Description
Dial-in numbers: +41227676000 (English, Main)
Access codes: 0110694 (Participant)
Participant site: https://audioconf.cern.ch/call/0110694
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Jim Siegrist (Lawrence Berkeley National Lab. (LBNL))03/02/2010, 08:30
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03/02/2010, 08:45
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Prof. Giuliano Parrini (University and INFN Florence, Italy)03/02/2010, 09:00Applications of intelligent detectorsOral presentationThe talk reviews the geometric basis of the “PT” and “CW” approaches for the selection of high transverse momentum particles coming from primary interactions at sLHC. Starting from the definition of a small segment measurement (stub) of a particle trajectory it gives basic general constraints which contour the architecture of both methods. The sensor position with respect to the production...Go to contribution page
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Dr Fabrizio Palla (INFN Pisa, Italy)03/02/2010, 09:30Applications of intelligent detectorsOral presentationOne of the proposed solutions for a pT based trigger at SLHC for CMS is based on the concept known as the "cluster width" approach, in which clusters produced by low pT tracks are rejected based on the width of the cluster shape, made either on a single strip sensor or a doublet of strip sensors by a suitable electronics logic at the level of the front-end. This information can then be used in...Go to contribution page
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Marcello Mannelli (CERN)03/02/2010, 10:00Applications of intelligent detectorsOral presentationAt the SLHC, the present Trigger strategies based on energy deposits in the Calorimeters, and tracks in the outer Muon Detectors, will have to be augmented with information from the Inner Tracking Detectors, to confirm the presence of the corresponding high Pt tracks, and to establish their isolation. We discuss possible layouts and architectures for the CMS Tracker upgrade at the SLHC,...Go to contribution page
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Mr Sebastian Schmitt (Physikalisches Institut Heidelberg)03/02/2010, 11:00Applications of intelligent detectorsOral presentationThe proposed luminosity upgrade of the Large Hadron Collider, the Super-LHC, will tenfold the luminosity to 10^{35}cm^{-2}s^{-1} to increase the LHC discovery potential for new heavy particles and to allow for statistics limited precision measurements of possibly discovered particles. Due to the increased luminosity the ATLAS and CMS experiments have to deal with hundreds of events per...Go to contribution page
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Mark Pesaresi (Imperial College London)03/02/2010, 11:30Applications of intelligent detectorsOral presentationWe present simulation results for a concept detector designed to provide tracking information to the CMS Level-1 trigger in a new silicon tracker for SLHC. A layer comprising pairs of closely separated pixel sensors (~1mm spacing, ~100 um x >2.5 mm strixels) could be used to reduce the on-detector data rate by selection of hits from high transverse momentum tracks. The geometry has been...Go to contribution page
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03/02/2010, 11:55