CNF:ML Data Denoise: Difference between revisions
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Pthomadakis (talk | contribs) Created page with "This page will be updated about the machine learning data de-noising effort." |
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This page will be updated about the machine learning data de-noising effort. | This page will be updated about the machine learning data de-noising effort. | ||
= Problem = | |||
Traditional tracking algorithms are computationally intensive, especially for high luminosity experiments with multi-track final states where all combinations of segments in drift chambers have to be considered for firing best track candidates. At high luminosity the number of random segments (unrelated to the tracks) are increasing and as a result the number of possible combinations also increases, making the whole process longer. | |||
Revision as of 14:12, 2 November 2020
This page will be updated about the machine learning data de-noising effort.
Problem
Traditional tracking algorithms are computationally intensive, especially for high luminosity experiments with multi-track final states where all combinations of segments in drift chambers have to be considered for firing best track candidates. At high luminosity the number of random segments (unrelated to the tracks) are increasing and as a result the number of possible combinations also increases, making the whole process longer.