E-E Kluge
Heidelberg University
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Archive | 2007
R Achenbach; U. Schäfer; D. Prieur; D. G. Charlton; C. N. P. Gee; I.P. Brawn; A. Neusiedl; E-E Woehrling; S. Hellman; J. N. Lilley; S. Tapprogge; P. Hanke; Hans-Christian Schultz-Coulon; E-E Kluge; W. Qian; R. Staley; J. Fleckner; A. R. Gillman; P. M. Watkins; Murrough Landon; K. Schmitt; E. Eisenhandler; P. Weber; M. C. Stockton; F. Föhlisch; Andrei; T. Trefzger; P.J.W. Faulkner; C. Bohm; S. B. Silverstein
The ATLAS first-level calorimeter trigger is a hard warebased system designed to identify high-p T jets, electron/photon and tau candidates, and to measure total and missing E T. The trigger consists of a Preprocessor system which digitises 7200 analogue inputs, and two digit al multicrate processor systems which find jets, measure en ergy sums, and identify localised energy deposits (electron/ph oton and tau candidates). In order to provide a trigger quic kly enough, the hardware is parallel and pipelined. Experience so far of the Jet/Energy-sum and Cluster Processor system production, commissioning, and integration into ATLAS will be described.
