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Talk27 min

DeepJet: a deep-learned multiclass jet-tagger for slim and fat jets

Loukas Gouskos and others · CERN

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About

We present a customized neural network architecture for both, slim and fat jet tagging. It is based on the idea to keep the concept of physics objects, like particle flow particles, as a core element of the network architecture. The deep learning algorithm works for most of the common jet classes, i.e. b, c, usd and gluon jets for slim jets and W, Z, H, QCD and top classes for fat jets. The developed architecture promising gains in performance as shown in simulation of the CMS collaboration. Currently the tagger is under test in real data in the CMS experiment..

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The talk

  1. DeepJet: a deep-learned multiclass jet-tagger for slim and fat jets 2018-04-09 · 27 min · CERN's player

Credits and licence

Institution
CERN
Department
Machine Learning
Taught by
Loukas Gouskos, Huilin Qu, Markus Stoye, Jan Kieseler, Mauro Verzetti
Year
2018
Language
English
Subjects
Computer science
Source
CERN
Licence
CERN, as CERN states it. CERN's terms
Attribution
© CERN. CERN provides its audiovisual media free of charge for educational and informational use, credited to CERN; this lecture is shown in CERN's own player.
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