| CHEP 2024: Preface to the Proceedings (p. 1) |
| by Dziurda, Agnieszka |
| Evolution of the CERN Tape Archive Scheduling System (p. 1002) |
| by Guenther, Jaroslav |
| Challenges of repack in the era of the high-capacity tape cartridge (p. 1003) |
| by Afonso, João |
| Thoroughly testing and integrating hundreds of Pull Requests per month: ROOT’s new Cost-efficient and Feature Rich GitHub-based CI (p. 1006) |
| by Piparo, Danilo |
| Distributed Analysis in Production with RDataFrame (p. 1007) |
| by Czurylo, Marta |
| The ROOT Project at the end of Run 3 and towards HL-LHC (p. 1008) |
| by Piparo, Danilo |
| EDM4hep.jl: Analysing EDM4hep files with Julia (p. 1012) |
| by Mato, Pere |
| On-the-fly data set combinations with RNTuple (p. 1013) |
| by de Geus, Florine Willemijn |
| CMS FlashSim: End-to-end simulation with Machine Learning (p. 1014) |
| by Rizzi, Andrea |
| A Multi-Objective Optimization Tool for Track Reconstruction in CMS (p. 1015) |
| by Simone Rossi Tisbeni |
| Neural network clusterization for the ALICE TPC online computing (p. 1017) |
| by Sonnabend, Christian |
| Extending ALICE’s GPU tracking capabilities: Towards a comprehensive accelerated barrel reconstruction (p. 1019) |
| by Concas, Matteo |
| Madgraph on GPUs and vector CPUs: Towards production. The 5-year journey to the first LO release CUDACPP v1.00.00 (p. 1021) |
| by Valassi, Andrea |
| Whole-node scheduling in the ALICE Grid: Initial experiences and evolution opportunities (p. 1023) |
| by Bertran Ferrer, Marta |
| Low-latency AI for triggering on electrons at High Luminosity LHC with the CMS Level-1 hardware Trigger (p. 1026) |
| by Botta, Cristina |
| Migration of CADI to Fence (p. 1027) |
| by Imran, Muhammad |
| Enabling Alternative Architectures in the ALICE Grid (p. 1028) |
| by Storetvedt, Maxim |
| Unprivileged subdivision of job resources within the ALICE Grid (p. 1029) |
| by Storetvedt, Maxim |
| Development of machine-learning based app for anomaly detection in CMSWEB (p. 1031) |
| by Imran, Muhammad |
| Anomaly Detection in the CMS L1 Trigger (p. 1032) |
| by Quinnan, Melissa |
| Data Preservation in High Energy Physics: A more than ten years perspective (p. 1033) |
| by Diaconu, Cristinel |
| Direct I/O for RNTuple Columnar Data (p. 1034) |
| by Hahnfeld, Jonas |
| Leveraging distributed resources through high throughput analysis platforms for enhancing HEP data analyses (p. 1035) |
| by d’Onofrio, Adelina |
| Comparative efficiency of HEP codes across languages and architectures (p. 1036) |
| by Skipsey, Samuel Cadellin |
| Towards a GPU-enabled electron seeding algorithm in the CMS experiment (p. 1037) |
| by Koraka, Charis-Kleio |
| The git based ATLAS data acquisition configuration service in LHC Run 3 (p. 1038) |
| by Soloviev, Igor |
| Turning CephFS into a collaborative space with CERNBox (p. 1041) |
| by Lo Presti, Giuseppe |
| Performance of the ATLAS GNN4ITk Particle Track Reconstruction GPU pipeline (p. 1043) |
| by Poreba, Aleksandra |
| Implementation and Performance Analysis of the ALICE grid middleware JAliEn’s Job Optimizer (p. 1044) |
| by Reme-Ness, Haakon André |
| QDIPS: Deep Sets Network for FPGA investigated for high speed inference on ATLAS (p. 1045) |
| by Antel, Claire |
| ML-based classification in an open-source framework for the ALICE heavy-flavour analysis (p. 1049) |
| by Camerlingo, M T |
| Unified Experiment Monitoring (p. 1050) |
| by Ketele, Ewoud |
| Cold data support for the CERN Open Data Portal (p. 1051) |
| by Lopez, Jose Benito Gonzalez |
| ATLAS software tools to handle ROOT RNTuple (p. 1059) |
| by Rybkin, Grigori |
| Fast Jet Finding in Julia (p. 1067) |
| by Stewart, Graeme Andrew |
| Advancing Large-Scale Scientific Collaborations with Rucio (p. 1068) |
| by Labrador, Hugo González |
| R&D; towards heterogeneous frameworks for future experiments (p. 1069) |
| by Fila, Mateusz |
| Evaluating FPGA Acceleration with Intel ® oneAPI Toolkit for High-Speed Data Processing (p. 1070) |
| by Perro, Alberto |
| Prometheus-Powered Insight: Monitoring Koji’s performance (p. 1071) |
| by Fernandes, Marta Vila |
| Extending the Gaudi Software Framework outside of C++ (p. 1072) |
| by Clemencic, Marco |
| Archive Metadata for Efficient Data Collocation on Tape (p. 1073) |
| by Leduc, Julien |
| Facilitating Scientific Reproducibility and Interoperability through CWL Integration in the Dirac Grid Middleware (p. 1074) |
| by Boyer, Alexandre F |
| Architecting software applications in containerized environment for CMS data acquisition (p. 1075) |
| by Alawieh, Jaafar |
| Thread-safe N-tuple Writing in Gaudi with TTree and Migration to RNTuple (p. 1078) |
| by Taider, Silia |
| Improving overall GPU sharing and usage efficiency with Kubernetes (p. 1079) |
| by Diana, Gaponcic |
| Preliminary findings and recommendations from the Token Trust and Traceability Working Group (p. 1080) |
| by Doidge, Matt |
| The roles of the SCAB Nominations and Activities systems in the ATLAS-CERN speakers selection (p. 1086) |
| by Niklaus Moreira Da Rocha Rodrigues, Carolina |
| Enhancing product management in the ATLAS Management Glance team (p. 1088) |
| by Lemos Lucidi Pinhao, Gabriela |
| The evolution of the CMS@Home project (p. 1091) |
| by Fanzago, Federica |
| ATLAS usage of the Czech national HPC center: HyperQueue, cvmfsexec, and other news (p. 1095) |
| by Svatos, Michal |
| pip install ROOT: Experiences making a complex multilanguage package accessible for Python users (p. 1096) |
| by Padulano, Vincenzo Eduardo |
| Zero-overhead training of machine learning models with ROOT data (p. 1097) |
| by Padulano, Vincenzo Eduardo |
| Computing activities at the Spanish TIER-1 & TIER-2s for the ATLAS Experiment in the LHC Run-3 period and towards High Luminosity (p. 1098) |
| by Collado Soto, Pablo |
| Data Placement Optimization for ATLAS in a Multi-Tiered Storage System within a Data Center (p. 1102) |
| by Huang, Qiulan |
| Using the ATLAS experiment software on heterogeneous resources (p. 1104) |
| by Elmsheuser, Johannes |
| Optimisation of ATLAS computing resource usage through a modern HEP Benchmark Suite via HammerCloud and Big PanDA (p. 1105) |
| by Szczepanek, Natalia Diana |
| Performance studies for ATLAS workloads in many-core Grid and HPC environments (p. 1106) |
| by Sciacca, Gianfranco |
| Integrating the Perlmutter HPC system in the ALICE Grid (p. 1107) |
| by Weisz, Sergiu |
| Advancements in the in-file metadata system for the ATLAS experiment (p. 1109) |
| by Szymanski, Maciej Pawel |
| Advancing ATLAS DCS Data Analysis with a Modern Data Platform (p. 1110) |
| by Canali, Luca |
| A modular approach to software in ATLAS: Microservices framework and configuration database for ATLAS ITk (p. 1111) |
| by Schmeing, Jonas |
| Learning to Predict Network Paths: A Transformer Model with Confidence-Based Imputation (p. 1115) |
| by Vasileva, Petya |
| Infrastructure for deployment and evaluation of LHCb trigger configurations (p. 1116) |
| by Grazette, Luke |
| Geometric Graph Neural Network based track finding (p. 1125) |
| by Garcia, Dolores |
| The ATLAS Tile Calorimeter Software Tools for Data Quality Monitoring (p. 1127) |
| by Suchy, Daniel |
| Optimizing cut-based algorithms to specific physics acceptance regions (p. 1128) |
| by Huber, Benjamin |
| EDM4hep - The common event data model for the Key4hep project (p. 1131) |
| by Carceller, Juan Miguel |
| OMS Data Aggregation and Management in the CMS Experiment (p. 1132) |
| by Alawieh, Jaafar |
| Evaluating a File-Based Event Builder to enhance the Data Acquisition in the CMS Experiment (p. 1136) |
| by Alawieh, Jaafar |
| ML-based classification of photons and neutral mesons for Pb–Pb collisions recorded by ALICE (p. 1137) |
| by Nath, Abhishek |
| Experience with the alpaka performance portability library in the CMS software (p. 1141) |
| by Alawieh, Jaafar |
| Adapting to Change: A look at the evolution of ALICE’s Quality Control framework (p. 1143) |
| by Konopka, Piotr |
| Reconstruction in Key4hep using Gaudi (p. 1145) |
| by Carceller, Juan Miguel |
| Building the Key4hep Software Stack with Spack (p. 1146) |
| by Carceller, Juan Miguel |
| Prévessin Data Centre Powers Up (p. 1148) |
| by Dupuis, Max |
| The End of an Era: Termination of the Meyrin Data Centre Console Service (p. 1149) |
| by Davies, Joel Murray |
| Recent Experience with the CMS Data Management System (p. 1151) |
| by Ozturk, Hasan |
| ATLAS ITk Production Database use and tools (p. 1152) |
| by Wielers, Monika |
| ALICE Event Display from the legacy ROOT-based visualization to the web-based application (p. 1153) |
| by Myrcha, Julian Wojciech |
| ROOT RNTuple implementation in Julia programming language (p. 1154) |
| by Ling, Jerry |
| BuSca: A Buffer Scanner at HLT1 to detect LLPs beyond the SM at LHCb (p. 1161) |
| by Kholoimov, Valerii |
| Taking on RISC for Energy-Efficient Computing in HEP (p. 1163) |
| by Simili, Emanuele |
| CppInterOp: Advancing Interactive C++ for High Energy Physics (p. 1165) |
| by Jomy, Aaron |
| Benchmarking massively-parallel Analysis Grand Challenge workflows using Snakemake and REANA (p. 1168) |
| by Donadoni, Marco |
| CMS Token Transition (p. 1170) |
| by Bockelman, Brian |
| Anomaly detection for data quality monitoring of the Muon system at CMS (p. 1174) |
| by Buonsante, Marco |
| Enhancing XRootD Load balancing for High-Throughput transfers (p. 1177) |
| by Thomas, Jyothish |
| Primary vertex time reconstruction using the LHCb ringimaging Cherenkov detectors (p. 1178) |
| by Keizer, F |
| WLCG transition from X.509 to Tokens: Progress and Outlook (p. 1179) |
| by Dack, Thomas |
| TrackHHL: A Quantum Computing Algorithm for Track Reconstruction at the LHCb (p. 1181) |
| by Chiotopoulos, Xenofon |
| Benchmark Studies of Machine Learning Inference using SOFIE (p. 1183) |
| by Moneta, Lorenzo |
| FEROCE: Front-End RDMA Over Converged Ethernet, a lightweight RoCE endpoint (p. 1184) |
| by Bortolato, Gabriele |
| Data Challenge 2024 - CMS activities (p. 1185) |
| by Wissing, Christoph |
| traccc: GPU track reconstruction library for HEP experiments (p. 1187) |
| by Gessinger, Paul |
| R&D Adoption and Progress in Full Simulation of the CMS experiment (p. 1193) |
| by Srimanobhas, Norraphat |
| ATLAS WLCG Data Challenge 2024 planning and implementation (p. 1196) |
| by Forti, Alessandra |
| An implementation of the parallelized General Triplet Track Fit for GPUs (p. 1196) |
| by Dittmeier, Sebastian |
| Efficient and fast container execution using image snapshotters (p. 1197) |
| by Fatouros, Max |
| FPGA Implementation of the General Triplet Track Fit (p. 1198) |
| by Tastepe, Kadir |
| Advanced monitoring capabilities of the CMS Experiment for LHC Run3 and beyond (p. 1206) |
| by Legger, Federica |
| GPU-friendly surface model for Monte-Carlo detector simulations (p. 1207) |
| by Diederichs, Severin |
| Orchestrated columnar-based analysis with columnflow (p. 1218) |
| by Frahm, Mathis |
| SkimROOT: Accelerating LHC Data Filtering with Near- Storage Processing (p. 1225) |
| by Batsoyol, Narangerelt |
| Hardware acceleration for next-to-leading order event generation within MadGraph5_aMC@NLO (p. 1230) |
| by Wettersten, Zenny |
| LHCb Open Data Ntupling Service: On-demand production and publishing of custom LHCb Open Data (p. 1231) |
| by Aidala, Christine |
| LHCb Stripping Project: Continuing to Fully and Efficiently Utilize Legacy Data (p. 1237) |
| by Grieser, Nathan |
| The new hardware trigger processor at NA62 experiment: Status of the System and First Results (p. 1252) |
| by Ammendola, Roberto |
| CVMFS: Pushing performance on highly parallel, manycore clients (p. 1254) |
| by Promberger, Laura |
| LbMCSubmit: Streamlined production and submission of LHCb MC requests (p. 1258) |
| by Burr, Chris |
| Versioning of the DD4hep-based LHCb Detector Description (p. 1259) |
| by Xu, Menglin |
| Towards an IPv6-only WLCG: More successes in reducing IPv4 (p. 1260) |
| by Attebury, Garhan |
| A Comprehensive Bandwidth Testing Framework for the LHCb Upgrade Trigger System (p. 1261) |
| by Grazette, Luke |
| Julia in HEP (p. 1266) |
| by Stewart, Graeme Andrew |
| A point library for the fast simulation of the LHCb calorimeter (p. 1267) |
| by Kholodenko, Sergei |
| Running version control systems and continuous integration to fulfil CERN and LHC experiments needs (p. 1276) |
| by Trobo, Ismael Posada |
| Adaptive Hough Transform for Charged Particles Tracking at the LHC (p. 1278) |
| by Bold, Tomasz |
| AccGPT: A CERN Knowledge Retrieval Chatbot (p. 1279) |
| by Rehm, Florian |
| FPGA-RICH: A low-latency, high-throughput online partial particle identification system for the NA62 experiment (p. 1280) |
| by Perticaroli, Pierpaolo |
| Global Networking Challenges for the Coming Decade (p. 1284) |
| by Martelli, Edoardo |
| Open Data at ATLAS : bringing TeV collisions to the World(p. 1293) |
| by Guerrieri, Giovanni |
| Recent Updates to the Popular ATLAS Virtual Visit Programme (p. 1295) |
| by Pham, Joni |
| Energy-efficient graph-based algorithm for tracking at the HL-LHC (p. 1301) |
| by Torres, Heberth |
| Monitoring particle accelerators with wireless IoT (p. 1303) |
| by Sierra, Rodrigo |
| Status of the Geant4 models for nuclear de-excitation (p. 1305) |
| by Chalyi, Nikita |
| A technical overview of industry-science R&D; projects for the High Luminosity LHC under CERN openlab (p. 1307) |
| by Atzori, Luca |
| Toward a CXL Memory Lake Architecture for Level-1 Data Scouting at CMS (p. 1308) |
| by Miotto, Giovanna Lazzari |
| Ending the analogue telephony era (p. 1309) |
| by Sierra, Rodrigo |
| Real-time pattern recognition with FPGA at LHCb, an O($n$) complexity architecture (p. 1311) |
| by Lazzari, Federico |
| Accelerating CMS Matrix-Element Event Generation for Drell-Yan and Top Pair Production with Madgraph4GPU (p. 1315) |
| by Choi, Jin |
| bamboo - A high-level HEP analysis library for ROOT::RDataFrame: An analysis example with the CMS NanoAOD format (p. 1316) |
| by Lidrych, Jindrich |
| New RooFit PyROOT interfaces for connections with Machine Learning (p. 1321) |
| by Rembser, Jonas |
| ROOT RNTuple and EOS: The Next Generation of Event Data I/O (p. 1324) |
| by Blomer, Jakob |
| Hardware technology trends in HEP computing (p. 1325) |
| by Sciabà, Andrea |
| WLCG Data Challenge 24 (p. 1327) |
| by Ellis, Katherine V |
| A Proposal for Integrating IPbus ALFRED into the ALICE- FIT setup (p. 1328) |
| by Roslon, Krystian |
| FTS3 Token Support for a Proxy-less WLCG World (p. 1329) |
| by Patrascoiu, Mihai |
| Ceph at CERN in the multi-datacentre era (p. 1331) |
| by Goggin, Zachary |
| S3 Compatibility: Enabling seamless integration with EOS, CERN’s Large Scale Disk Storage System (p. 1334) |
| by Peters, Andreas Joachim |
| WLCG Operations: Evolution and Challenges on the Way to HL-LHC (p. 1335) |
| by Andreeva, Julia |
| The neXt Dirac incarnation (p. 1336) |
| by Stagni, Federico |
| Advancements and Operations for LHC Run-3 and beyond (p. 1337) |
| by Amadio, Guilherme |
| Next-Gen Storage Infrastructure for ALICE (p. 1338) |
| by Peters, Andreas Joachim |
| Physics Data Forge: Unveiling the Power of I/O Systems in CERNs Test Infrastructure (p. 1339) |
| by Amadio, Guilherme |
| Carbon, Power, and Sustainability in ATLAS Computing (p. 1344) |
| by Marshall, Zach |
| The First Release of ATLAS Open Data for Research (p. 1345) |
| by Marshall, Zach |
| ATLAS HL-LHC Demonstrators with Data Carousel: Data-on-Demand and Tape Smart Writing (p. 1350) |
| by Borodin, Mikhail |
| Optimizing the ATLAS Geant4 detector simulation (p. 1351) |
| by Morgan, Benjamin |
| Towards an experiment-independent toolkit for fast calorimeter simulation - From ATLAS to future HEP detectors (p. 1354) |
| by Beirer, Joshua Falco |
| AtlFast3: Fast Simulation in ATLAS for LHC Run 3 and Beyond (p. 1355) |
| by Corchia, Federico Andrea |
| Diving into large-scale congestion with NOTED as a network controller and machine learning-based traffic forecasting (p. 1356) |
| by Schneider, Elisabetta |
| Scitags: A Standardized Framework for Traffic Identification and Network Visibility in Data-Intensive Research Infrastructures (p. 1357) |
| by Attebury, Garhan |
| A Pilot Analysis Facility at CERN: Architecture, Implementation and First Evaluation (p. 1360) |
| by Castro, Diogo |
| itwinai: Enabling Scalable AI Workflows on HPC for Digital Twins in Science (p. 1361) |
| by Bunino, Matteo |
| Improvements of the GPU Processing Framework for ALICE (p. 1362) |
| by Rohr, David |
| Open Data at ATLAS: Bringing TeV collisions to the World (ATL-SOFT-PROC-2025-013) |
| by Guerrieri, Giovanni |
| ATLAS analysis workflows using the EventIndex and the Event Picking Server for massive event picking and enhanced processing |
| by Barberis, Dario |
| The First Release of ATLAS Open Data for Research |
| by Marshall, Zach |
| QDIPS: Deep Sets Network for FPGA investigated for high speed inference on ATLAS |
| by Antel, Claire |
| AthXRT: Centralized FPGA Management for Accelerated Algorithms in Athena |
| by Berthet, Quentin |
| Online track reconstruction with graph neural networks on FPGAs for the ATLAS experiment |
| by Dittmeier, Sebastian |
| An implementation of Neural Simulation-Based Inference for Parameter Estimation in ATLAS |
| Computational Performance of the ATLAS ITk GNN Track Reconstruction Pipeline |
| Evolution of Regional, Age and Gender Demographics in the ATLAS Collaboration |
| by Watts, Gordon |
| Operating the 200 Gbps IRIS-HEP Demonstrator for ATLAS |
| by Gardner Jr, Robert William |
| Integration of the Goettingen HPC cluster Emmy to the WLCG Tier-2 centre GoeGrid and performance tests |
| by Polisetty, Uday Saidev |
| Modernizing ATLAS PanDA for a sustainable multi-experiment future |
| by Korchuganova, Tatiana |
| AthenaTriton: A Tool for running Machine Learning Inference as a Service in Athena |
| by Chou, Yuan-Tang |
| Evolution of the ATLAS TDAQ online software framework towards Phase-II upgrade: use of Kubernetes as an orchestrator of the ATLAS Event Filter computing farm |
| by Corso Radu, Alina |
| Integration of the ACTS track reconstruction toolkit in the ATLAS software for HL-LHC operations |
| by Varni, Carlo |
| Kalman filter for muon reconstruction in the CMS Phase-2 endcap calorimeter |
| by Matthewman, Mark |
| Operational experience from the Spanish CMS Analysis Facility at CIEMAT |
| by Cardenas-Montes, M |
| Exploiting Kubernetes to Simplify the Deployment and Management of the Multi-purpose CMS Pilot Job Factory |
| by Mascheroni, Marco |
| Building a Columnar Analysis Demonstrator for ATLAS PHYSLITE Open Data using the Python Ecosystem |
| by Feickert, Matthew |
| Impact of RNTuple on Storage Resources for ATLAS Production |
| by Nowak, Marcin |
| Common Analysis Tools in CMS |
| by Lange, Clemens |
| The ATLAS Tile Calorimeter Software Tools for Data Quality Monitoring |
| by Suchy, Daniel |
| Evolution of the ATLAS event data model for the HL-LHC |
| by Snyder, Scott |
| Building a Columnar Analysis Demonstrator for ATLAS PHYSLITE Open Data using the Python Ecosystem |
| by Feickert, Matthew |
| GPU Acceleration and EDM Developments for the ATLAS 3D Calorimeter Clustering in the Software Trigger |
| by Dos Santos Fernandes, Nuno |
| Advancements in the ATLAS Fast Chain for HL-LHC: Towards Efficient MC Production |
| by Tsai, Fang-Ying |
| AtlFast3: Fast Simulation in ATLAS for LHC Run 3 and beyond |
| by Corchia, Federico Andrea |
| Supporting the development of Machine Learning for fundamental science in a federated Cloud with the AI_INFN platform |
| by Anderlini, Lucio |
| Enhancing software-hardware co-design for HEP by low-overhead profiling of single- and multi-threaded programs on diverse architectures with Adaptyst |
| by Graczyk, Maksymilian |
| Updates of the ATLAS High-Level Trigger in Run 3 |
| by Przygoda, Witold Wojciech |
| The git based ATLAS data acquisition configuration service in LHC Run 3 |
| by Soloviev, Igor |
| Towards an experiment-independent toolkit for fast calorimeter simulation |
| by Beirer, Joshua Falco |
| AthXRT: Centralized FPGA Management for Accelerated Algorithms in Athena |
| by Berthet, Quentin |
| Leveraging the Run 3 experience for the evolution of the ATLAS software-based readout towards HL-LHC |
| by Kolos, Serguei |
| Commissioning and exploitation of the MareNostrum5 cluster at the Barcelona Supercomputing Center for CMS computing |
| by Delgado Peris, Antonio |
| A simplified configuration for common algorithms for ATLAS analysis |
| by Lambert, Joseph Earl |
| Online track reconstruction with graph neural networks on FPGAs for the ATLAS experiment |
| by Dittmeier, Sebastian |
| Heterogeneous reconstruction of hadronic particle flow clusters with the Alpaka Portability Library |
| by Bocci, Andrea |
| Refining Jets for CMS Run 3 using Fast Simulation |
| by Boncukcu, Dorukhan |
| Tuning the CMS Coffea-casa facility for 200 Gbps Challenge |
| by Albin, Sam |
| ML-based Adaptive Prefetching and Data Placement for US HEP Systems |
| by Karanam, Venkat Sai Suman Lamba |
| Data discovery, analysis and reproducibility in Virtual Research Environments |
| by García García, Enrique |
| Towards Machine-Learning Particle Flow with the ATLAS Detector at the LHC |
| by Clissa, Luca |
| Development of an FPGA based track reconstruction pipeline for the ATLAS Event Filter |
| by Abidi, Haider |
| Investigating Data Access Models for ATLAS: A Case Study with FABRIC Across Borders and ServiceX |
| by Vukotic, Ilija |
| Enhancements and resource optimisations for ATLAS use of HammerCloud |
| by Lory, Alexander |
| Future of Scheduling in Athena |
| by Stanislaus, Beojan |
| AthenaTriton: A Tool for running Machine Learning Inference as a Service in Athena |
| by Chou, Yuan-Tang |
| Machine Learning Inference in Athena with ONNXRuntime |
| by Ju, Xiangyang |
| Optimizing the database architecture for metadata in preparation for ATLAS Run 4 |
| by Odier, Jerome |
| Enhancements and resource optimisations for ATLAS use of HammerCloud |
| by Lory, Alexander |
| CMS Level-1 Data Scouting for High-Luminosity LHC |
| by Sieder, Leah-louisa |
| A modular approach to software in ATLAS: Microservices framework and configuration database for ATLAS ITk |
| by Schmeing, Jonas |
| The ATLAS Trigger System |
| by Merlassino, Claudia |
| AdePT - Enabling GPU electromagnetic transport with Geant4 |
| by Apostolakis, John |
| Performance of the ATLAS GNN4ITk Particle Track Reconstruction GPU pipeline |
| by Poreba, Aleksandra |
| ATLAS Qualification Interface Refactoring Strategy |
| by Loureiro Cruz, Ana Clara |
| Streamlining ATLAS Monte Carlo Generator Validation with PAVER |
| by Schmidt, Mustafa Andre |
| Optimizing the ATLAS metadata database architecture in preparation for High Luminosity LHC |
| by Odier, Jerome |
| Exploiting GPU Resources at VEGA for CMS Software Validation |
| by Spiga, Daniele |
| Updating the software description of the ATLAS Detector |
| by Bandieramonte, Marilena |
| Geometry Simplification Methods for Virtual Reality Applications |
| by Jones, Roger |
| Adoption of ROOT RNTuple for the next main event data storage technology in the ATLAS production framework Athena |
| by Nowak, Marcin |
| Total Cost of Ownership and Evaluation of Google Cloud Resources for the ATLAS Experiment at the LHC |
| by Merino Arevalo, Gonzalo |
| Leveraging the Run 3 experience for the evolution of the ATLAS software-based readout towards HL-LHC |
| by Kolos, Serguei |
| The Glance project common infrastructure dependencies upgrade from the ATLAS Glance perspective |
| by Goes Afonso, Pedro Henrique |
| The Future of Scheduling in Athena on HPCs |
| by Stanislaus, Beojan |
| Containerization in the ATLAS Offline Code Management System |
| by Undrus, Alexander |
| The ATLAS Glance Qualification system’s refactoring strategy |
| by Niklaus Moreira Da Rocha Rodrigues, Carolina |
| Enhancing product management in the ATLAS Management Glance team |
| by Lemos Lucidi Pinhao, Gabriela |
| The roles of the SCAB Nominations and Activities systems in the ATLAS-CERN speakers selection |
| by Niklaus Moreira Da Rocha Rodrigues, Carolina |
| Advancements in the ATLAS Fast Chain for HL-LHC: Towards Efficient MC Production |
| by Tsai, Fang-Ying |
| New approaches for fast and efficient graph construction on CPU, GPU and heterogeneous architectures for the ATLAS event reconstruction |
| by Collard, Christophe |
| ATLAS analysis workflows using the EventIndex and the Event Picking Server for massive event picking and enhanced processing |
| by Barberis, Dario |
| Investigating Data Access Models for ATLAS: A Case Study with FABRIC Across Borders and ServiceX |
| by Vukotic, Ilija |
| ATLAS HL-LHC Demonstrators with Data Carousel: Data-on-Demand and Tape Smart Writing |
| by Borodin, Misha |
| ATLAS usage of the Czech national HPC center: HyperQueue, cvmfsexec, and other news |
| by Svatos, Michal |
| Optimization of distributed compute resources utilization in the CMS Global Pool |
| by Mascheroni, Marco |
| A simplified configuration for common algorithms for ATLAS analysis |
| by Lambert, Joseph Earl |
| Updating the software description of the ATLAS Detector |
| by Bianchi, Riccardo Maria |
| Optimization of ATLAS computing resource usage through a modern HEP Benchmark Suite via HammerCloud and PanDA |
| by Szczepanek, Natalia Diana |
| Advancements in the in-file metadata system for the ATLAS experiment |
| by Szymanski, Maciej Pawel |
| Modernizing ATLAS PanDA for a sustainable multi-experiment future |
| by Maeno, Tadashi |
| Optimal use of timing measurement in vertex reconstruction at CMS |
| by De Leo, Ksenia |
| Performance studies for ATLAS workloads in many-core Grid and HPC environments |
| by Sciacca, Gianfranco |
| Using the ATLAS experiment software on heterogeneous resources |
| by Elmsheuser, Johannes |
| Data Placement Optimization for ATLAS in a Multi-Tiered Storage System within a Data Center |
| by Huang, Qiulan |
| Recent Advances in the GAN-based Fast Calorimeter Simulation of the ATLAS Experiment |
| by Corchia, Federico Andrea |
| Integration of the ACTS track reconstruction toolkit in the ATLAS software for HL-LHC operations |
| by Varni, Carlo |
| Parameter Estimation in ATLAS with Neural Simulation-Based Inference |
| by Ghosh, Aishik |
| Towards Machine-Learning Particle Flow with the ATLAS Detector at the LHC |
| by Clissa, Luca |
| Carbon, Power, and Sustainability in ATLAS Computing |
| by Marshall, Zach |
| Integration of the Goettingen HPC cluster Emmy to the WLCG Tier-2 centre GoeGrid and performance tests |
| by Polisetty, Uday Saidev |
| High Performance Graph Segmentation for ATLAS GNN Track Reconstruction |
| by Murnane, Daniel Thomas |
| ATLAS software tools to handle ROOT RNTuple |
| by Mete, Alaettin Serhan |
| Improving Computational Performance of ATLAS GNN Track Reconstruction Pipeline |
| by Lazar, Alina |
| Adoption of ROOT RNTuple for the next main event data storage technology in the ATLAS production framework Athena |
| by Nowak, Marcin |
| Building Scalable Analysis Infrastructure for ATLAS |
| by Gardner Jr, Robert William |
