lhcb-reconstruction.web.cern.ch

LHCb Physics Application Software

LHCb Physics Application Software. Attention: This page is only kept for historical reasons. Most of the information is probably outdated. Thomas Ruf 2017. The Physics Software Project coordinated the subsystem software and the event reconstruction software. Its mission was completed with start of data taking in December 2009. It worked in close collaboration with the Core Software Project and the Physics Project. Chris R. Jones. Trigger Application ( HLT. About viewing Powerpoint/PDF documents. 31/10/20...

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LHCb Physics Application Software | lhcb-reconstruction.web.cern.ch Reviews

<META> DESCRIPTION

LHCb Physics Application Software. Attention: This page is only kept for historical reasons. Most of the information is probably outdated. Thomas Ruf 2017. The Physics Software Project coordinated the subsystem software and the event reconstruction software. Its mission was completed with start of data taking in December 2009. It worked in close collaboration with the Core Software Project and the Physics Project. Chris R. Jones. Trigger Application ( HLT. About viewing Powerpoint/PDF documents. 31/10/20...

<META> KEYWORDS

1 reconstruction

2 e mail

3 notes

4 meetings

5 subsystems

6 contact persons

7 jeroen van tilburg

8 tracking

9 global pid

10 wouter hulsbergen

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reconstruction,e mail,notes,meetings,subsystems,contact persons,jeroen van tilburg,tracking,global pid,wouter hulsbergen,silvia borghi,global alignment,thomas ruf,interactivity,software integration,marco cattaneo,simulation gauss,gloria corti,rob lambert

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LHCb Physics Application Software | lhcb-reconstruction.web.cern.ch Reviews

https://lhcb-reconstruction.web.cern.ch

LHCb Physics Application Software. Attention: This page is only kept for historical reasons. Most of the information is probably outdated. Thomas Ruf 2017. The Physics Software Project coordinated the subsystem software and the event reconstruction software. Its mission was completed with start of data taking in December 2009. It worked in close collaboration with the Core Software Project and the Physics Project. Chris R. Jones. Trigger Application ( HLT. About viewing Powerpoint/PDF documents. 31/10/20...

INTERNAL PAGES

lhcb-reconstruction.web.cern.ch

1

Samples of PR plots

http://lhcb-reconstruction.web.cern.ch/lhcb-reconstruction/Panoramix/PRplots/Samples.htm

Picture is clickable. Use the mouse to move over the image. Click on left top or bottom for the full size image. For white background see here. Reconstructed decay Bs - J/ y. Ps conversion using OpenGL.

2

All non-empty events during firs

http://lhcb-reconstruction.web.cern.ch/lhcb-reconstruction/2009/FirstCollision

All non-empty events during first collision run, 23 November 2009. Most promising collisions candidates: event 278,. Some special Rich events. All L0 triggered Events with Rich Pixels. With 2 clock cycles before and after. All pictures without Rich:.

3

Track association to MC particle

http://lhcb-reconstruction.web.cern.ch/lhcb-reconstruction/Offline/track_association_to_mc_particle.htm

Track association to MC particle. Track association to MC particles. Definition, Track Þ. Definition, cluster Þ. Definition, hit Þ. Definition, Track Þ. 70% of the clusters are associated to the same MC particle, then the VELO part is associated to a MC particle (id velo). If all clusters except one are associated to the same MC particle, then the TT part is associated to a MC particle (id TT). 70% of clusters are associated to the same MC particle, then the T part is associated to a MC particle (id T).

4

How to make your code more effic

http://lhcb-reconstruction.web.cern.ch/lhcb-reconstruction/code_optimization.htm

How to make your code more effic. How to make your code more efficient? With contributions from Ivan Belyaev, Marco Cattaneo, Chris Jones, Matthew Needham, . More efficient = faster, simpler, slimmer. Recommended changes to the code. Inherit your Algorithms and Tools from the new Gaudi base classes. Use of Boost utilities. Is encouraged, see also SEAL utility table. Linker instead of relations. The C-function sprintf should not be used. It is unsafe and impossible to debug. Similar problems as printf?

5

Large occupancy events in NoBeam

http://lhcb-reconstruction.web.cern.ch/lhcb-reconstruction/2011/large_occupancy_events_in_nobeam.htm

Large occupancy events in NoBeam crossings.

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erodrigu.web.cern.ch

Work on the Tracking for LHCb

http://erodrigu.web.cern.ch/erodrigu/lhcb/tracking/index.html

Work on the Tracking for LHCb. Below are the links for the various bits of work I've been doing concerning the tracking for LHCb. Status of the proposal as of the 4th July 2005. Status of the proposal as of the 27th May 2005. Status of the proposal as of the 12th May 2005. Status of the proposal as of the 4th May 2005. Status of the proposal as of the 7th April 2005. Status of the proposal as of the 4th April 2005. Status of the proposal as of the 14th December 2004. Basics of) first common proposal.

erodrigu.home.cern.ch

Work on the Tracking for LHCb

http://erodrigu.home.cern.ch/erodrigu/lhcb/tracking/index.html

Work on the Tracking for LHCb. Below are the links for the various bits of work I've been doing concerning the tracking for LHCb. Status of the proposal as of the 4th July 2005. Status of the proposal as of the 27th May 2005. Status of the proposal as of the 12th May 2005. Status of the proposal as of the 4th May 2005. Status of the proposal as of the 7th April 2005. Status of the proposal as of the 4th April 2005. Status of the proposal as of the 14th December 2004. Basics of) first common proposal.

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OTHER SITES

lhcb-magnet.web.cern.ch

LHCb Magnet

CERN — The European Laboratory for Particle Physics. Int;Bdl = 4 Tm (10 m track length). Non-uniformity of ∫Bdl. Le;±5% in acceptance (hor.: ±300 mrad, vert.: ±250 mrad). NI = 2 × 1.3 MA. L ≈ 2 H. Coil structure (two coils). 15 mono-layer pancakes per coil. Total number of turns. N = 2 × 225. 50 mm × 50 mm. Empty; = 24 mm. Asymp;290 m per pancake. I ≈ 5.8 kA. Sigma; ≈ 2.9 A / mm. R = 125 mΩ @ 20°C. Total voltage drop (two coils). U ≈ 730 V. All pancakes in parallel. Phi; ≈ 125 m. Steel quality of yoke.

lhcb-muon.web.cern.ch

LHCb Muon Group Home Page

TDR, Notes, etc.). LHCb Muon Group Home Page. LHCb paper (and the other papers). Published 14 August 2008. B Schmidt - IEEE Nuclear Science Symposium, Dresden, talk (22 October '08). A Satta - Physics at LHC, Split, Croatia, talk (3 October '08). G Lanfranchi - 5th International Workshop on the CKM Unitary Triangle, Rome, talk (9-12 September '08). S Vecchi - 2nd WS on Theory, Phenomenology and Experiments in heavy flavour physics, Capri, talk (16-18 June '08). K Mair - 55th Jahrestagung der OEPG, poster...

lhcb-online.web.cern.ch

LHCb Online Project

Online Data Quality Monitoring. LHCb Experiment Control System (ECS). The Online System in LHCb comprises all aspects of online computing, experiment controls, as well as the Timing and Fast Control. It provides the infrastructure for the data taking for the the High Level Triggers, as well as the control, configuration and monitoring of the entire experiment. Get an Online account. All information concerning Online Operations is now on the Online Twiki. Ki (& control room phone numbers).

lhcb-prs.web.cern.ch

lhcb-prs Site

LHCb preshower - INR,Moscow group. Site created by CERN Web Services. On Wednesday, 20 November 2002 at 10:30.

lhcb-public.web.cern.ch

LHCb - Large Hadron Collider beauty experiment

LHCb - Large Hadron Collider beauty experiment. LHCb is an experiment set up to explore what happened after the Big Bang that allowed matter to survive and build the Universe we inhabit today. Luminosity in 2017, the third year of Run 2. The corresponding numbers for 2015. The luminosity used in physics analysis of Run 1. Data taken in 2011 and 2012 is 3/fb. Click the image to see the operational plot. Direct jump to News. Follow LHCb on Twitter ». LHC and LHCb Status Displays. 8594;μμ. 8594;μμ. The disc...

lhcb-reconstruction.web.cern.ch

LHCb Physics Application Software

LHCb Physics Application Software. Attention: This page is only kept for historical reasons. Most of the information is probably outdated. Thomas Ruf 2017. The Physics Software Project coordinated the subsystem software and the event reconstruction software. Its mission was completed with start of data taking in December 2009. It worked in close collaboration with the Core Software Project and the Physics Project. Chris R. Jones. Trigger Application ( HLT. About viewing Powerpoint/PDF documents. 31/10/20...

lhcb-release-area.web.cern.ch

Index of /LHCb-release-area

lhcb-tb.web.cern.ch

Testbeam Home Page

Test Beam Request 2002 - 2005. Discussion group and mailing list. 14:00 Room 61-1-009 (Salle B). This page last modified by ET on March 17, 2006. It was accessed. Times since August 5, 1998.

lhcb-tech-coor.web.cern.ch

Technical Coordination

This page last edited by RL. On July 05, 2010. It was accessed. Times since March 18, 1998.

lhcb-trig.web.cern.ch

Trigger Home Page

The old Trigger home page, quite obsolete, can be accessed here. The LHCb Trigger has three levels:. A hardware level reducing the rate to 1 MHz in 4 μs. Level-1, a software level using selected data, reducing the rate to 40 kHz with about 1 ms processing time. A software level running on the whole event, with an output rate up to 2 kHz and 10 ms processing time. Three projects (or sub-projects) are working together to provide the LHCb trigger. Handles the hardware and software of the Level 0 trigger.

lhcb-vd.web.cern.ch

Home

Welcome to the public pages of the LHCb VELO project. The LHCb Vertex Detector. Is one of four large experiments at CERN’s Large Hadron Collider. Find out more about the VELO project. more. LHCb Detector Public Pages.