Difference between revisions of "TudyBert"

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= Drive_God =
 
= Drive_God =
 
Tudy and I are working on a branch of the LHC BPM analysis code to be made parallel using GPUs. The branch can be found [https://github.com/rogeliotomas/Drive_GPU here] on GitHub.   
 
Tudy and I are working on a branch of the LHC BPM analysis code to be made parallel using GPUs. The branch can be found [https://github.com/rogeliotomas/Drive_GPU here] on GitHub.   
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“This code performs harmonic analysis of turn-by-turn data from a circular acceleration (measured data
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or from numerical simulation). It is heavily used in the optics re-construction for the LHC and the same
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tools are being exported to the lower-energy machines at CERN.”
  
 
== Team Members ==  
 
== Team Members ==  
 
# [mailto:rwstanica@myseneca.ca?subject=dps915 Robert Stanica], Some responsibility  
 
# [mailto:rwstanica@myseneca.ca?subject=dps915 Robert Stanica], Some responsibility  
 
# [mailto:tminea-manolachi@myseneca.ca?subject=dps915 Tudy Minea], Some other responsibility  
 
# [mailto:tminea-manolachi@myseneca.ca?subject=dps915 Tudy Minea], Some other responsibility  
[mailto:rwstanica@myseneca.ca,tminea@myseneca.ca?subject=dps915 Email All]
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# [mailto:rwstanica@myseneca.ca,tminea@myseneca.ca?subject=dps915 Email All]
  
 
== Progress ==
 
== Progress ==

Revision as of 17:04, 12 February 2013


GPU610/DPS915 | Student List | Group and Project Index | Student Resources | Glossary

Drive_God

Tudy and I are working on a branch of the LHC BPM analysis code to be made parallel using GPUs. The branch can be found here on GitHub.


“This code performs harmonic analysis of turn-by-turn data from a circular acceleration (measured data

or from numerical simulation). It is heavily used in the optics re-construction for the LHC and the same

tools are being exported to the lower-energy machines at CERN.”

Team Members

  1. Robert Stanica, Some responsibility
  2. Tudy Minea, Some other responsibility
  3. Email All

Progress

Assignment 1

Assignment 2

Assignment 3