Speakers
Dr
Suchandra Dutta
(Scuola Normale Superiore, INFN, Pisa)Dr
Vincenzo Chiochia
(University of Zurich)
Description
The CMS silicon tracker, consisting of about 17,000 detector modules divided into
micro-strip and pixel sensors, will be the largest silicon tracker ever realized for
high energy physics experiments. 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 local DAQ systems. The monitorable quantities
of this large number of modules are divided into hierarchical structures reflecting
the detector sections. In addition, they are organized into structures corresponding
to the levels of data processing. The produced information are delivered to client
applications according to their subscription requests. These applications summarize
and visualize the received quantities. We describe here the functionalities of the
CMS tracker DQM applications and report preliminary performance tests.
Primary authors
Dr
Suchandra Dutta
(Scuola Normale Superiore, INFN, Pisa)
Dr
Vincenzo Chiochia
(University of Zurich)
Co-authors
Dr
Giacomo Bruno
(Universite Catholique de Louvain)
Dr
Giuseppe Zito
(Sezione INFN Bari,Italy)
Dr
Maria Santa Mennea
(Universita' di Bari , Italy)
Dr
Robert John Bainbridge
(Imperial College London)
Dr
Russell Taylor
(Brunel University)
