This work presents a weightless neural network model that learns multiple elementary particle collision phenomena. Having the AT- LAS Higgs Boson Machine Learning Challenge as the target dataset, a couple of abstractions were developed in order to achieve a fast and simple algorithm that would otherwise require much more sophisticated tools. Experimental results over the Higgs Boson ?-? decay and the B+ meson decay shows that the WiSARD n-tuple classifier provide a generic and lightweight method for studying a broad range of particle decay modes.

Detection of elementary particles with the WiSARD n-tuple classifier

Massimo De Gregorio;
2020

Abstract

This work presents a weightless neural network model that learns multiple elementary particle collision phenomena. Having the AT- LAS Higgs Boson Machine Learning Challenge as the target dataset, a couple of abstractions were developed in order to achieve a fast and simple algorithm that would otherwise require much more sophisticated tools. Experimental results over the Higgs Boson ?-? decay and the B+ meson decay shows that the WiSARD n-tuple classifier provide a generic and lightweight method for studying a broad range of particle decay modes.
2020
978-2-87587-074-2
Weightless systems
elementary particles
detection
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/385572
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