Speaker
Dr
Giuseppe Della Ricca
(Univ. of Trieste and INFN)
Description
The electromagnetic calorimeter of the Compact Muon Solenoid experiment will play a
central role in the achievement of the full physics performance of the detector at
the LHC. The detector performance will be monitored using applications based on the
CMS Data Quality Monitoring (DQM) framework and running on the High-Level Trigger
Farm as well as on local DAQ systems. The monitorable quantities are organized into
hierarchical structures based on the physics content. The information produced is
delivered to client applications according to their subscription requests. The client
applications process the received quantities, according to pre-defined analyses, thus
making the results immediately available, and store the results in a database, and in
the form of static web pages, for subsequent studies. We describe here the
functionalities of the CMS ECAL DQM applications and report about their use in a real
environment. In particular we detail the usage of the DQM during the data collection
campaigns at the 2006 electron calibration test beams, at the cosmic muon calibration
stand (2005-2007), at the CMS slice test (2006 Magnet Test and Cosmic Challenge), and
during the installation and commissioning of the calorimeter in the CMS experimental
area.
| Submitted on behalf of Collaboration (ex, BaBar, ATLAS) | on behalf of the CMS Electromagnetic Calorimeter Group |
|---|
Primary authors
Dr
Alessio Ghezzi
(Universita' and INFN, Milano Bicocca & ETH Zurich)
Dr
Benigno Gobbo
(INFN, Trieste)
Dr
Giovanni Franzoni
(University of Minnesota)
Dr
Giuseppe Della Ricca
(Univ. of Trieste and INFN)
