Giovanni Organtini (Univ. + INFN Roma 1)
The Electromagnetic Calorimeter (ECAL) of the CMS experiment at the LHC is made of about 75000 scintillating crystals. The detector properties must be continuously monitored in order to ensure the extreme stability and precision required by its design. This leads to a very large volume of non-event data to be accessed continuously by shifters, experts, automatic monitoring tasks, detector configuration for trigger and data acquisition systems and offline data reconstruction programs. This talk describes the measurements and calibrations taken for slow control, the data handling strategy and the workflow as well as the architecture of the configuration and conditions databases. An important component of the system is the so-called web based browser, a software tool used by shifters and experts to visualize the data on a web browser and to keep the detector under control.
|Presentation type (oral | poster)||oral|
Francesca Cavallari (INFN sezione di Roma 1) Giovanni Organtini (Univ. + INFN Roma 1)
Andre David (LIP) Angela Brett (ETH Zurich) Emanuele Di Marco (INFN sezione di Roma 1 and CERN) Gautier Hamel de Monchenault (Centre d'Etudes de Saclay (CEN Saclay)) Giuseppe Della Ricca (INFN sezione di Trieste) Guy Chevenier (CERN) Joao De Almeida Simoes (CERN and Universidade de Lisboa) Matteo Marone (INFN sezione di Torino) Pascal Paganini (LLR - Ecole Polytechnique) Pasquale Musella (LIP) Rick Egeland (University of Minnesota) Roberta Arcidiacono (INFN sezione di Torino) Ursula Berthon (LLR - Ecole Polytechnique) Vladlen Timciuc (California Institute of Technology) William Junior Badgett (Fermi National Accelerator Lab. (Fermilab)) Zongru Wan (Fermi National Accelerator Lab. (Fermilab))