'Bunch crossing' diaporamas de présentation

Upgrade of Trigger and Data Acquisition Systems for the LHC Experiments

Upgrade of Trigger and Data Acquisition Systems for the LHC Experiments. Nicoletta Garelli CERN. Acknowledgment & Disclaimer.

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Monolithic CMOS Pixel Detectors for ILC Vertex Detection

C. Baltay Aygust 8,2011. Chronopixels. Monolithic CMOS Pixel Detectors for ILC Vertex Detection. C. Baltay, W. Emmet, D. Rabinowitz Yale University Jim Brau, N. Sinev, D. Strom University of Oregon. SiD Vertex Detector Layout. 5 barrel layers 4 end disks. 5 Tesla. R

392 views • 28 slides

Two-particle angular correlations in p+p and d+Au collisions

Two-particle angular correlations in p+p and d+Au collisions. George S.F. Stephans Massachusetts Institute of Technology for the i collaboration. A hint of. Two-particle angular correlations in p+p and d+Au collisions.

378 views • 26 slides

DETECTOR BACKGROUNDS AT MUON COLLIDERS

Fermilab. Accelerator Physics Center. DETECTOR BACKGROUNDS AT MUON COLLIDERS. Nikolai Mokhov and Sergei Striganov Fermilab. TIPP 2011 Conference Chicago June 9-14, 2011. Outline. Introduction Background Sources MDI and Background Load Modeling Main Characteristics of Backgrounds.

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L1Calo Intro

L1Calo Intro. Norman Gee. Cambridge Group, Dec 2008. Calorimeters Muons. Other detectors. 40 MHz. CALO trigger. MUONS trigger. hardware. Det. readout. L1A. CTP. 75 kHz. Level-1. <2.5 ?s. ROD. ROD. ROD. Regions of Interest (RoI). 120 Gb/s. RoI requests. DAQ. ROB. ROB.

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Spin Flipper Effectiveness: A simple simulation

Spin Flipper Effectiveness: A simple simulation. Stephen Pate New Mexico State University. Uncertainties in Double Spin Asymmetries. Usual statistical uncertainty; our FOM is essentially the inverse of this number.

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SiD preliminary answers to initial questions from IDAG

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Tracking Strategy for SiD

Tracking Strategy for SiD. Marcel Demarteau Fermilab For the SiD Tracking Group. Tracking Review ILC Detector R&D Panel Feb. 4-8, 2007, Beijing. ZH ? mm H ~3700 evts/500 fb -1. ILC Physics Characteristics. Machine design luminosity L = 2 x 10 34 cm -2 s -1 ( ?s = 500 GeV)

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Status of the Beam Phase and Intensity Monitor for LHCb

Status of the Beam Phase and Intensity Monitor for LHCb. TFC Team:. Richard Jacobsson Zbigniew Guzik Federico Alessio. Motivation Aims Overview of the board Debugging Performance Future plans. AB/RF optical links. TTC equipment.

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Status of the Beam Phase and Intensity Monitor for LHCb

Status of the Beam Phase and Intensity Monitor for LHCb. TFC Team:. Richard Jacobsson Zbigniew Guzik Federico Alessio. Motivation Aims Overview of the board Debugging Performance Future plans. AB/RF optical links. TTC equipment.

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Status of the Beam Phase and Intensity Monitor for LHCb

Status of the Beam Phase and Intensity Monitor for LHCb. TFC Team:. Richard Jacobsson Zbigniew Guzik Federico Alessio. Motivation Aims Overview of the board Debugging process Performance Future plans. AB/RF optical links. TTC equipment.

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Access to SICB data

Access to SICB data. Modifications in Gaudi v5 release: Pile up. Other new features: Pre-staging of several tapes Access to new data base. Pile Up Implementation. Pile up infra-structure was already in Gaudi v4 But it uses internally SICB and it was not working.

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GuineaPig Before and After Bugfix by D. Schulte

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PhTiMes

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PhTiMes

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PhTiMes

104 views • 3 slides