8–11 Jul 2024
The University of Tokyo, Japan
Asia/Tokyo timezone

Towards production readiness with the Key4hep software stack for future colliders

10 Jul 2024, 14:20
20m
341 (Science building n.1)

341

Science building n.1

Oral presentation (remote) Software, Reconstruction, Computing Software, Reconstruction, Computing

Speaker

Thomas Madlener (Deutsches Elektronen-Synchrotron (DE))

Description

Physics studies for future colliders require a reliable software environment. For many years this has been delivered by iLCSoft for the linear collider communities. In the last five years a common effort of several communities, including ILC, CLIC, FCC and CEPC, have collaborated on the Key4hep software stack to deliver a common software stack for all future collider communities. This software stack has been used for physics studies already and is reaching production readiness.

This presentation an overview of the current status of Key4hep, giving special emphasis on the developments that are particularly relevant for the linear collider communities. We will show the seamless integration of existing reconstruction and analysis software that have been developed in the last 15 years by the linear collider communities. Additionally, we will lay out the path forward from a software perspective and report on experiences from migrating the standard ILD reconstruction chain towards Key4hep. Additionally, we show some new developments for ILD that are currently ongoing within Key4hep. Finally, we report on currently ongoing developments and future plans.

Primary authors

Andre Sailer (CERN) Benedikt Hegner (CERN) Brieuc Francois (CERN) Frank Gaede Gerardo Ganis (CERN) Graeme A Stewart (CERN) Huang Xingtao (Shandong University) Jiaheng Zou (Chinese Academy of Sciences) Juan Miguel Carceller (CERN) Juraj Smiesko (CERN) Leonhard Reichenbach (CERN / University of Bonn (DE)) Mateusz Jakub Fila (CERN) Sang Hyuon Ko (Seoul National University) Swathi Sasikumar (CERN) Tao Lin (IHEP) Teng Li (Shandong University) Thomas Madlener (Deutsches Elektronen-Synchrotron (DE)) Weidong Li (IHEP) Wenxing Fang (IHEP) Xiaomei Zhang (IHEP)

Presentation materials