Grid computing
    Mireille Raad
Computational Grids
                             enable
  Dynamic sharing – exchange – discovery – selection - aggregation
of geographically/Internet-wide distributed heterogeneous resources


•   Supercomputers
•   Compute clusters
                                   single unified resource for solving
•   Storage systems
                                   large-scale compute and data intensive
•   Data sources
                                   computing applications
•   Visualization devices
•   Scientific Instruments
•   People
LHC Volunteer Grid



 LHC : our “scientific instrument”

UK physicists have successfully taken
part in a challenge to test an
international scientific computing Grid
under working conditions. During the
week-long challenge, the LHC
Computing Grid sustained transfer
rates of a gigabyte per second. - a
world first for a
permanent, international Grid using
Global Grids and Software Toolkits
Global Grids
• SETI@home Project
• GPUGRID.net (Perform full-atom molecular simulations of proteins on Nvidia GPUs for biomedical research)
• NFCR Centre for Computational Drug Discovery : Screensaver Lifesaver
• Worldwide LHC Computing Grid
• World community grid
• GridPP a collaboration of particle physicists and computer scientists from the UK and CERN.
• World-Wide Grid network


Middleware
Unicore – Globus – Gridbus – Legion


Grid-enabled languages and utilities
HPC++ or MPI
Personal Experience with Grids
                  And
      My “realistic” Future plans
       (geeky partners needed)

Experience:
Volunteering with World Community Grid
Grid Storage using TAHOE-LAFS
7 PCs Lab


Plans
Step1 : Work in somehow controlled environment like companies to aggregate un-used
storage on typical laptops/desktops – may not need full grid architecture.

Step2: Ability to combine CPU power of many computers for corporate or personal use
Why it is Exciting

• Dream about computing again
• Abundant computing powers gone un-used while needed at large scale
• IPv6
• Analogy to electricity grid – in the same way we need power – we may just need grid and
  use it as instantly as we do with basic resources
• Infrastructure for more grainy interconnections on economy level : bitcoin – un-controlled
• Opt-in, free, secure

Grid Computing by Mireille Raad

  • 1.
    Grid computing Mireille Raad
  • 2.
    Computational Grids enable Dynamic sharing – exchange – discovery – selection - aggregation of geographically/Internet-wide distributed heterogeneous resources • Supercomputers • Compute clusters single unified resource for solving • Storage systems large-scale compute and data intensive • Data sources computing applications • Visualization devices • Scientific Instruments • People
  • 3.
    LHC Volunteer Grid LHC : our “scientific instrument” UK physicists have successfully taken part in a challenge to test an international scientific computing Grid under working conditions. During the week-long challenge, the LHC Computing Grid sustained transfer rates of a gigabyte per second. - a world first for a permanent, international Grid using
  • 4.
    Global Grids andSoftware Toolkits Global Grids • SETI@home Project • GPUGRID.net (Perform full-atom molecular simulations of proteins on Nvidia GPUs for biomedical research) • NFCR Centre for Computational Drug Discovery : Screensaver Lifesaver • Worldwide LHC Computing Grid • World community grid • GridPP a collaboration of particle physicists and computer scientists from the UK and CERN. • World-Wide Grid network Middleware Unicore – Globus – Gridbus – Legion Grid-enabled languages and utilities HPC++ or MPI
  • 5.
    Personal Experience withGrids And My “realistic” Future plans (geeky partners needed) Experience: Volunteering with World Community Grid Grid Storage using TAHOE-LAFS 7 PCs Lab Plans Step1 : Work in somehow controlled environment like companies to aggregate un-used storage on typical laptops/desktops – may not need full grid architecture. Step2: Ability to combine CPU power of many computers for corporate or personal use
  • 6.
    Why it isExciting • Dream about computing again • Abundant computing powers gone un-used while needed at large scale • IPv6 • Analogy to electricity grid – in the same way we need power – we may just need grid and use it as instantly as we do with basic resources • Infrastructure for more grainy interconnections on economy level : bitcoin – un-controlled • Opt-in, free, secure