The ATLAS trigger will need to achieve a 10^−7 rejection factor against proton-proton collisions, and still be able to efficiently select interesting events. After a first hardware-implemented processing level, the final event selection is done by the high-level trigger (HLT), implemented on software. With more than 100 contributors and around 250 different packages, a thorough validation of the HLT software is essential. This paper describes the existing infrastructure used for validating the HLT software.
Software Validation Infrastructure for the ATLAS High-Level Trigger
VENTURA, Andrea;
2008-01-01
Abstract
The ATLAS trigger will need to achieve a 10^−7 rejection factor against proton-proton collisions, and still be able to efficiently select interesting events. After a first hardware-implemented processing level, the final event selection is done by the high-level trigger (HLT), implemented on software. With more than 100 contributors and around 250 different packages, a thorough validation of the HLT software is essential. This paper describes the existing infrastructure used for validating the HLT software.File in questo prodotto:
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