First timing results from Pixels M. Cobal and L. Santi University of Udine and INFN Trieste.

Slides:



Advertisements
Similar presentations
ATLAS ATLAS PESA Meeting 25/04/02 B-Trigger Working Group Status Report This talk:
Advertisements

TDAQ week Lisbon, October B-Physics Trigger Status Contents: Introduction: Di-muon triggers Hadronic Final States Muon-electron Final States Program.
1 ttbar events with Atlantis   Tops back to back in the transverse plane, but objects in the barrel apart from c-jet (Extended tile)   Big activity.
Upsilon Trigger Efficiency in pp Rosi Reed UC Davis.
CMS High Level Trigger Selection Giuseppe Bagliesi INFN-Pisa On behalf of the CMS collaboration EPS-HEP 2003 Aachen, Germany.
Tracker reconstruction in CMS for HLT and offline Teddy Todorov IReS, Strasbourg Helsinki B-  workshop 31 st May 2002.
Beam Background and Detector Layout 4th Concept Collaboration Meeting FNAL October 2006.
Stefania.Spagnolo, Dip. Fisica, Univ. Lecce CERN, Nov. 2006, ATLAS Trigger and Physics week Muon Event Filter Stefania Spagnolo Dip. Fisica, Univ. Lecce.
US PtMurec and PtRec RMS for Pt=100 GeV muons N. Terentiev (Carnegie Mellon University) Fermilab Jan.11, 2005.
JetMET DQM Status Kenichi Hatakeyama, Anwar Bhatti, Frank Chlebana, Jared Sturdy DQM Meeting November 4th, 2008.
Update on H/Abb -> 4b’s process (4jet Trigger) Kohei Yorita Young-Kee Kim University of the FTK Meeting on Sep. 7 th, 2006.
LPC Jet/Met meeting 1/12/2006L. Perera1 Jet/Calorimeter Cluster Energy Corrections – Status Goal: To improve the individual jet energy determination based.
Online Measurement of LHC Beam Parameters with the ATLAS High Level Trigger David W. Miller on behalf of the ATLAS Collaboration 27 May th Real-Time.
Progress on B-tagging Efficiency Monica Dunford May 22 nd, 2007.
CSCE 313: Embedded Systems Multiprocessor Systems
M206 – Data Measurement. Introduction ‘Have you ever wondered how the computer interprets data?’ This is the language that the computer understands. This.
Tracking at the ATLAS LVL2 Trigger Athens – HEP2003 Nikos Konstantinidis University College London.
The Pixel Detector ByteStream Converter M.Cobal (1), L. Santi (2) (1) University of Udine and INFN Trieste, Italy (2) University of Trieste and INFN Trieste,
Sez. di Lecce Universita` degli Studi del Salento The Muon Trigger in ATLAS Giovanni Siragusa On behalf of the ATLAS Muon Trigger group.
Technical Part Laura Sartori. - System Overview - Hardware Configuration : description of the main tasks - L2 Decision CPU: algorithm timing analysis.
Trigger Requirements first thoughts from Alessandro Di Mattia, Giovanni Siragusa, Sergio Grancagnolo, Andrea Ventura, Michela Biglietti, Diana Scannicchio.
Nikos Varelas University of Illinois at Chicago L2Cal Group at UIC: Mark Adams Bob Hirosky Rob Martin Nikos Varelas Marc Buehler (graduate student) James.
Trace-Based Optimization for Precomputation and Prefetching Madhusudan Raman Supervisor: Prof. Michael Voss.
ATLAS ATLAS Week: 25/Feb to 1/Mar 2002 B-Physics Trigger Working Group Status Report
Computer Systems. This Module Components Home PC Inputs Processor Memory Motherboards Auxiliary Storage Outputs.
Performance – Last Lecture Bottom line performance measure is time Performance A = 1/Execution Time A Comparing Performance N = Performance A / Performance.
Valeria Perez Reale University of Bern On behalf of the ATLAS Physics and Event Selection Architecture Group 1 ATLAS Physics Workshop Athens, May
Commissioning and Performance of the CMS High Level Trigger Leonard Apanasevich University of Illinois at Chicago for the CMS collaboration.
Jet Validation of Summer11 MC Artur Apresyan Caltech Joanna Weng ETH Zurich Kittikul Kovitanggoon Texas Tech University 1.
New L2cal hardware and CPU timing Laura Sartori. - System overview - Hardware Configuration: a set of Pulsar boards receives, preprocess and merges the.
FTKSim Status and plans FTK Meeting 07/13/2006 F. Crescioli, M. Dell'Orso, G. Punzi, G.Volpi, P. Giannetti.
S t a t u s a n d u pd a t e s Gabriella Cataldi (INFN Lecce) & the group Moore … in the H8 test-beam … in the HLT(Pesa environment) … work in progress.
Categories for resolution study Categories : eta, energy, number of primary vertices, conversion should be considered Eta : barrel – endcap ? or 4 bins.
Kostas KORDAS INFN – Frascati 10th Topical Seminar on Innovative Particle & Radiation Detectors (IPRD06) Siena, 1-5 Oct The ATLAS Data Acquisition.
Machine Access System Software Design and Documentation Western Washington University By: Kevin Pogue.
RootMaker v1.0.0 Jordan Damgov, Shuichi Kunori. Contents Introduction Root file - structure and objects File size and CPU time Example for root file analysis.
The CMS High Level Trigger Stéphanie Beauceron IPNL/Université Lyon I/CNRS/IN2P3 on behalf of CMS collaboration 1.
The CMS Trigger System Chris Seez, Imperial College, London IV International Symposium on LHC Physics and Detectors Fermilab, 1 st -3 rd May 2003.
Study for rejection of muons from p/K decays Sergio Grancagnolo Stefania Spagnolo Andrea Ventura.
The CMS High Level Trigger Leonard Apanasevich University of Illinois at Chicago
Tommaso Boccali SNS and INFN Pisa Vertex 2002 Kailua-Kona, Hawaii 3-8 November 2002 High Level Triggers at CMS with the Tracker.
Computer Performance. Hard Drive - HDD Stores your files, programs, and information. If it gets full, you can’t save any more. Measured in bytes (KB,
6 Gev tower = ~560 chns SMD adc:.62x 6,000/( )/6 ~ 8.45 MeV/Chn ~ is consistent with original calibration! Center strip (GeV) Center strip (chn)
Muon HLT: status of the algorithms and performance Sergio Grancagnolo for the Muon HLT group.
1 J. Varela, CMS Trigger, RT09, Beijing, May 2009 J. Varela IST/LIP Lisbon CMS Trigger Project Manager 16 th IEEE NPSS Real Time Conference May 10-15,
1 Data taking period E1 Plots E1 - August 5th. Producing the plots Triggers used Plots I.Trigger. II.Luminosity. III.Jets. IV.Leptons. V.MET. What Next?
Photon purity measurement on JF17 Di jet sample using Direct photon working Group ntuple Z.Liang (Academia Sinica,TaiWan) 6/24/20161.
Check of Calibration Hits in the Atlas simulation. Assignment of DM energy to CaloCluster. G.Pospelov Budker Institute of Nuclear Physics, Novosibirsk,
IOP HEPP Conference Upgrading the CMS Tracker for SLHC Mark Pesaresi Imperial College, London.
Strawman A Status Report
2018/6/15 The Fast Tracker Real Time Processor and Its Impact on the Muon Isolation, Tau & b-Jet Online Selections at ATLAS Francesco Crescioli1 1University.
CMS-Bijing weekly meeting
Michele Pioppi* on behalf of PRIN _005 group
FTK variable resolution pattern banks
LHC Collisions.
Process Virtualization. Process Process is a program that has initiated its execution. A program is a passive entity; whereas a process is an active entity.
Quicken capital one download error
How to Import Data to Newer Version of Quicken
How can I Recover My Quicken Password
How to Import Data to Newer Version of Quicken
High Level Trigger Studies for the Efstathios (Stathis) Stefanidis
!'!!. = pt >pt > \ ___,..___,..
Low Level HLT Reconstruction Software for the CMS SST
The LHCb Level 1 trigger LHC Symposium, October 27, 2001
Objectives Describe how common characteristics of CPUs affect their performance: clock speed, cache size, number of cores Explain the purpose and give.
- '1:- bs? a ' I.
 Is a machine that is able to take information (input), do some work on (process), and to make new information (output) COMPUTER.
M.Biglietti (Univ. Naples and INFN Naples)
CSE 102 Introduction to Computer Engineering
NSLS II High Data Rate Workshop May 2016
Presentation transcript:

First timing results from Pixels M. Cobal and L. Santi University of Udine and INFN Trieste

General Info  Tests done on the PCATR05 (2.4 GHz) machine, only user  Optimized build  MsgSvc output level: 5  TrigTimerSvc output level: 3  40 evts  Running on persistent BS  Files: - single electrons at 20 GeV (low lum) - single electrons at 20 GeV (high lum) - dijets with pT > 17 GeV (low lum) - dijets with pT > 35 GeV (high lum)  All with pile-up and without noise  Eta regions: (barrel) or (end-cap)  Phi regions:   Eta,  Phi : 0.2x0.2 and 0.4x0.4

PCATR05 processor : 0 vendor_id : GenuineIntel cpu family : 15 model : 2 model name : Intel(R) XEON(TM) CPU 2.40GHz stepping : 4 cpu MHz : cache size : 512 KB Physical processor ID : 0 Number of siblings : 1 cpuid level : 2 bogomips :

PCATR05 processor : 1 vendor_id : GenuineIntel cpu family : 15 model : 2 model name : Intel(R) XEON(TM) CPU 2.40GHz stepping : 4 cpu MHz : cache size : 512 KB Physical processor ID : 3 Number of siblings : 1 cpuid level : 2 bogomips :

Results Single electrons, low luminosity Barrel (-0.2-0, ) 0.2x0.2 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : ms rms : ms Pixel.RegSel_NColls mean(N) : 94 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : mean(t/N) : us Barrel ( , ) 0.4x0.4 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : ms rms : ms Pixel.RegSel_NColls mean(N) : 122 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : mean(t/N) : us Endcap (-2.0—1.8, ) 0.2x0.2 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : ms rms : ms Pixel.RegSel_NColls mean(N) : 85 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : mean(t/N) : us Endcap (-2.0—1.6, ) 0.4x0.4 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : ms rms : ms Pixel.RegSel_NColls mean(N) : 122 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : 357 mean(t/N) : us

Single electrons, high lum Barrel (-0.2-0, ) 0.2x0.2 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : m rms : ms Pixel.RegSel_NColls mean(N) : 94 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : mean(t/N) : us Barrel ( , ) 0.4x0.4 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : ms rms : ms Pixel.RegSel_Ncolls mean(N) : 122 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : mean(t/N) : us Endcap (-2.0—1.8, ) 0.2x0.2 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : ms rms : ms Pixel.RegSel_NColls mean(N) : 85 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : mean(t/N) : us Endcap (-2.0—1.6, ) 0.4x0.4 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : ms rms : ms Pixel.RegSel mean(t) : ms rms : ms Pixel.RegSel_NColls mean(N) : 122 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : mean(t/N) : us

Dijets with pT > 17 GeV, low lum Barrel (-0.2-0, ) 0.2x0.2 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : m rms : ms Pixel.RegSel_NColls mean(N) : 94 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : mean(t/N) : us Barrel ( , ) 0.4x0.4 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : ms rms : ms Pixel.RegSel_NColls mean(N) : 122 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : 579.9mean(t/N) : us Endcap (-2.0—1.8, ) 0.2x0.2 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : ms rms : ms Pixel.RegSel_NColls mean(N) : 85 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : 388.9mean(t/N) : us Endcap (-2.0—1.6, ) 0.4x0.4 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : ms rms : ms Pixel.RegSel_NColls mean(N) : 122 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : mean(t/N) : us

Dijets with pT > 35 GeV, high lum Barrel (-0.2-0, ) 0.2x0.2 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : m rms : ms Pixel.RegSel_NColls mean(N) : 94 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : mean(t/N) : us Barrel ( , ) 0.4x0.4 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : ms rms : ms Pixel.RegSel_NColls mean(N) : 122 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : mean(t/N) : us Endcap (-2.0—1.8, ) 0.2x0.2 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : ms rms : ms Pixel.RegSel_NColls mean(N) : 85 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : mean(t/N) : us Endcap (-2.0—1.6, ) 0.4x0.4 Pixel.RegSel mean(t) : ms rms : ms Pixel.RegCol mean(t) : ms rms : ms Pixel.RegSel_NColls mean(N) : 122 mean(t/N) : us Pixel.RegCol_NDigs mean(N) : mean(t/N) : us