Dr
Attila RACZ
(CERN)
04/09/2007, 10:55
Oral
At the time of this paper, all hardware elements of the CMS Data Acquisition System
have been installed and commissioned both in the underground and surface areas.
This paper describes in detail the infrastructures and the different steps that were
necessary from the very beginning when the underground control room was only a
building yard to a working system collecting data fragment from...
Jovan Puzovic
(VINCA Institute of Nuclear Sciences and Faculty of Physics, Belgrade),
Serguei Zelepoukine
(ETH Zürich; IHEP Protvino, Moscow)
04/09/2007, 11:20
Oral
In this presentation we describe the main design objectives, the detailed
specifications and the final layout of the Detector Control System (DCS) for the
electromagnetic calorimeter (ECAL) of the CMS experiment. Emphasis is put on
the system implementation and specific hardware and software solutions in
each of its sub-systems. The latest results from the tests of final prototypes of...
Dr
Stefano Argiro
(European Organization for Nuclear Research (CERN))
04/09/2007, 11:45
Oral
The experimental conditions and physics goals of LHC experiments set
challenging specifications for detectors and their readout electronics.
The CMS Electromagnetic Calorimeter (Ecal) is an example of a complex
system in which every component needs to be understood in detail in order
to ensure the quality of the physics results.
In 2006 9 ECAL supermodules were exposed to an electron test...
Mr
Alexander Ruban
(BINP- Bunker Institute of Nucleare Physics, Novosibirsk, Russia)
04/09/2007, 12:10
Oral
The CMD-3 Cryogenic Magnet Detector for VEPP-2000 Collider is under construction now. This paper describes hardware part of new DAQ system. The unique features of this system is low EMI, low power and high speed. This is serial-backplane LVDS – media based system. The DAQ system is easy scalable and low-cost due to output to commercially available Fast Ethernet. Special attention is devoted to...
Dr
Giulio Villani
(STFC Rutherford Appleton Laboratory)
04/09/2007, 12:35
Oral
For the ILC physics program, the detectors will need an unprecedented jet energy
resolution. For the electromagnetic calorimeter, the use of a highly granular
silicon-tungsten calorimeter has been proposed. The status of a silicon readout
option, which uses Monolithic Active Pixel Sensors (MAPS), will be presented. This
novel design provides extremely fine granularity with integrated...
