| Status and prospects of the CERN-LHC experiment ALICE (p. 12002) |
| by Neufeld, N |
| The CMS Online Cluster : IT for a Large Data Acquisition and Control Cluster(p. 22002) |
| by Gerry, Bauer |
| Dynamic configuration of the CMS Data Acquisition cluster (p. 22003) |
| by Bauer, Gerry |
| Online processing in the ALICE DAQ The detector algorithms (p. 22004) |
| by Chapeland, S |
| Online testbench for LHCb High Level Trigger validation (p. 22008) |
| by Frank, M |
| The LHCb Run Control (p. 22009) |
| by Alessio, F |
| The ALICE online-offline framework for the extraction of conditions data (p. 22010) |
| by Grosse-Oetringhaus, J F |
| The CMS data acquisition system software (p. 22011) |
| by Bauer, G |
| ECAL Front-End Monitoring in the CMS experiment (p. 22013) |
| by Arcidiacono, Roberta |
| The CMS ECAL database services for detector control and monitoring (p. 22016) |
| by Arcidiacono, Roberta |
| The ATLAS Level-1 Central Trigger System in Operation (p. 22017) |
| by Pauly, T |
| The Detector Control Systems for the CMS Resistive Plate Chamber (p. 22019) |
| by Paolucci, P |
| Event reconstruction in the LHCb online cluster (p. 22020) |
| by Puig Navarro, Albert |
| Commissioning and initial experience with the ALICE on-line (p. 22022) |
| by Altini, V |
| The ALICE data quality monitoring (p. 22023) |
| by von Haller, B |
| The ALICE Electronic Logbook (p. 22027) |
| by Altini, V |
| The ATLAS MDT remote calibration centers (p. 22028) |
| by Dai, T |
| SMI++ object oriented framework used for automation and error recovery in the LHC experiments (p. 22031) |
| by Franek, B |
| Machine assisted histogram classification (p. 22033) |
| by Benyo, B |
| Data Quality from the Detector Control System at the ATLAS Experiment (p. 22037) |
| by Aad, G |
| The CMS event builder and storage system (p. 22038) |
| by Bauer, Gerry |
| An Assessment of a Model for Error Processing in the CMS Data Acquisition System (p. 22039) |
| by Dustdar, Schahram |
| The software of the ATLAS beam pick-up based LHC monitoring system (p. 22040) |
| by Ohm, C. |
| Monitoring the CMS Data Acquisition System (p. 22042) |
| by Bauer, Gerry |
| ATLAS DataFlow Infrastructure : recent results from ATLAS cosmic and first-beam data-taking(p. 22047) |
| by Vandelli, W |
| Support for significant evolutions of the user data model in ROOT files (p. 32004) |
| by Canal, P |
| BAT: The Bayesian analysis toolkit (p. 32013) |
| by Caldwell, Allen C |
| Fireworks : A Physics Event Display for CMS(p. 32014) |
| by Kovalskyi, D |
| PAT: the CMS Physics Analysis Toolkit (p. 32017) |
| by Adam, W |
| A framework for vertex reconstruction in the ATLAS experiment at LHC (p. 32019) |
| by Bouhova-Thacker, E |
| Simulation strategies using FATRAS and Geant4 for a future upgrade of the ATLAS tracking detectors (p. 32021) |
| by Husemann, Ulrich |
| Experience with the CMS Event Data Model (p. 32022) |
| by Elmer, P |
| A new tool for measuring detector performance in ATLAS (p. 32023) |
| by Straessner, Arno |
| Parallelization of ALICE simulation : a jump through the looking-glass(p. 32024) |
| by Tadel, M |
| The ATLAS detector digitization project for 2009 data taking (p. 32031) |
| by Chapman, J D |
| Development of a simulated trigger generator for the ALICE commissioning (p. 32033) |
| by Costa, F |
| The Online Histogram Presenter for the ATLAS experiment : a modular system for histogram visualization(p. 32037) |
| by Dotti, A |
| Commissioning of the ATLAS inner detector with cosmic rays (p. 32038) |
| by Fleckner, J |
| A Geant4 physics list for spallation and related nuclear physics applications based on INCL and ABLA models (p. 32043) |
| by Heikkinen, A |
| Validation and verification of Geant4 standard electromagnetic physics (p. 32044) |
| by Apostolakis, J |
| Geant4 models for simulation of multiple scattering (p. 32045) |
| by Ivanchenko, V N |
| Alignment of the ATLAS Inner Detector Tracking System (p. 32046) |
| by Kollar, D |
| The toolkit for multivariate data analysis : TMVA 4(p. 32057) |
| by Speckmayer, P |
| Commissioning of the ATLAS reconstruction software with first data (p. 32059) |
| by Tonoyan, A |
| The status of the simulation project for the ATLAS experiment in view of the LHC startup (p. 32060) |
| by Ueda, I |
| Physics and software validation for ATLAS (p. 32064) |
| by Costanzo, D |
| Harnessing multicores: Strategies and implementations in ATLAS (p. 42002) |
| by Binet, S |
| CernVM – a virtual software appliance for LHC applications (p. 42003) |
| by Buncic, P |
| Recent developments in the LHCb software framework gaudi (p. 42006) |
| by Clemencic, M |
| Event selection services in ATLAS (p. 42007) |
| by Cranshaw, J |
| Visualization of the CMS Python Configuration System (p. 42008) |
| by Erdmann, M |
| An integrated overview of metadata in ATLAS (p. 42009) |
| by Gallas, EJ |
| New ROOT Graphical User Interfaces for fitting (p. 42010) |
| by Gonzalez Maline, D |
| Organization, management, and documentation of ATLAS offline software releases (p. 42012) |
| by Albrand, S |
| User-friendly parallelization of GAUDI applications with Python (p. 42015) |
| by Mato, P |
| ATLAS Offline Data Quality Monitoring (p. 42018) |
| by Adelman, J |
| Ajax, XSLT and SVG: Displaying ATLAS conditions data with new web technologies (p. 42020) |
| by Roe, S A |
| A RESTful Web service interface to the ATLAS COOL database (p. 42021) |
| by Roe, S A |
| Servicing HEP experiments with a complete set of ready integreated and configured common software components (p. 42022) |
| by Roiser, S |
| Job Life Cycle Management Libraries for CMS Workflow Management Projects (p. 42024) |
| by Van Lingen, Frank |
| Advanced technologies for scalable ATLAS conditions database access on the grid (p. 42025) |
| by Basset, R |
| Usage of the Python Programming Language on the CMS Experiment (p. 42026) |
| by Wilkinson, R |
| CMS Offline Conditions Framework and Services (p. 42027) |
| by Govi, G |
| Geant 4 nightly builds system (p. 42038) |
| by Diez, Victor |
| The nightly build and test system for LCG AA and LHCb software (p. 42042) |
| by Kruzelecki, K |
| MINUIT package parallelization and applications using the RooFit package (p. 42044) |
| by Lazzaro, Alfio |
| First experience in operating the population of the condition database for the CMS experiment (p. 42046) |
| by De Gruttola, M. |
| An update on perfmon and the struggle to get into the Linux kernel (p. 42048) |
| by Nowak, A |
| Glance traceability – Web system for equipment traceability and radiation monitoring for the ATLAS experiment (p. 42050) |
| by Ramos de Azevedo Evora, L H |
| CASTOR end-to-end monitoring (p. 42052) |
| by Rekatsinas, T |
| Experience with Server Self Service Center (S3C) (p. 42054) |
| by Sucik, J |
| Overview of EVE – the event visualization environment of ROOT (p. 42055) |
| by Tadel, M |
| A Web portal for the Engineering and Equipment Data Management System at CERN (p. 42056) |
| by Tsyganov, A |
| The ALICE online data storage system (p. 52002) |
| by Divia, R |
| Oracle and storage IOs, explanations and experience at CERN (p. 52004) |
| by Grancher, E |
| A comparison of HEP code with SPEC benchmarks on multi-core worker nodes (p. 52009) |
| by Michelotto, Michele |
| SL(C) 5 Migration at CERN (p. 52012) |
| by Schwickerath, U |
| Monitoring individual traffic flows within the ATLAS TDAQ network (p. 52013) |
| by Sjoen, R |
| The CMSSW benchmarking suite : using HEP code to measure CPU performance(p. 52016) |
| by Benelli, Gabriele |
| The CMS CERN Analysis Facility (CAF) (p. 52022) |
| by Buchmuller, O |
| CASTORFS - A filesystem to access CASTOR (p. 52023) |
| by Mazurov, A |
| CluMan - Cluster management toolsuit (p. 52025) |
| by Siket, M |
| Using CREAM and CEMonitor for job submission and management in the gLite middleware (p. 62001) |
| by Aiftimiei, C |
| Job monitoring on the WLCG scope: Current status and new strategy (p. 62002) |
| by Andreeva, J |
| Dashboard applications to monitor experiment activities at sites (p. 62003) |
| by Andreeva, J |
| The ALICE workload management system: Status before the real data taking (p. 62004) |
| by Bagnasco, S |
| The impact and adoption of GLUE 2.0 in the LCG/EGEE production grid (p. 62005) |
| by Burke, Stephen |
| VOMS/VOMRS utilization patterns and convergence plan (p. 62006) |
| by Ceccanti, A |
| Use of the gLite-WMS in CMS for production and analysis (p. 62007) |
| by Codispoti, G |
| Evolution of SAM in an Enhanced Model for Monitoring WLCG Services (p. 62008) |
| by Collados, D |
| Data management in EGEE (p. 62012) |
| by Frohner, A |
| Bringing the CMS distributed computing system into scalable operations (p. 62015) |
| by Belforte, S |
| Grid Interoperation with ARC Middleware for the CMS Experiment (p. 62016) |
| by Edelmann, Erik |
| The CREAM-CE : First experiences, results and requirements of the four LHC experiments(p. 62022) |
| by Mendez Lorenzo, P |
| Critical services in the LHC Computing (p. 62025) |
| by Sciaba, A |
| Can Clouds Replace Grids? Will Clouds Replace Grids? (p. 62026) |
| by Shiers, J |
| Migration of ATLAS PanDA to CERN (p. 62028) |
| by Stewart, Graeme Andrew |
| DIRAC3: The new generation of the LHCb grid software (p. 62029) |
| by Tsaregorodtsev, A |
| WLCG-specific special features in GGUS (p. 62032) |
| by Antoni, T |
| Experience commissioning the ATLAS distributed data management system on top of the WLCG service (p. 62037) |
| by Campana, S |
| Increasing the efficiency of tape-based storage backends (p. 62038) |
| by Bessone, N |
| GStat 2.0: Grid Information System Status Monitoring (p. 62045) |
| by Field, L |
| An Investigation into the Mutability of Information in Production Grid Information Systems (p. 62046) |
| by Field, L |
| The commissioning of CMS sites : improving the site reliability(p. 62047) |
| by Belforte, S |
| DIRAC pilot framework and the DIRAC workload management system (p. 62049) |
| by Casajus, Adrian |
| Automated agents for management and control of the ALICE Computing Grid (p. 62050) |
| by Grigoras, C |
| Towards sustainability: An interoperability outline for a Regional ARC based infrastructure in the WLCG and EGEE infrastructures (p. 62051) |
| by Field, L |
| Dynamic and adaptive data-management in ATLAS (p. 62054) |
| by Lassnig, M |
| Debugging Data Transfers in CMS (p. 62055) |
| by Bagliesi, G |
| Dealing with orphans: Catalogue synchronisation with SynCat (p. 62060) |
| by Millar, APaul |
| Monitoring the DIRAC distributed system (p. 62061) |
| by Santinelli, R |
| Deployment of job priority mechanisms in the Italian cloud of the ATLAS experiment (p. 72001) |
| by Doria, Alessandra |
| CMS Analysis Operations (p. 72001) |
| by Andreeva, J |
| Distributed analysis in ATLAS using GANGA (p. 72002) |
| by Elmsheuser, Johannes |
| A comparison of data-access platforms for BaBar and ALICE analysis computing model at the Italian Tier1 (p. 72003) |
| by Fella, A |
| Scalla/xrootd WAN globalization tools: where we are. (p. 72005) |
| by Furano, F |
| User analysis of LHCb data with Ganga (p. 72008) |
| by Maier, A |
| Status of the ALICE CERN analysis facility (p. 72010) |
| by Meoni, Marco |
| The ATLAS Tier-0 : Overview and operational experience(p. 72011) |
| by Elsing, M |
| Use of glide-ins in CMS for production and analysis (p. 72013) |
| by Bradley, D |
| Performance of combined production and analysis WMS in DIRAC (p. 72015) |
| by Paterson, S |
| Monitoring the efficiency of user jobs (p. 72017) |
| by Casey, J |
| Automation of user analysis workflow in CMS (p. 72019) |
| by Spiga, Daniele |
| CMS data quality monitoring: Systems and experiences (p. 72020) |
| by Tuura, L |
| Functional and large-scale testing of the ATLAS distributed analysis facilities with Ganga (p. 72021) |
| by Vanderster, D C |
| Ganga: User-friendly Grid job submission and management tool for LHC and beyond (p. 72022) |
| by Vanderster, D C |
| Status of the grid computing for the ALICE experiment in the Czech Republic (p. 72023) |
| by Adamova, D |
| The ATLAS DDM accounting and Storage Usage Service (p. 72026) |
| by Barreiro Megino, Fernando H |
| gLExec and MyProxy integration in the ATLAS/OSG PanDA workload management system (p. 72028) |
| by Caballero, J |
| Parallel computing of ATLAS data with PROOF at the Leibniz-Rechenzentrum Munich (p. 72029) |
| by Calfayan, Philippe |
| Experience Building and Operating the CMS Tier-1 Computing Centres (p. 72035) |
| by Albert, M |
| Dynamic virtual AliEn grid sites on Nimbus with CernVM (p. 72036) |
| by Harutyunyan, A |
| CMS dashboard task monitoring: A user-centric monitoring view (p. 72038) |
| by Karavakis, Edward |
| Association rule mining on grid monitoring data to detect error sources (p. 72041) |
| by Maier, G |
| CMS conditions database web application service (p. 72048) |
| by Dziedziniewicz, K M |
| Batch efficiency (p. 72052) |
| by Schwickerath, U |
| CMS data quality monitoring web service (p. 72055) |
| by Tuura, L |
| A PanDA backend for the ganga analysis interface (p. 72056) |
| by Vanderster, D C |
| The ATLAS TAGS database distribution and management : Operational challenges of a multi-terabyte distributed database(p. 72058) |
| by Viegas, F |
| Collaborative Tools and the LHC: Some Success, Some Plans (p. 82001) |
| by Goldfarb, S |
| Indico Central - Events Organisation, Ergonomics and Collaboration Tools Integration (p. 82002) |
| by Gonzalez Lopez, J B |
| Virtuality and Efficiency - Overcoming Past Antinomy in the Remote Collaboration Experience (p. 82006) |
| by Fernandes, J |
| The CERN GSM monitoring system (p. 82007) |
| by Ghabrous, C |
| The use of the TWiki Web in ATLAS (p. 82008) |
| by Amram, N |
| INSPIRE: a new scientific information system for HEP (p. 82010) |
| by Ivanov, R |
| CERN automatic audio-conference service (p. 82012) |
| by Sierra Moral, R |
| The ATLAS online High Level Trigger framework : experience reusing offline software components in the ATLAS trigger |
| by Wiedenmann, W |
| DIRAC Secure Web User Interface |
| by Casajus, Adria |
| Recent Developments in the Gaudi Software Framework |
| by Clemencic, Marco |
| Event reconstruction in the LHCb Online |
| by Frank, Markus |
| Online testbench for LHCb High Level Trigger validation |
| by Garnier, Jean-Christophe |
| ATLAS Tau Trigger: from design challenge to first tests with cosmics |
| Reliable online data-replica |
| by Sonnick, Daniel |
| DIRAC - the new generation of the LHCb grid software |
| by Tsaregorodtsev, Andrei |
| Monitoring of the ATLAS Liquid Argon calorimeter |
| The CMS tracker calibration workflow: experience
with cosmic ray data. |
| by Frosali, Simone |
| Experience with LHCb alignment software on first data |
| by Deissenroth, M |
| Event reconstruction in the LHC$b$ Online cluster |
| by Puig Navarro, A |
| The CMS ECAL Database services for detector control and monitoring |
| by Organtini, Giovanni |
| Software Validation Infrastructure for the ATLAS Trigger |
| by Adorisio, C |
| Database usage for the CMS ECAL Laser Monitoring System |
| by Timciuc, Vladlen |
| The CMS L1 Trigger Emulation Software |
| by Ghete, V M |
| CMS Usage of the Open Science Grid and the US Tier-2 Centers |
| by Mohapatra, A |
| Wide Area Network Access to CMS Data Using the Lustre Filesystem |
| by RodrÃguez, J L |
| Commissioning of the ATLAS High Level Trigger with Single Beam and Cosmic Rays |
| by Di Mattia, A |
| Experience with low-power x86 processors (Atom) for HEP usage. An initial analysis of the Intel® dual core Atom™ N330 processor |
| by Balazs, G |
| Validation and computing and performance studies for the ATLAS simulation |
| by Marshall, Z |
| Application of the Kalman Alignment Algorithm to the CMS Tracker |
| by Widl, E |
| CMS silicon strip tracker calibration work-flow and tools |
| by Lampen, Tapio |
| First-year experience with the ATLAS online monitoring framework |
| by Corso-Radu, A |
| The LHCb Run Control |
| by Gaspar, Clara |
| Distributed Database Services - a Fundamental Component of the WLCG Service for the LHC Experiments - Experience and Outlook |
| by Girone, M |
| Collaborative Tools For The LHC: Some Success, Some Plans |
| by Goldfarb, S |
| ATLAS High Level Calorimeter Trigger Software Performance for Cosmic Ray Events |
| by Oliveira Damazio, Denis |
| An Integrated Overview of Metadata in ATLAS |
| by Gallas, EJ |
| Performance of Combined Production And Analysis WMS in DIRAC |
| by Paterson, Stuart |
| Overview of the LHCb Tracking System and its Performance on Simulation and on First Data |
| by Schiller, M |
| Utilizing Lustre filesystem with dCache for CMS analysis |
| by Wu, Y |
| FROG: The Fast And Realistic OpenGL Event Displayer |
| by Quertenmont, Loic |
| Calibration of the Barrel Muon Drift Tubes System in CMS |
| by Maselli, Silvia |
| The CMS Muon System Alignment |
| by Martinez Ruiz-Del-Arbol, P |
| PhEDEx Data Service |
| by Egeland, Ricky |
| Simulations and software tools for the CMS Tracker at SLHC |
| by Harder, Kristian |
| Greatly improved cache update times for conditions data with Frontier/Squid |
| by Dykstra, Dave |
| Fast Simulation of the CMS Detector |
| by Orbaker, Douglas |
| Validation of Software Releases for CMS |
| by Gutsche, Oliver |
| The CMS DBS Query Language |
| by Kuznetsov, Valentin |
| Optimization of the CMS software build and distribution system |
| by Muzaffar, S |
| The CMS experiment workflows on StoRM based storage at Tier-1 and Tier-2 centers |
| by Bonacorsi, D |
| Tuning and optimization of the CMS simulation software |
| by Cossutti, Fabio |
| Challenges for the CMS Computing Model in the First Year |
| by Fisk, Ian |
| Improving collaborative documentation in CMS |
| by Lassila-Perini, Kati |
| Data Driven Approach to Calorimeter Simulation in CMS |
| by Banerjee, Sunanda |
| CMS Partial Releases : Model, Tools, and Applications. Online and Framework-Light Releases |
| by Jones, Christopher D |
| Operational Experience with CMS Tier-2 Sites |
| by González Caballero, Isidro |
| CMS Centres Worldwide : a New Collaborative Infrastructure |
| by Taylor, Lucas |
| File Level Provenance Tracking in CMS |
| by Jones, C D |
| Ensuring Data Consistency Over CMS Distributed Computing System |
| by Rossman, Paul |
| Using Python for Job Configuration in CMS |
| by Wilkinson, R |
| HEP C++ Meets reality |
| by Eulisse, Giulio |
| Commissioning the ATLAS Inner Detector Trigger |
| by Sutton, M R |
| Commissioning the CMS Alignment and Calibration Framework |
| by Futyan, David |
| The Data Quality Monitoring for the CMS Silicon Strip Tracker |
| by Adler, V |
| The ATLAS Tau Trigger |
| by Dam, M |
| The Muon High Level Trigger of the ATLAS experiment |
| by Ventura, A |