We provided support of all database activities during the ATLAS testbeam period. A full Conditions Database (CondDB) package has already been released.

Slides:



Advertisements
Similar presentations
Weve participated in the ATLAS TDAQ Large Scale Tests and in the Inner Detectors Alignment effort Weve initiated the development of the Temporal Instrumental.
Advertisements

Development of the System remote access real time (SRART) at JINR for monitoring and quality assessment of data from the ATLAS LHC experiment (Concept.
André Augustinus ALICE Detector Control System  ALICE DCS is responsible for safe, stable and efficient operation of the experiment  Central monitoring.
CERN - IT Department CH-1211 Genève 23 Switzerland t LCG Persistency Framework CORAL, POOL, COOL – Status and Outlook A. Valassi, R. Basset,
1 Databases in ALICE L.Betev LCG Database Deployment and Persistency Workshop Geneva, October 17, 2005.
Information Systems and Data Acquisition for ATLAS What was achievedWhat is proposedTasks Database Access DCS TDAQ Athena ConditionsDB Time varying data.
23/04/2008VLVnT08, Toulon, FR, April 2008, M. Stavrianakou, NESTOR-NOA 1 First thoughts for KM3Net on-shore data storage and distribution Facilities VLV.
Online Access to the ATLAS Conditions Databases Online Access to the ATLAS Conditions Databases L. Lopes, A. Amorim, J. Simões, P. Pereira (Faculty of.
Grid Architecture Grid Canada Certificates International Certificates Grid Canada Issued over 2000 certificates Condor G Resource TRIUMF.
Uli Schäfer Discussions with H.B. after last meeting… All ATLAS standard racks and crates will be monitored. Helfrieds group will equip them with ELMBs.
A Database Visualization Tool for ATLAS Monitoring Objects A Database Visualization Tool for ATLAS Monitoring Objects J. Batista, A. Amorim, M. Brandão,
Trigger and online software Simon George & Reiner Hauser T/DAQ Phase 1 IDR.
Hall D Online Data Acquisition CEBAF provides us with a tremendous scientific opportunity for understanding one of the fundamental forces of nature. 75.
LIGO-G E ITR 2003 DMT Sub-Project John G. Zweizig LIGO/Caltech Argonne, May 10, 2004.
Abstract The automated multi-platform software nightly build system is a major component in the ATLAS collaborative software organization, validation and.
A Distributed Computing System Based on BOINC September - CHEP 2004 Pedro Andrade António Amorim Jaime Villate.
Update on Database Issues Peter Chochula DCS Workshop, June 21, 2004 Colmar.
Time and storage patterns in Conditions: old extensions and new proposals António Amorim CFNUL- FCUL - Universidade de Lisboa ● The “Extended”
The ATLAS Database Project Richard Hawkings, CERN Torre Wenaus, BNL/CERN ATLAS plenary meeting June 24, 2004.
Nightly System Growth Graphs Abstract For over 10 years of development the ATLAS Nightly Build System has evolved into a factory for automatic release.
LIGO-G9900XX-00-M ITR 2003 DMT Sub-Project John G. Zweizig LIGO/Caltech.
CHEP 2006, Mumbai13-Feb-2006 LCG Conditions Database Project COOL Development and Deployment: Status and Plans Andrea Valassi On behalf of the COOL.
Databases E. Leonardi, P. Valente. Conditions DB Conditions=Dynamic parameters non-event time-varying Conditions database (CondDB) General definition:
CRISP & SKA WP19 Status. Overview Staffing SKA Preconstruction phase Tiered Data Delivery Infrastructure Prototype deployment.
ATLAS, U.S. ATLAS, and Databases David Malon Argonne National Laboratory DOE/NSF Review of U.S. ATLAS and CMS Computing Projects Brookhaven National Laboratory.
Control in ATLAS TDAQ Dietrich Liko on behalf of the ATLAS TDAQ Group.
5 May 98 1 Jürgen Knobloch Computing Planning for ATLAS ATLAS Software Week 5 May 1998 Jürgen Knobloch Slides also on:
CERN Physics Database Services and Plans Maria Girone, CERN-IT
Postgraduate Computing Lectures Applications I: Overview 1 Applications: Overview Symbiosis: Theory v. Experiment Theory –Build models to explain existing.
Clara Gaspar, March 2005 LHCb Online & the Conditions DB.
The Persistency Patterns of Time Evolving Conditions for ATLAS and LCG António Amorim CFNUL- FCUL - Universidade de Lisboa A. António, Dinis.
ATLAS Data Challenges US ATLAS Physics & Computing ANL October 30th 2001 Gilbert Poulard CERN EP-ATC.
Introduction CMS database workshop 23 rd to 25 th of February 2004 Frank Glege.
Databases in CMS Conditions DB workshop 8 th /9 th December 2003 Frank Glege.
Geant4 in production: status and developments John Apostolakis (CERN) Makoto Asai (SLAC) for the Geant4 collaboration.
CERN - IT Department CH-1211 Genève 23 Switzerland t COOL Conditions Database for the LHC Experiments Development and Deployment Status Andrea.
GDB Meeting - 10 June 2003 ATLAS Offline Software David R. Quarrie Lawrence Berkeley National Laboratory
VICOMTECH VISIT AT CERN CERN 2013, October 3 rd & 4 th O.COUET CERN/PH/SFT DATA VISUALIZATION IN HIGH ENERGY PHYSICS THE ROOT SYSTEM.
INFSO-RI Enabling Grids for E-sciencE Experience of using gLite for analysis of ATLAS combined test beam data A. Zalite / PNPI.
U.S. ATLAS Executive Committee August 3, 2005 U.S. ATLAS TDAQ FY06 M&O Planning A.J. Lankford UC Irvine.
6/23/2005 R. GARDNER OSG Baseline Services 1 OSG Baseline Services In my talk I’d like to discuss two questions:  What capabilities are we aiming for.
Alexandre Vaniachine (ANL) LCG PEB Applications Area Meeting November 20, 2002 Alexandre Vaniachine (ANL) MySQL Service Plans and Needs in ATLAS.
23/2/2000Status of GAUDI 1 P. Mato / CERN Computing meeting, LHCb Week 23 February 2000.
TDAQ Experience in the BNL Liquid Argon Calorimeter Test Facility Denis Oliveira Damazio (BNL), George Redlinger (BNL).
The Lisbon Team - 8 December 2003The Lisbon team - 25 November 2003 ConditionsDB – Lisbon API Wide access to CondDB data and schema LCG Conditions DB Workshop.
The ATLAS DAQ System Online Configurations Database Service Challenge J. Almeida, M. Dobson, A. Kazarov, G. Lehmann-Miotto, J.E. Sloper, I. Soloviev and.
Introduction S. Rajagopalan August 28, 2003 US ATLAS Computing Meeting.
Clara Gaspar, April 2006 LHCb Experiment Control System Scope, Status & Worries.
Database Access Patterns in ATLAS Computing Model G. Gieraltowski, J. Cranshaw, K. Karr, D. Malon, A. Vaniachine ANL P, Nevski, Yu. Smirnov, T. Wenaus.
A Validation System for the Complex Event Processing Directives of the ATLAS Shifter Assistant Tool G. Anders (CERN), G. Avolio (CERN), A. Kazarov (PNPI),
Maria del Carmen Barandela Pazos CERN CHEP 2-7 Sep 2007 Victoria LHCb Online Interface to the Conditions Database.
ATLAS The ConditionDB is accessed by the offline reconstruction framework (ATHENA). COOLCOnditions Objects for LHC The interface is provided by COOL (COnditions.
ATLAS 3D Requests LCG3D Kickoff Workshop CERN, Geneva, Swizerland December 13, 2004 Alexandre Vaniachine, Jeff Tseng, Andrea Formica.
12 March, 2002 LCG Applications Area - Introduction slide 1 LCG Applications Session LCG Launch Workshop March 12, 2002 John Harvey, CERN LHCb Computing.
CMS Experience with the Common Analysis Framework I. Fisk & M. Girone Experience in CMS with the Common Analysis Framework Ian Fisk & Maria Girone 1.
Online Software November 10, 2009 Infrastructure Overview Luciano Orsini, Roland Moser Invited Talk at SuperB ETD-Online Status Review.
Generic and Re-usable Developments for Online Software Slow Control, Configuration, Data Format & Online Processing Shebli Anvar, CEA Irfu January 12,
1 ALICE Summary LHCC Computing Manpower Review September 3, 2003.
CNAF - 24 September 2004 EGEE SA-1 SPACI Activity Italo Epicoco.
Savannah to Jira Migration
(Prague, March 2009) Andrey Y Shevel
I&T&C Organization Chart
Database Readiness Workshop Intro & Goals
S. Rajagopalan August 28, 2003 US ATLAS Computing Meeting
Savannah to Jira Migration
US ATLAS Physics & Computing
Design Principles of the CMS Level-1 Trigger Control and Hardware Monitoring System Ildefons Magrans de Abril Institute for High Energy Physics, Vienna.
Simulation and Physics
Computing activities at Victoria
Planning next release of GAUDI
Presentation transcript:

We provided support of all database activities during the ATLAS testbeam period. A full Conditions Database (CondDB) package has already been released. Our group was appointed with full responsibility for the Detector Calibration and Alignment databases The implementation of online and offline Conditions Database provided the basic concepts for the LCG-COOL development A proof-of-concept interface between the Conditions Database and the Configurations Database, using the CERN Linux distribution Web- and QT-based browsers (KondDBExplorer) were created for CondDB Provisioning of the CondDB interfaces to the DCS and TDAQ systems Consolidation of the participation with the hardware development effort of the Muon Central Trigger Processor: design of the Muon Overlap Resolution Circuit Training ground for CERN people: Information Systems and Data Acquisition for ATLAS What was achievedWhat is proposed ATLAS Databases: Evaluating the CondDB-COOL-LCG and the ROOT relational I/O efforts Extension of the Conditions Web Browser and of the Database Editor Re-implemention of the interface from ATLAS DCS (PVSS) that we have developed and inclusion of the new developments from LCG and ROOT Support and migration of our online Conditions Database Interface (CDI) between the online system and the offline databases, to make it compatible with the new LCG/ROOT developments Development of a new interface for the online configuration databases Development, validation and testing of the electronics associated with several components of the ATLAS Muon Central Trigger Processor. This task enters a new phase with the purpose of constructing the final system Participation in the study and validation of the calibration and alignment strategies for the ATLAS detector. This task will be performed in the framework of the alignment of the ATLAS Silicon Vertex Detectors as well as in the Calorimeter calibration The team plans to continue contributing decisively to the advance of the knowledge in the domain of the information systems for HEP experiments, assuming an important role in the necessary developments for the success of the ATLAS experiment. The team Interface to DCS Interface to TDAQ Calibration & Alignment LVL1 electronics LCG application area Our software, developed for ATLAS is part of the LCG persistent framework Open Source software We are using standard GNU tools for a portable development strategy, to make our applications reusable in any environment and platform U. Católica Coimbra Helmut Wolters FEUP Jaime Villate João Simões Lourenço Lopes João Batista Diogo Caracinha FCUL António Amorim José Augusto Guiomar Evans Amélia Maio Belmiro Pinto Nuno Barros Conditions DB KondDBExplorer Necessary resources Human resources: Ongoing: 1 BI (M.Sc.) + 4 BTI (Lic./Bach.) Required: 1 BPD + 1 BI (M.Sc.) + 1 BIC + 2 BTI (Lic./Bach.) Missions: Participation at congresses (ATLAS T/DAQ, FLT, Databases) Short-term stays; participation at conferences. Equipment: Computer hardware and network infrastructure (Gb switch) and farm upgrade Electronics development hardware Database Access DCS TDAQ Athen a Muon Central Trigger MCT Processor Interface 1 - "Online Software for the ATLAS Test Beam data acquisition System", J. Flammer, A. Amorim, L. Pedro, D. Klose, and J. Lima et. al. "Proceedings of 2003 IEEE Real Time Conference", Montral, Canada, "LCG Conditions Database Project Overview", A.Valassi, D. Dllmann (CERN); A. Amorim, N. Barros, T. Franco, D. Klose, and L. Pedro (FCUL); S. Schmidt (University of Mainz); V. Tsulaia (University of Pittsburgh). "Proceedings of the International Conference on Computing in High Energy and Nuclear Physics" CHEP 2004, Interlaken, Switzerland, "An Open Source based implementation for ATLAS Conditions Data", A. Amorim, J. Lima,, L. Pedro, C. Oliveira, and N. Barros. "Proceedings of 2003 IEEE Real Time Conference", Montral, Canada, "Addressing the persistency patterns of the time evolving HEP data in the ATLAS/LCG MySQL Conditions Databases", A. Amorim, D. KLose, L. Pedro, N. Barros, T. Franco (FCUL); A. Valassi, and D. Duellmann (CERN). "Proceedings of the International Conference on Computing in High Energy and Nuclear Physics" CHEP2004, Interlaken, Switzerland, "The WEB interface for the ATLAS/LCG MySQL Conditions Databases and performance constraints in the visualization of extensive scientific/technical data", A. Amorim, D. Klose, J. Castilho, L. Pedro, N. Barros, and T. Franco (FCUL); A. Vaniachine (ANL). "Proceedings of the International Conference on Computing in High Energy and Nuclear Physics", CHEP2004, Interlaken, Switzerland, "Conditions Databases: the interfaces between the different ATLAS systems", A.Amorim, D.Klose, L. Pedro, N.Barros, T.Franco (FCUL); D. Burckhart-Chromek, D. Liko, J. Flammer, J. Cook, L. Mapelli, M. Dobson, R. Hawkings, R. Jones (CERN); A. Perus, A. Schaffer (LAL) (IN2P3) (LAL) (ParisXI); D. Malon (ANL); E.Badescu, M. Caprini (IFIN-HH); A. Kazarov, I. Soloviev, S. Kolos, Y. Ryabov (PNPI); M. Mineev, and V. Kotov (JINR); Y. Alexandrov (FIAN). "Proceedings of the International Conference on Computing in High Energy and Nuclear Physics" CHEP2004, Interlaken, Switzerland, "The Configurations Database Challenge in the ATLAS DAQ System", A.Amorim, D.Klose, L. Pedro, N.Barros (FCUL); D. Burckhart-Chromek, D. Liko, J. Flammer, L. Mapelli, M. Dobson, R. Jones (CERN); E. Badescu, M. Caprini (IFIN-HH); A. Kazarov, I. Soloviev, S. Kolos, Y. Ryabov (PNPI); M. Mineev, V. Kotov, S.Korobov, and Y. Alexandrov (FIAN). "Proceedings of the International Conference on Computing in High Energy and Nuclear Physics" CHEP2004, Interlaken, Switzerland, "Control in the ATLAS DAQ System", A.Amorim, D.Klose, L. Pedro, N.Barros (FCUL);D. Burckhart-Chromek, D. Liko, J. Flammer, L. Mapelli, M. Dobson, R. Jones (CERN);E. Badescu, M. Caprini (IFIN-HH);A. Kazarov, I. Soloviev, S. Kolos, Y. Ryabov (PNPI);M. Mineev, V. Kotov, S.Korobov, and Y. Alexandrov (FIAN). "Proceedings of the International Conference on Computing in High Energy and Nuclear Physics" CHEP2004, Interlaken, Switzerland, "Resolução da sobreposição de muões para a experiência ATLAS/CERN" Diogo Caracinha, Phillipe Farthouat, A. Amorim, José Soares Augusto, Proceedings de REC2005, Universidade do Algarve, Ed. João M. P. Cardosa e José Carlos Alves, Feb FCUL – Nuno Barros (CondDB depuration, LCG-COOL); FEUP – Pedro Andrade (CERN Library GRIDs), FEUP - Miguel Branco (ATLAS/CERN Database), FEUP - Ricardo Rocha (GRID Middleware Develoment)