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The Cms Object-Oriented Simulation

S. Abdoulline,N. Amapane,F. Ambroglini,P. Arce,S. Ashby,S. Banerjee,U. Berthon,T. Boccali,M. Case,C. Chariot,H. Cheung,T. Cox,N. Darmenov,A. De Roeck, X. Ding,S. Dutta,D. Elvira,F. Ferro,A. Giammanco,P. Govoni,O. Gutsche,X. Huang,V. Innocente,C. Jones,A. Kharchilava,P. Katsas,J. Kowalkowski,K. Lassila-Perini,S. Magni,P. Meridiani,F. Moortgat,A. Nikitenko,I. Osborne,M. Paterno,M. Pioppi,S. Piperov, N. Ratnokiva,A. Rizzi,E. Sexton-Kennedy,E. Shabalina,L. Silvestris,M. Spiropulu,M. Stavrianakou,W. Tanenbaum, J. Wen,T. Wildish,R. Wilkinson,S. Wynhoff,A. Yagil,J. Yarba,M. Zanetti,A. Zhokin

2005 IEEE NUCLEAR SCIENCE SYMPOSIUM CONFERENCE RECORD, VOLS 1-5（2005）

Cited 3|Views16
Key words
calorimeters,high energy physics instrumentation computing,object-oriented methods,particle calorimetry,position sensitive particle detectors,telescopes,4 tesla,CMS object oriented Geant4-based program,CMS object-oriented simulation,CMS offline software architecture,Castor calorimeter,LHC physics channels,Roman pots,SUSY scenarios,Totem telescopes,central CMS detector,electromagnetic shower parameterization,event data model,hadronic physics processes,large heavy ion events,luminosity monitor,particle tracking,test beam data,zero degree calorimeter
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