Difference between revisions of "June 14, 2016, Analysis Working Group"

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(Agenda)
(Agenda)
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#* First run block: 11347-11555
 
#* First run block: 11347-11555
 
#** Launch summary: 6503 jobs (130 TB EVIO), only 2 crashed, 14 threads, ~6hrs each, ~7 GB RAM, ~6 days, up to ~500 jobs at once
 
#** Launch summary: 6503 jobs (130 TB EVIO), only 2 crashed, 14 threads, ~6hrs each, ~7 GB RAM, ~6 days, up to ~500 jobs at once
#** Outputs: REST: ~13.5TB, Skims: ~360GB (random: ~300GB), Trees: ~130GB, Hists: ~85GB
+
#** Outputs: REST: ~13.5TB, Skims: ~360GB, Trees: ~130GB, Hists: ~85GB
 
# REST Production Preparations:
 
# REST Production Preparations:
 
#* Spring 2016 [[PrivateWiki:Spring_2016_Dataset_Summary|Dataset Summary]] and [[Spring_2016_Trigger_Summary|Trigger Summary]]:  
 
#* Spring 2016 [[PrivateWiki:Spring_2016_Dataset_Summary|Dataset Summary]] and [[Spring_2016_Trigger_Summary|Trigger Summary]]:  

Revision as of 11:35, 14 June 2016

Meeting Time and Place

The meeting will be on Tuesday June 14, 2016 at 1:30 pm EDT. For those people at Jefferson Lab, the meeting will be in room A110.

Meeting Connections

  1. To join via a Web Browser, go to the page [1] https://bluejeans.com/115815824.
  2. To join via Polycom room system go to the IP Address: 199.48.152.152 (bjn.vc) and enter the meeting ID: 115815824.
  3. To join via phone, use one of the following numbers and the Conference ID: 115815824.
    • US or Canada: +1 408 740 7256 or
    • US or Canada: +1 888 240 2560
  4. More information on connecting to bluejeans is available.

Agenda

  1. Announcements
  2. REST Production Status:
    • First run block: 11347-11555
      • Launch summary: 6503 jobs (130 TB EVIO), only 2 crashed, 14 threads, ~6hrs each, ~7 GB RAM, ~6 days, up to ~500 jobs at once
      • Outputs: REST: ~13.5TB, Skims: ~360GB, Trees: ~130GB, Hists: ~85GB
  3. REST Production Preparations:
  4. Data Studies:
    • CDC Efficiency: Mike
    • FDC Efficiency: Alex A.
    • BCAL Hadronic Energy & Efficiency: Elton
    • BCAL Neutral Energy & Efficiency: Will
    • FCAL Hadronic Energy & Efficiency: Jon
    • FCAL Neutral Energy & Efficiency: Jon
    • SC Efficiency: Mahmoud
    • TOF Efficiency: Beni
    • Tracking Resolution & Efficiency: Paul, Simon
    • Triggering Efficiency: Alex S., Justin, Elton
    • Beam Polarization: Justin, Nathan
    • Flux: Justin
  5. AOB