Following rigorous software design and analysis methods, an object-based architecture has been developed to derive the second- and third-level trigger decisions for the future ATLAS detector at the LHC. The functional components within this system responsible for generating elements of the trigger decisions are algorithms running within the software architecture. Relevant aspects of the architecture are reviewed along with concrete examples of specific algorithms and their performance in "vertical" slices of various physics selection strategies.
Algorithms for the ATLAS high-level trigger
CAVALLI, DANIELE;LI, WEI JUN;MORETTINI, PAOLO;Negri, A.
Membro del Collaboration Group
;NISATI, ALEANDRO;Scannicchio, D. A.;WATSON, IAIN ASHTON;
2004-01-01
Abstract
Following rigorous software design and analysis methods, an object-based architecture has been developed to derive the second- and third-level trigger decisions for the future ATLAS detector at the LHC. The functional components within this system responsible for generating elements of the trigger decisions are algorithms running within the software architecture. Relevant aspects of the architecture are reviewed along with concrete examples of specific algorithms and their performance in "vertical" slices of various physics selection strategies.File in questo prodotto:
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