin Kirk
NASA space shuttle computing needs.
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Rao Kotamarthi
Air quality and meteorology on a regional scale, including urban scale disperion problems are my primary interest.
Michael Lazaro
Atmospheric boundary layer simulations, emergency hazard cloud modeling, emergency prepardness and evacuation/sheltering
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Miron Livny
High Throughput Computing
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Philip Maechling
Earthquake system science research focused on developing a predictive understanding of earthquake processes.
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Anirban Mandal
Fault tolerance and recovery for Grid workflow systems; scheduling scientific workflows
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Suresh Marru
Developer LEAD Project, Interested in Urgent Computing for Atmospheric Science, Primary work is focused on Grid & SOA based Workflow Systems for Scientific Applications.
[website]
Satoshi Matsuoka
Systems software for large-scale cluster computing and grid computing.
Recent projects: NAREGI Japanese national grid middleware
TSUBAME supercomputer
VPC: Virtual Private Cluster
MetaProto: Low Power cluster computing
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Suman Nadella
SPRUCE provides middleware support to enable Urgent Computing on grids and supercomputers.
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Bill Nitzberg
Grid computing, scheduling, resource management, and standards.
michael papka
visualization and analysis services
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Ray Sheppard
Indiana University; HPC Support Team, TeraGrid User Services.
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Warren Smith
Performance prediction, Scheduling in distributed systems, Distributed information services.
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John Towns
Interests in supporting various types of scheduling capabilities in a large scale production computing environment encompassing a broad range of applications and academic fields of science and engineering.
Nick Trebon
Developer of SPRUCE. Current research geared towards resource selection in urgent computing environment.
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Henry Tufo
HPC.
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Gregor von Laszewski
The slides provided in the ling present an overview about relevant activities of the Globus Group in regards to urgent computing. This includes Ad-Hoc Grids and Workflows, Advanced reservation, Fast Queue Management, and Virtual Workspaces.
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Peng Wang
Parallel Computing, Scientific Computing including high performance computation for geophysics and bioinformatics applications;
parallel and distributed systems architecture and implementation issues
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Nancy Wilkins-Diehr
Urgent Computing cluster coming up at SDSC, will leverage SPRUCE to provide the interface to users.
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rich wolski
grid resource monitoring and prediction systems and resource allocation mechanisms
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Geoffrey Zelenka
System X
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