Tier 3 Science Data/Network requirements workshop - CA (West coast region)

US/Central
ARC Ballroom A (UC-Davis)

ARC Ballroom A

UC-Davis

Walter A. Buehler Alumni and Visitor's Center University of Ca - Davis
Richard Carlson (Internet2)
Description
This is the second in a series of 1 day workshops to develop a common understanding of how university-based physicists will obtain and use LHC data. This workshop will bring together the university-based physicists and the Campus/Regional/Connector/National network providers to develop a common understanding of what is required to meet the science needs. All LHC-related scientists and support staff for whom this conference is convenient in the surrounding area are invited.
Internet2 - Advanced tools page
Internet2 - Knoppix LiveCD NPToolkit ISO
LBNL - Host Tuning Guide
PSC - Host Tuning Guide
    • 1
      Welcome
      Greeting from local hosts
      Speaker: Rodger Hess (UC-Davis)
    • 2
      Background on LHC Computing and Networking
      Background information describing the LHC ATLAS and CMS computing models
      Speaker: Mr Richard Carlson (Internet2)
      • a) ATLAS computing model
        Speaker: Dr Shawn McKee (Univ. of Michigan)
        Slides
      • b) CMS computing model
        Speaker: Mr Philip DeMar (FNAL Computing Division)
        Slides
      • c) LHC computing models
        Slides
    • 09:45
      break
    • 3
      Overview of compute resources and usage plans
      Attendees will hear from physicists representating the LHC ALICE, ATLAS, and CMS experiments. Presentors will discuss thir institutional , regional, and local computational resources, data storage, and processing facilities. They will also discuss their usage plans for LHC-related Monte Carlo and detector data.
      Speakers: John Conway (UC-Davis), Prof. Maxwell Chertok (University of California Davis), Mr Michael Squires (University of California, Davis)
    • 4
      Overview of network infrastructures
      Network operators should give a description of each of the facility infrastructures presently available to transmit and receive LHC-related data
      • a) Campus Infrastructure Issues
        Speaker: Mr Rodger Hess (UC Davis, Campus Network Architect)
        Slides
      • b) State/Regional Infrastructure Issues
        California CENIC network representatives will address the regional network issues
        Speakers: David Reese (CENIC), Mr ken lindahl (University of California, Berkeley)
        Slides
      • c) National Infrastructure issues
        Representatives from ESnet will discuss national network infrastructure issues
        Speaker: Joe Metzger (ESnet)
        Slides
    • 12:00
      Lunch
    • 5
      Technology updates
      Attendees will learn about new/emerging technologies that can be used by LHC experimenters
      • a) TeraPaths - Network Path configuration tool
        The TeraPaths project is developing tools and procedures that will allow scientists to request end-to-end virtual network paths between LHC sites
        Speaker: Dr Dimitrios Katramatos (BNL)
        Slides
      • b) UltraLight - a new science network
        The UltraLight project is exploring new network technologies with a focus on high-end science
        Speaker: Dr Frank van Lingen (California Institute of Technology)
        Slides
      • c) Advanced Diagnostic and tuning tools
        New tools and documentation can help scientists and support staff quickly find and fix poor performance problems.
        Speaker: Mr Rich Carlson (Internet2)
        Slides
    • 6
      Science/Technology match
      Guided discussion on using network services
    • 15:00
      break
    • 7
      Regional and local grid projects
      Discussion of grid projects that can provide resources to the LHC experimenters.
      Speaker: Ruth Pordes (Fermilab)
      Slides
    • 8
      Roadmap
      Guided discussion on next steps, services, and missing pieces