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  • How the Monte Carlo product...
    Corti, G; Charpentier, Ph; Clemencic, M; Closier, J; Couturier, B; Kreps, M; Màthè, Z; Hanlon, D O'; Robbe, P; Romanovsky, V; Stagni, F; Zhelezov, A

    Journal of physics. Conference series, 01/2015, Letnik: 664, Številka: 7
    Journal Article

    In the LHCb experiment a wide variety of Monte Carlo simulated samples needs to be produced for the experiment's physics program. Monte Carlo productions are handled centrally similarly to all massive processing of data in the experiment. In order to cope with the large set of different types of simulation samples, necessary procedures based on common infrastructures have been set up with a numerical event type identification code used throughout. The various elements in the procedure, from writing a configuration for an event type to deploying them on the production environment, from submitting and processing a request to retrieving the sample produced as well as the conventions established to allow their interplay will be described. The choices made have allowed a high level of automation of Monte Carlo productions that are handled centrally in a transparent way with experts concentrating on their specific tasks. As a result the massive Monte Carlo production of the experiment is efficiently processed on a world-wide distributed system with minimal manpower.