Concepts and Technologies for Data Acquisition in Particle Physics Experiments

by Prof. Wolfgang Kuehn (JLU Giessen)

Friday 29 Nov 2019, 14:00 → 16:00 Asia/Shanghai

A511 (IHEP)

Abstract: Modern experiments at state-of-the art accelerator facilities often face significant challenges in data acquisition. These arise from requirements concerning event rates, frequently exceeding 107 Hz, with correspondingly large raw data volumes, conflicting with available long-term storage capacity and data processing resources. In many cases, physics driven event filtering can be applied to address this problem. This talk will discuss concepts and examples of solutions based on existing and emerging technologies. About the speaker: Prof. Wolfgang Kuehn Academic CV: 1995-present: University - Professor, Giessen University. 1991: Professeur Invitee, Laboratoire de Physique Corpusculaire, University Clermont-Ferrand, France 1988: Habilitation (Experimental Physics) Giessen University 1983-1995: Akademischer Rat (Senior Researcher), Giessen University 1981-1982: Postdoctoral Research Fellow, Argonne National Laboratory (Physics Division 1979-1981: Postdoctoral Research Associate Max-Planck-Institute for Nuclear Physics, Heidelberg 1979: Dr. rer. nat. U. of Heidelberg, Germany 1976: Diplom (Physik) U. of Cologne, Germany Other professional activities: 2015-present: Member of the Scientific Advisory Committee (Collaborative Research) at the German Ministry of Science and Education (BMBF) 2013-present: Associate Editor, IEEE Transactions in Nuclear and Plasma Science 2013-present: IEEE CANPS committee member (Computer Applications in Nuclear and Plasma Sciences) 2009-2012 Member CERN LHC Experiments Committee (LHCC) 1999-2002 Member CERN SPS and PS Experiments Committee (SPSC) 1996-2000 Acting Director, II. Physikalisches Institut 1992-1996 Spokesperson HADES Collaboration (GSI Darmstadt) Member BES III Collaboration, Belle II Collaboration, PANDA Collaboration

Slides PiFiCAS_small.pdf