| CHEP 2019: Preface to the Proceedings (p. 1) |
| by Doglioni, Caterina |
| Fast and Efficient Entropy Compression of ALICE Data using ANS Coding (p. 1001) |
| by Lettrich, Michael |
| ATLAS Level-1 Endcap Muon Trigger for Run 3 (p. 1002) |
| by Mizukami, Atsushi |
| Space-point calibration of the ALICE TPC with track residuals (p. 1003) |
| by Schmidt, Marten Ole |
| Status and Future of the CMS Tracker DCS (p. 1005) |
| by Karimeh, Wassef |
| Compass SPMD: a SPMD vectorized tracking algorithm (p. 1006) |
| by Fernandez Declara, Placido |
| The upgrade and re-validation of the Compact Muon Solenoid Electromagnetic Calorimeter Control and Safety Systems during the Second Long Shutdown of the Large Hadron Collider at CERN (p. 1009) |
| by Jimenez Estupinan, Raul |
| Tile-in-One: An integrated system for data quality and conditions assessment for the ATLAS Tile Calorimeter (p. 1010) |
| by Smirnov, Yuri |
| Feasibility tests of RoCE v2 for LHCb event building (p. 1011) |
| by Krawczyk, Rafał Dominik |
| Network simulation of a 40 MHz event building system for the LHCb experiment (p. 1012) |
| by Pisani, Flavio |
| Assessment of the ALICE O2 readout servers (p. 1013) |
| by Costa, Filippo |
| Integration of custom DAQ Electronics in a SCADA Framework (p. 1016) |
| by Granado Cardoso, Luís |
| DUNE DAQ R&D; integration in ProtoDUNE Single-Phase at CERN (p. 1019) |
| by Sipos, Roland |
| ATLAS Operational Monitoring Data Archival and Visualization (p. 1020) |
| by Soloviev, Igor |
| Fast and resource-efficient Deep Neural Network on FPGA for the Phase-II Level-0 muon barrel trigger of the ATLAS experiment (p. 1021) |
| by Giagu, Stefano |
| The CMS Electromagnetic Calorimeter workflow (p. 1024) |
| by Rovelli, Chiara |
| Recording and reconstructing 10 billion unbiased b hadron decays in CMS (p. 1025) |
| by Bainbridge, Robert |
| DAQling: an open-source data acquisition framework (p. 1026) |
| by Boretto, Marco |
| The ALICE O2 data quality control system (p. 1027) |
| by Konopka, Piotr |
| DAQExpert the service to increase CMS data-taking efficiency (p. 1028) |
| by Badaro, Gilbert |
| Fast inference using FPGAs for DUNE data reconstruction (p. 1030) |
| by Rodriguez, Manuel J |
| The CMS Trigger upgrade for the HL-LHC (p. 1031) |
| by Fernandez Perez Tomei, Thiago Rafael |
| 40 MHz Level-1 Trigger Scouting for CMS (p. 1032) |
| by Badaro, Gilbert |
| AliECS: a New Experiment Control System for the ALICE Experiment (p. 1033) |
| by Mrnjavac, Teo |
| Low Latency, Online Processing of the High-Bandwidth Bunch-By-Bunch Observation Data From the Transverse Feedback System in the LHC (p. 1036) |
| by Söderén, Martin |
| FELIX: the new detector interface for ATLAS (p. 1037) |
| by Panduro Vazquez, Jose Guillermo |
| Scalable monitoring data processing for the LHCb software trigger (p. 1039) |
| by Petrucci, Stefano |
| The evolution of the ALICE O$^2$ monitoring system (p. 1042) |
| by Wegrzynek, Adam |
| Multithreaded simulation for ATLAS: challenges and validation strategy (p. 2001) |
| by Bandieramonte, Marilena |
| A deep neural network method for analyzing the CMS High Granularity Calorimeter (HGCAL) events (p. 2003) |
| by Grasseau, Gilles |
| DD4hep a community driven detector description for HEP (p. 2004) |
| by Gaede, F. |
| New Developments in the VMC Project (p. 2005) |
| by Hřivnáčová, Ivana |
| ATLAS Tile Calorimeter Conditions Database architecture and operations in Run 2 (p. 2006) |
| by Smirnov, Iouri |
| Using multiple engines in the Virtual Monte Carlo package (p. 2008) |
| by Volkel, Benedikt |
| Geant4 electromagnetic physics progress (p. 2009) |
| by Ivanchenko, Vladimir |
| System simulations for the ALICE ITS detector upgrade (p. 2011) |
| by Nesbo, Simon Voigt |
| ROOT I/O compression improvements for HEP analysis (p. 2017) |
| by Shadura, Oksana |
| Integration and Performance of New Technologies in the CMS Simulation (p. 2020) |
| by Pedro, Kevin |
| A VecGeom navigator plugin for Geant4 (p. 2024) |
| by Wenzel, Sandro |
| Generative Adversarial Networks for LHCb Fast Simulation (p. 2026) |
| by Ratnikov, Fedor |
| Calibration and Performance of the CMS Electromagnetic Calorimeter in LHC Run2 (p. 2027) |
| by Cavallari, Francesca |
| FullSimLight: ATLAS standalone Geant4 simulation (p. 2029) |
| by Bandieramonte, Marilena |
| Evolution of the ROOT Tree I/O (p. 2030) |
| by Blomer, Jakob |
| ATLAS Event Store and I/O developments in support for Production and Analysis in Run 3 (p. 2031) |
| by Nowak, Marcin |
| CMS Experience with Adoption of the Community supported DD4hep Toolkit (p. 2032) |
| by Vuosalo, Carl Onni Urho |
| Fast simulation of electromagnetic particle showers in high granularity calorimeters (p. 2034) |
| by da Rocha, Ricardo Brito |
| Fast simulation methods in ATLAS: from classical to generative models (p. 2035) |
| by Chapman, John Derek |
| Geant4 performance optimization in the ATLAS experiment (p. 2036) |
| by Muškinja, Miha |
| WLCG Authorisation from X.509 to Tokens (p. 3001) |
| by Bockelman, Brian |
| Efficient Iterative Calibration on the Grid using iLCDirac (p. 3003) |
| by Viazlo, Oleksandr |
| Automatic log analysis with NLP for the CMS workflow handling (p. 3006) |
| by Layer, Lukas |
| Grid Information Systems: Past, Present and Future (p. 3008) |
| by Field, Laurence |
| Distributed data analysis with ROOT RDataFrame (p. 3009) |
| by Padulano, Vincenzo Eduardo |
| Managing the ATLAS Grid through Harvester (p. 3010) |
| by Barreiro Megino, Fernando Harald |
| CERN’s Identity and Access Management: A journey to Open Source (p. 3012) |
| by Corman, Asier Aguado |
| Lightweight site federation for CMS support (p. 3013) |
| by Acosta-Silva, C |
| New developments in cost modeling for the LHC computing (p. 3014) |
| by Biscarat, Catherine |
| Evolution of the CMS Global Submission Infrastructure for the HL-LHC Era (p. 3016) |
| by Perez-Calero Yzquierdo, Antonio Maria |
| Operational Intelligence for Distributed Computing Systems for Exascale Science (p. 3017) |
| by Di Girolamo, Alessandro |
| DIRACOS: a cross platform solution for grid tools (p. 3020) |
| by Petrič, Marko |
| Big data solutions for CMS computing monitoring and analytics (p. 3022) |
| by Ariza-Porras, Christian |
| Exploiting CRIC to streamline the configuration management of GlideinWMS factories for CMS support (p. 3023) |
| by Dost, Jeffrey |
| Harnessing the power of supercomputers using the PanDA Pilot 2 in the ATLAS Experiment (p. 3025) |
| by Nilsson, Paul |
| Adapting ATLAS@Home to trusted and semi-trusted resources (p. 3027) |
| by Cameron, David |
| Evolution of the WLCG Information Infrastructure (p. 3029) |
| by Andreeva, Julia |
| Implementation of ATLAS Distributed Computing monitoring dashboards using InfluxDB and Grafana (p. 3031) |
| by Beermann, Thomas Alfons |
| CRIC: Computing Resource Information Catalogue as a unified topology system for a large scale, heterogeneous and dynamic computing infrastructure (p. 3032) |
| by Anisenkov, Alexey |
| The DIRAC interware: current, upcoming and planned capabilities and technologies (p. 3035) |
| by Stagni, Federico |
| Seeking an alternative to tape-based custodial storage (p. 4001) |
| by Ahn, Sang Un |
| The Dynafed data federator as a grid site storage element (p. 4003) |
| by Ebert, Marcus |
| Using Graph Databases (p. 4004) |
| by Hrivnac, Julius |
| Erasure Coding for production in the EOS Open Storage system (p. 4008) |
| by Peters, Andreas-Joachim |
| EOS architectural evolution and strategic development directions (p. 4009) |
| by Bitzes, Georgios |
| The eXtreme-DataCloud project solutions for data management services in distributed e-infrastructures (p. 4010) |
| by Cesini, Daniele |
| CERN Tape Archive: production status, migration from CASTOR and new features (p. 4013) |
| by Cano, Eric |
| Towards an Intelligent Data Delivery Service (p. 4015) |
| by Guan, Wen |
| FTS improvements for LHC Run-3 and beyond (p. 4016) |
| by Karavakis, Edward |
| The ATLAS EventIndex for LHC Run 3 (p. 4017) |
| by Barberis, Dario |
| ESCAPE prototypes a data infrastructure for open science (p. 4019) |
| by Bolton, Rosie |
| Jiskefet, a bookkeeping application for ALICE (p. 4023) |
| by Teitsma, Marten |
| The Quest to solve the HL-LHC data access puzzle (p. 4027) |
| by Espinal, X |
| Evaluation of the ATLAS model for remote access to database resident information for LHC Run 3 (p. 4029) |
| by Gallas, Elizabeth |
| Third-party transfers in WLCG using HTTP (p. 4031) |
| by Bockelman, Brian |
| An Information Aggregation and Analytics System for ATLAS Frontier (p. 4032) |
| by Formica, Andrea |
| Transitioning CMS to Rucio Data Managment (p. 4033) |
| by Vaandering, Eric |
| XRootD Third Party Copy for the WLCG and HLLHC (p. 4034) |
| by Adye, T |
| ATLAS Data Carousel (p. 4035) |
| by Barisits, Martin-Stefan |
| Data-centric Graphical User Interface of the ATLAS Event Index Service (p. 4036) |
| by Hrivnac, Julius |
| CERN Disk Storage Services: Report from last data taking, evolution and future outlook towards Exabyte-scale storage (p. 4038) |
| by Mascetti, Luca |
| Deploying and administrating the ATLAS Metadata Interface (AMI) 2.0 ecosystem (p. 4040) |
| by Odier, Jerome |
| Moving the California distributed CMS xcache from bare metal into containers using Kubernetes (p. 4042) |
| by Fajardo Hernandez, Edgar Mauricio |
| Fast distributed compilation and testing of large C++ projects (p. 5001) |
| by Matev, Rosen |
| Chopin Management System: improving Windows infrastructure monitoring and management (p. 5002) |
| by Pacuszka, Marta |
| Configuration and scheduling of the LHCb trigger application (p. 5004) |
| by Matev, Rosen |
| GPU-based Clustering Algorithm for the CMS High Granularity Calorimeter (p. 5005) |
| by Chen, Ziheng |
| GPU Usage in ATLAS Reconstruction and Analysis (p. 5006) |
| by Krasznahorkay, Attila |
| Concurrent data structures in the ATLAS offline software (p. 5007) |
| by Snyder, Scott |
| Bringing heterogeneity to the CMS software framework (p. 5009) |
| by Bocci, Andrea |
| CERN AppStore: Development of a multi-platform application management system for BYOD devices at CERN (p. 5010) |
| by Bató, Tamás |
| C++ Modules in ROOT and Beyond (p. 5011) |
| by Vassilev, Vassil |
| Analysis Tools for the VyPR Performance Analysis Framework for Python (p. 5013) |
| by Dawes, Joshua Heneage |
| ART - ATLAS Release Tester using the Grid (p. 5015) |
| by Cuhadar Donszelmann, Tulay |
| Modern Software Stack Building for HEP (p. 5016) |
| by Stewart, Graeme A |
| A software framework for FCC studies: status and plans (p. 5018) |
| by Cervantes, Javier |
| MarlinMT - parallelising the Marlin framework (p. 5022) |
| by Ete, R. |
| PODIO: recent developments in the Plain Old Data EDM toolkit (p. 5024) |
| by Gaede, F. |
| Design Pattern for Analysis Automation on Distributed Resources using Luigi Analysis Workflows (p. 5025) |
| by Rieger, Marcel |
| A gateway between GitLab CI and DIRAC (p. 5026) |
| by Burr, Chris |
| Code health in EOS: Improving test infrastructure and overall service quality (p. 5027) |
| by Sindrilaru, Elvin Alin |
| Modularization of the LHCb software environment and preparation for heterogeneous resources (p. 5029) |
| by Clemencic, Marco |
| Optimizing Provisioning of LCG Software Stacks with Kubernetes (p. 5030) |
| by Bachmann, Richard |
| Winventory: microservices architecture case study (p. 5031) |
| by Bukowiec, Sebastian |
| Enhancements in Functionality of the Interactive Visual Explorer for ATLAS Computing Metadata (p. 5032) |
| by Grigoryeva, Maria |
| Offline Software Management of the AMS experiment (p. 5033) |
| by Choutko, Vitali |
| Gentoo Prefix as a Physics Software Manager (p. 5036) |
| by Xu, Benda |
| Impact of different compilers and build types on Geant4 simulation execution time (p. 5037) |
| by Marcon, Caterina |
| Evolution of the LHCb Continuous Integration system (p. 5039) |
| by Currie, Robert |
| Knowledge sharing on deep learning in physics research using VISPA (p. 5040) |
| by Beer, Max |
| Raythena: a vertically integrated scheduler for ATLAS applications on heterogeneous distributed resources (p. 5042) |
| by Muškinja, Miha |
| NANOAOD: a new compact event data format in CMS (p. 6002) |
| by Ehataht, Karl |
| A New PyROOT: Modern, Interoperable and More Pythonic (p. 6004) |
| by Galli, Massimiliano |
| Minimal 4D Composite Higgs Models Under Current LHC Constraints (p. 6006) |
| by Carragher, Ethan |
| A Faster, More Intuitive RooFit (p. 6007) |
| by Hageböck, Stephan |
| Fast Inference for Machine Learning in ROOT/TMVA (p. 6008) |
| by Albertsson, Kim |
| CERN Analysis Preservation and Reuse Framework: FAIR research data services for LHC experiments (p. 6011) |
| by Fokianos, Pamfilos |
| Coffea: Columnar Object Framework For Effective Analysis (p. 6012) |
| by Smith, Nicholas |
| Identification of new long-lived particles using deep neural networks (p. 6013) |
| by Komm, Matthias |
| Evolution of the ATLAS analysis model for Run-3 and prospects for HL-LHC (p. 6014) |
| by Elmsheuser, Johannes |
| Likelihood preservation and statistical reproduction of searches for new physics (p. 6017) |
| by Feickert, Matthew |
| Machine Learning with ROOT/TMVA (p. 6019) |
| by Albertsson, Kim |
| The CMS approach to Analysis Preservation (p. 6020) |
| by Iglesias, Lara Lloret |
| Extreme Compression for Large Scale Data Store (p. 6024) |
| by Lauret, Jérôme |
| Faster RooFitting: Automated parallel calculation of collaborative statistical models (p. 6027) |
| by Bos, E G Patrick |
| The Scikit HEP Project -- overview and prospects (p. 6028) |
| by Rodrigues, Eduardo |
| Data Analysis using ALICE Run 3 Framework (p. 6032) |
| by Eulisse, Giulio |
| Optimising HEP parameter fits via Monte Carlo weight derivative regression (p. 6038) |
| by Valassi, Andrea |
| New Physics Agnostic Selections For New Physics Searches (p. 6039) |
| by Woźniak, Kinga Anna |
| Hybrid analysis pipelines in the REANA reproducible analysis platform (p. 6041) |
| by Rodríguez, Diego |
| Erratic server behavior detection using machine learning on streams of monitoring data (p. 7002) |
| by Adam, Martin |
| Achieving metric oriented load balancing (p. 7004) |
| by Canilho, Paulo |
| Standalone containers with ATLAS offline software (p. 7010) |
| by Borodin, Mikhail |
| A fully unprivileged CernVM-FS (p. 7012) |
| by Blomer, Jakob |
| Readying CERN for connected device era (p. 7015) |
| by Sierra, Rodrigo |
| The SIMPLE Framework for deploying containerized grid services (p. 7017) |
| by Sharma, Mayank |
| Large Elasticsearch cluster management (p. 7021) |
| by Saiz, Pablo |
| The NOTED software tool-set improves efficient network utilization for Rucio data transfers via FTS (p. 7022) |
| by Busse-Grawitz, Coralie |
| Abstracting container technologies and transfer mechanisms in the Scalable CyberInfrastructure for Artificial Intelligence and Likelihood Free Inference (SCAILFIN) project (p. 7023) |
| by Hurtado Anampa, Kenyi |
| Using Kubernetes as an ATLAS computing site (p. 7025) |
| by Barreiro Megino, Fernando Harald |
| WLCG Web Proxy Auto Discovery for Dynamically Created Web Proxies (p. 7026) |
| by Dykstra, David |
| Computing Activities at the Spanish Tier-1 and Tier-2s for the ATLAS experiment towards the LHC Run3 and High Luminosity (HL-LHC) periods (p. 7027) |
| by Gonzalez de la Hoz, Santiago |
| Pre-Commercial Procurement: R&D; as a Service for the European Open Science Cloud (p. 7028) |
| by Devouassoux, Marion |
| Designing a new infrastructure for ATLAS Online Web Services (p. 7030) |
| by Scannicchio, Diana |
| External Resources: Clouds and HPCs for the expansion of the ATLAS production system at the Tokyo regional analysis center (p. 7034) |
| by Kaneda, Michiru |
| Using HEP experiment workflows for the benchmarking and accounting of WLCG computing resources (p. 7035) |
| by Valassi, Andrea |
| Increasing interoperability for research clouds: CS3APIs for connecting sync&share; storage, applications and science environments (p. 7041) |
| by Labrador, Hugo González |
| ATLAS Sim@P1 upgrades during long shutdown two (p. 7044) |
| by Berghaus, Frank |
| IPv6-only networking on WLCG (p. 7045) |
| by Babik, Marian |
| ScienceBox Converging to Kubernetes containers in production for on-premise and hybrid clouds for CERNBox, SWAN, and EOS (p. 7047) |
| by Bocchi, Enrico |
| Managing the CERN Batch System with Kubernetes (p. 7048) |
| by Alvarez, Luis Fernandez |
| WLCG Dashboards with Unified Monitoring (p. 7049) |
| by Andrade, Pedro |
| Network Capabilities for the HL-LHC Era (p. 7051) |
| by Babik, Marian |
| Running ALICE Grid Jobs in Containers : A new approach to job execution for the next generation ALICE Grid framework(p. 7052) |
| by Storetvedt, Maxim |
| WLCG Networks: Update on Monitoring and Analytics (p. 7053) |
| by Babik, Marian |
| Trends in computing technologies and markets: The HEPiX TechWatch WG (p. 7056) |
| by Sciaba, Andrea |
| Preparing CERN Tier-0 data centres for LHC Run 3 (p. 7057) |
| by Bärring, Olof |
| The CMS DAQ Pinball Machine (p. 8001) |
| by Cornu, Cynthia |
| The IPPOG Resource Database: Making particle physics outreach & education available worldwide (p. 8002) |
| by Lapka, Marzena |
| Using CMS Open Data for education, outreach and software development (p. 8006) |
| by Wunsch, Stefan |
| Unplugged Computing for Children (p. 8007) |
| by Alandes Pradillo, Maria |
| A culture shift: transforming learning at CERN (p. 8010) |
| by Fiascaris, Maria |
| Rebuilding INSPIRE together with the HEP community (p. 8012) |
| by Christodoulaki, Stella |
| Dataset of tau neutrino interactions recorded by the OPERA experiment (p. 8013) |
| by De Lellis, Giovanni |
| Open data provenance and reproducibility: a case study from publishing CMS open data (p. 8014) |
| by Šimko, Tibor |
| Evolution of the CERNBox platform to support the Malt project (p. 8015) |
| by Labrador, Hugo González |
| Experience Finding MS Project Alternatives at CERN (p. 8017) |
| by Alandes Pradillo, Maria |
| eXtreme monitoring: CERN video conference system and audio-visual IoT device infrastructure (p. 8019) |
| by Aparicio, Ruben Gaspar |
| A Software Institute for Data-Intensive Sciences, Joining Computer Science Academia and Natural Science Research (p. 8020) |
| by Bird, Ian |
| ATLAS Open Data – Development of a simple-but-real HEP data analysis framework (p. 8023) |
| by Ould-Saada, Farid |
| The release of the 13 TeV ATLAS Open Data: using open education resources effectively (p. 8026) |
| by Serkin, Leonid |
| EVE-7 and FireworksWeb: The next generation event visualization tools for ROOT and CMS (p. 8027) |
| by Tadel, Matevz |
| Development of a Versatile, Full-featured Search Functionality for Indico (p. 8028) |
| by Constanta, Penelope |
| Integrating LHCb workflows on HPC resources: status and strategies (p. 9002) |
| by Stagni, Federico |
| Enabling ATLAS big data processing on Piz Daint at CSCS (p. 9005) |
| by Sciacca, Francesco Giovanni |
| Extension of the INFN Tier-1 on a HPC system (p. 9009) |
| by Boccali, Tommaso |
| Improvements in utilisation of the Czech national HPC center (p. 9010) |
| by Svatos, Michal |
| Large-scale HPC deployment of Scalable CyberInfrastructure for Artificial Intelligence and Likelihood Free Inference (SCAILFIN) (p. 9011) |
| by Hildreth, Michael |
| CMS strategy for HPC resource exploitation (p. 9012) |
| by Perez-Calero Yzquierdo, Antonio Maria |
| Particle Track Reconstruction with Quantum Algorithms (p. 9013) |
| by Tüysüz, Cenk |
| Accelerate Scientific Deep Learning Models on Heterogeneous Computing Platform with FPGA (p. 9014) |
| by Jiang, Chao |
| Migrating Engineering Windows HPC applications to Linux HTCondor and Slurm Clusters (p. 9016) |
| by Alandes Pradillo, Maria |
| Reconstruction of track candidates at the LHC crossing rate using FPGAs (p. 10001) |
| by Tuci, Giulia |
| Towards a Turnkey Software Stack for HEP Experiments (p. 10002) |
| by Sailer, André |
| The Acts project: track reconstruction software for HL-LHC and beyond (p. 10003) |
| by Gessinger, Paul |
| Let’s get our hands dirty: a comprehensive evaluation of DAQDB, key-value store for petascale hot storage (p. 10004) |
| by Abed Abud, Adam |
| GPU-based reconstruction and data compression at ALICE during LHC Run 3 (p. 10005) |
| by Rohr, David |
| The Evolution of Analysis Models for HL-LHC (p. 11001) |
| by Rizzi, Andrea |
| Real-time data analysis model at LHC and connections to other experiments and fields (p. 11005) |
| by Oyanguren, Arantza |
| Rucio beyond ATLAS: Experiences from Belle II, CMS, DUNE, EISCAT3D, LIGO/VIRGO, SKA, XENON (p. 11006) |
| by Lassnig, Mario |
| New Jet Feature Extraction and Topological Processor modules for ATLAS Phase-I Upgrade: from design to commissioning |
| by Kahra, Christian |
| 13 TeV ATLAS Open Data: Using open education resources effectively |
| by Serkin, Leonid |
| Adapting ATLAS@Home to trusted and semi-trusted resources |
| by Cameron, David |
| Improvements to ATLAS primary vertex reconstruction for LHC Run 3 |
| by Casper, David William |
| Designing a new infrastructure for ATLAS Online Web Services |
| by Scannicchio, Diana |
| Improvements in utilisation of the Czech national HPC center by ATLAS distributed computing |
| by Svatos, Michal |
| Concurrent data structures in the ATLAS offline software} |
| by Snyder, Scott |
| Likelihood preservation and statistical reproduction of searches for new physics |
| by Feickert, Matthew |
| An Information Aggregation and Analytics System for ATLAS Frontier. |
| by Formica, Andrea |
| ATLAS Event Store and I/O developments in support for Production and Analysis in Run 3 |
| by Nowak, Marcin |
| Concurrent conditions access across validity intervals in CMSSW |
| by Dagenhart, David |
| Computing Activities at the Spanish Tier-1 and Tier-2s for the ATLAS experiment towards the LHC Run3 and High Luminosity (HL-LHC periods) |
| by Gonzalez de la Hoz, Santiago |
| Deployment of containers on the diverse ATLAS infrastructure |
| by Forti, Alessandra |
| Fast simulation methods in ATLAS |
| by Raine, Johnny |
| Implementation and performances of a DPM federated storage and integration within the ATLAS environment |
| by Jezequel, Stephane |
| ATLAS Operational Monitoring Data Archival and Visualization |
| by Soloviev, Igor |
| FullSimLight: ATLAS standalone Geant4 simulation |
| by Bandieramonte, Marilena |
| FELIX: the new detector interface for ATLAS |
| by Panduro Vazquez, Jose Guillermo |
| Implementation of the ATLAS trigger within the multi-threaded AthenaMT framework |
| by Khoo, Teng Jian |
| Trigger level analysis technique in ATLAS for Run 2 and beyond |
| by Boveia, Antonio |
| Event-driven RDMA network communication in the ATLAS DAQ system with NetIO |
| by Schumacher, Jorn |
| Enabling ATLAS big data processing on Piz Daint at CSCS |
| by Sciacca, Francesco Giovanni |
| Multithreaded simulation for ATLAS: challenges and validation strategy |
| by Bandieramonte, Marilena |
| The ATLAS Hardware Track Trigger design towards first prototypes |
| by Boveia, Antonio |
| A deep neural network method for analyzing the CMS HGCal events |
| by Grasseau, Gilles Jean |
| The Performance of the Muon, Electron and Photon Trigger at ATLAS |
| by Safarzadeh Samani, Batool |
| The DIRAC interware |
| by Stagni, Federico |
| ATLAS Tile Calorimeter Conditions Database architecture and operations in Run-2 |
| by Smirnov, Yuri |
| Tile-in-One: An integrated system for data quality and conditions assessment for the ATLAS Tile Calorimeter |
| by Smirnov, Yuri |
| ATLAS Sim@P1 upgrades during long shutdown two |
| by Berghaus, Frank |
| Real-time data analysis model at the LHC and connections to other experiments & fields |
| by De Oyanguren Campos, Arantza |
| Reconstruction of track candidates at the LHC crossing rate using FPGAs |
| by Tuci, Giulia |
| Integration of custom DAQ Electronics in a SCADA Framework |
| by Granado Cardoso, Luis |
| LHCb Online migration to ISC Kea - The modern DHCP server |
| by Mohamed, Hristo Umaru |
| Allen: A High Level Trigger on GPUs for LHCb |
| by Vom Bruch, Dorothea |
| Allen: A software framework for the GPU High Level Trigger 1 of LHCb |
| by Campora Perez, Daniel Hugo |
| Using Graph Databases |
| by Hrivnac, Julius |
| Fast Simulations at LHCb |
| by Davis, Adam |
| Generative Adversarial Networks for LHCb Fast Simulation |
| by Ratnikov, Fedor |
| Gaussino a Gaudi-based core simulation framework |
| by Muller, Dominik |
| Evolution of the LHCb Continuous Integration system |
| by Currie, Robert Andrew |
| Configuring LHCb’s High Level Trigger |
| by Nolte, Niklas Stefan |
| Fast distributed compilation and testing of large C++ projects |
| by Matev, Rosen |
| Integrating LHCb workflows on HPC resources |
| by Stagni, Federico |
| Scalable monitoring data processing for the LHCb software trigger |
| by Petrucci, Stefano |
| Network simulation of a 40 MHz event building system for the LHCb experiment |
| by Pisani, Flavio |
| Sustainable software packaging for end users with conda |
| by Burr, Chris |
| Fast Calorimeter Simulation in ATLAS |
| by Gasiorowski, Sean Joseph |
| Deep Generative Models for Fast Shower Simulation with the ATLAS Experiment |
| by Raine, Johnny |
| Review of the 13 TeV ATLAS Open Data release |
| Evolution of the ATLAS analysis model for Run-3 and prospects for HL-LHC |
| by Elmsheuser, Johannes |
| Using OpenMP for HEP Framework Algorithm Scheduling |
| by Jones, Christopher Duncan |
| Managing the ATLAS Grid through Harvester |
| by Barreiro Megino, Fernando Harald |
| GPU Usage in ATLAS Reconstruction and Analysis |
| by Krasznahorkay, Attila |
| Harnessing the power of supercomputers using the PanDA Pilot 2 in the ATLAS Experiment |
| by Nilsson, Paul |
| Event Streaming Service for ATLAS Event Processing |
| by Guan, Wen |
| Enhancements in Functionality of the Interactive Visual Explorer for ATLAS Computing Metadata |
| by Grigoryeva, Maria |
| ATLAS Trigger and Data Acquisition Upgrades for the High Luminosity LHC |
| by Kopeliansky, Revital |
| Evaluation of the ATLAS model for remote access to database resident information for LHC Run 3 |
| by Gallas, Elizabeth |
| Large scale fine grain simulation workflows ("Jumbo Jobs") on HPC's |
| by Benjamin, Douglas |
| ATLAS Data Carousel |
| by Zhao, Xin |
| hls4ml: deploying deep learning on FPGAs for L1 trigger and Data Acquisition |
| by Duarte, Javier |
| Integration and Performance of New Technologies in the CMS Simulation |
| by Pedro, Kevin |
| Interaction Network for Jet Characterization at the LHC |
| by Pierini, M |
| Implementation of ATLAS Distributed Computing monitoring dashboards using InfluxDB and Grafana |
| by Beermann, Thomas Alfons |
| Fast Calorimeter Simulation in ATLAS |
| by Gasiorowski, Sean |
| ATLAS Public Web Pages |
| by Goldfarb, Steven |
| Using Kubernetes as an ATLAS computing site |
| by Barreiro Megino, Fernando Harald |
| The ATLAS EventIndex for LHC Run 3 |
| by Barberis, Dario |
| ATLAS public web site: evolution to Drupal 8 |
| by Goldfarb, Steven |
| Standalone containers with ATLAS offline software |
| by Borodin, Misha |
| Solution for GRID tools |
| by Haen, Christophe |
| ATLAS Level-1 Endcap Muon Trigger for Run 3 |
| by Mizukami, Atsushi |