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CernVM Virtual Workshop 2021

1–2 Feb 2021
NIKHEF (remote)
Europe/Zurich timezone

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Contribution List

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  1. 5. Workshop Introduction
    01/02/2021, 15:00
  2. 2. CernVM-FS: Status and Roadmap
    Jakob Blomer (CERN)
    01/02/2021, 15:10
  3. 21. CernVM-FS Ephemeral Writable Shell Demo
    Andrea Valenzuela Ramirez (Universitat Oberta de Catalunya (ES))
    01/02/2021, 15:45
  4. 3. CernVM-FS and Containers
    Simone Mosciatti (CERN)
    01/02/2021, 15:55
  5. 4. CernVM: Containerized Compatibility Layer
    Jakob Blomer (CERN)
    01/02/2021, 16:15
  6. 17. Powering k8s Clusters with the CernVM-FS Containerd Snapshotter
    Clemens Lange (CERN)
    01/02/2021, 17:00
  7. 16. Unprivileged /cvmfs access with cvmfsexec
    Dave Dykstra (Fermi National Accelerator Lab. (US))
    01/02/2021, 17:20
  8. 19. GlideinWMS' use of cvmfsexec
    Marco Mambelli (Fermilab (US))
    01/02/2021, 17:40
  9. 6. EESSI: A software stack for HPC
    Bob Dröge (University of Groningen)
    02/02/2021, 15:00
  10. 20. CernVM at the ATLAS HLT
    Mr Chris Lee (Stony Brook University (US))
    02/02/2021, 15:30
  11. 14. CernVM-FS @ NIKHEF
    Dennis Van Dok
    02/02/2021, 15:50
  12. 15. Performance of Distributed Publishing @ LHCb Nightlies
    Chris Burr (CERN)
    02/02/2021, 16:40
  13. 7. Experience with CernVM-FS and Ceph/S3 at CERN
    Enrico Bocchi (CERN)
    02/02/2021, 17:00
  14. 8. OSG Storage Repositories
    Derek Weitzel (University of Nebraska Lincoln (US))
    02/02/2021, 17:20
  15. 9. CernVM-FS at NERSC
    Wahid Bhimji
    02/02/2021, 17:40
  16. 18. Increasing the execution speed of containerised analysis workflows using a Kubernetes image snapshotter in combination with CVMFS
    Clemens Lange (CERN), Simone Mosciatti (CERN)

    The past years have shown a revolution in the way scientific workloads are being executed thanks to the wide adoption of software containers. These containers run largely isolated from the host system, ensuring that the development and execution environments are the same everywhere. This enables full reproducibility of the workloads and therefore also the associated scientific analysis...

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  17. 1. Infrastructure Perspective
  18. 11. TBA
  19. 12. TBA
  20. 13. The future of Volunteer Computing
  21. 10. Use Cases and Applications