'Particle physics data grid' presentation slideshows

Paul Avery University of Florida avery@phys.ufl

Data Grids Enabling Data Intensive Global Science. Paul Avery University of Florida avery@phys.ufl.edu. Physics Colloquium University of Mississippi November 11, 2003. Overview. Grids, Data Grids and examples LHC computing as principal Grid driver Grid & network projects

749 views • 65 slides

Paul Avery University of Florida avery@phys.ufl

Grid Computing in High Energy Physics Enabling Data Intensive Global Science. Paul Avery University of Florida avery@phys.ufl.edu. Beauty 2003 Conference Carnegie Mellon University October 14, 2003. Overview. Grids, Data Grids and examples LHC computing as principal Grid driver

700 views • 57 slides

The Grid a brief briefing

The Grid a brief briefing. Carole Goble Information Management Group. Roadmap. What is the Grid? Example projects Relationship to the Semantic Web Example architectures The international programme. Take Home. The Grid is an international activity

652 views • 56 slides

Getting Started with HPC On Iceberg

Getting Started with HPC On Iceberg. Michael Griffiths Corporate Information and Computing Services The University of Sheffield Email m.griffiths@sheffield.ac.uk. Overview of grid compuitng Accessing Resources Running Programs and Managing Jobs Getting Help. Outline. Types of Grids.

696 views • 48 slides

809 views • 38 slides

Globus toolkIT (GT5)

Globus toolkIT (GT5). CENG 546 Dr. Esma Y?ld?r?m. What is Globus ?.

485 views • 36 slides

High Energy Physics and Data Grids

High Energy Physics and Data Grids. Paul Avery University of Florida http://www.phys.ufl.edu/~avery/ avery@phys.ufl.edu. US/UK Grid Workshop San Francisco August 4-5, 2001. ? e e. ? ? ?. ? ? ?. u d. c s. t b. Essentials of High Energy Physics.

455 views • 33 slides

FIU Academic Community Workshop Date: November 21, 2005

553 views • 31 slides

Computing at Fermilab Fermilab Onsite Review Stephen Wolbers August 7, 2002

Computing at Fermilab Fermilab Onsite Review Stephen Wolbers August 7, 2002. Outline. Introduction Run 2 computing and computing facilities GRID Computing US CMS Computing Lattice QCD Computing Accelerator Simulations Conclusion/Future. Introduction. Computing at Fermilab:

273 views • 27 slides

Foundations for an LHC Data Grid

Foundations for an LHC Data Grid. Stu Loken Berkeley Lab. The Message. Large-scale Distributed Computing (known as Grids) is a major thrust of the U.S. Computing community Annual investment in Grid R&D and infrastructure is ~$100M per year

314 views • 23 slides

332 views • 21 slides

Scheduling in Heterogeneous Grid Environments: The Effects of Data Migration

Scheduling in Heterogeneous Grid Environments: The Effects of Data Migration. Leonid Oliker, Hongzhang Shan Future Technology Group Lawrence Berkeley Research Laboratory Warren Smith, Rupak Biswas NASA Advanced Supercomputing Division NASA Ames Research Center. Motivation.

321 views • 20 slides

Getting Started with Grid Computing in STAR

322 views • 16 slides

Office of Science MICS Division

Office of Science MICS Division. Department of Energy. Project Quad Charts. High-Performance Networking Research Program Program Manger: Thomas D. Ndousse Tel: 301-903-9960 Email: tndousse@er.doe.gov. Bandwidth Estimation: Methodologies and Applications

235 views • 13 slides

High Energy and Nuclear Physics SciDAC Program

High Energy and Nuclear Physics SciDAC Program. Vicky White, DOE/HENP SciDAC PI Meeting, January 15, 2002. High Energy and Nuclear Physics SciDAC Program Objective.

249 views • 12 slides

Empowering Applications

Empowering Applications. Tom DeFanti Distinguished Professor University of Illinois at Chicago Principal Investigator, NSF StarLight. What Applications Need Empowering? Guaranteed Latency/Scheduling/Bandwidth. ALMA: Atacama Large Millimeter Array www.alma.nrao.edu.

228 views • 12 slides

MONARC Plenary December 9 Agenda

195 views • 10 slides