Difference between revisions of "2019-05-01-LeadershipReports"

Latest revision as of 09:29, 28 May 2019

May 1, 2019 Report - Apr 29 - May 24

Director - Todd Satogata

  Previous two weeks (Apr 29 - May 10)
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  Next two weeks (May 13 - May 24)
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Alex Bogacz

  Previous two weeks (May 13 - May 24)
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  Next two weeks (May 27 - June 7)
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Rui Li

  Previous two weeks (May 13 - May 24)
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  Next two weeks (May 27 - June 7)
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Ed Nissen

  Previous two weeks (May 13 - May 24)
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  Next two weeks (May 27 - June 7)
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Chris Tennant

  Previous two weeks (May 13 - May 24)
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  Next two weeks (May 27 - June 7)
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Accelerator R & D - Yuhong Zhang

Fanglei Lin

  Previous two weeks (May 13 - May 24)
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  Next two weeks (May 27 - June 7)
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Vasiliy Morozov

  Previous two weeks (May 13 - May 24)
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  Next two weeks (May 27 - June 7)
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Amy Sy

  Previous two weeks (May 13 - May 24)
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  Next two weeks (May 27 - June 7)
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Yuhong Zhang

  Previous two weeks (May 13 - May 24)
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  Next two weeks (May 27 - June 7)
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Computational Physics - Yves Roblin
Yves Roblin

   CEBAF
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    JLEIC:   
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   OTHER
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He Zhang

  Previous two weeks (May 13 - May 24)
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  Next two weeks (May 27 - June 7)
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River Zhang

  Previous two weeks (May 13 - May 24)
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  Next two weeks (May 27 - June 7)
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Diagnostic Development - Kevin Jordan

  Previous two weeks (May 13 - May 24)
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  Next two weeks (May 27 - June 7)
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Joe Gubeli

  Previous two weeks (May 13 - May 24)
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  Next two weeks (May 27 - June 7)
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Michael Tiefenback

  Previous two weeks (May 13 - May 24)
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  Next two weeks (May 27 - June 7)
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LERF - Steve Benson

  Previous two weeks (May 13 - May 24)
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@@ Line 104: / Line 104: @@
     Previous two weeks (May 13 - May 24)
-       - Completed IPAC2019-poster and submitted paper.
+       -
-      - "CASA BeamBeam"
-      - Revised, optimized and accelerated “Crab Kick” of “CASA BeamBeam” codes by using the High Performance Python Compiler,
-        Numba. Based on JIT(Just in Time), Numba translates part of our “Crab Kick” Python functions to optimized machine code
-        at runtime using the industry-standard LLVM compiler library.
-      - Performance of “Crab kicking”
-      - Simulations have been down for the JLEIC parameters again. For example, for the case CM Energy 21.9GeV, comparing with
-        previous job, the “Numba” based “Crab Kick” codes can save 1/5 time than the old code for 4000 turn in a collider ring.
-      - 3 Particles Spin Tracking
-      - For Snakes 0o, 3 particles spin tracking was carried out again via revised “CASA BeamBeam”.
     Next two weeks (May 27 - June 7)
-       - pyFMM will be under investigation.
+       -
-      - Continue spin tracking study.