Real-Time Pulse Shape Analysis with DSP for the Jet Type Drift Chambers of OBELIX at LEAR
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F. Balestra | S. Bossolasco | M.P. Bussa | L. Fava | L. Ferrero | R. Garfagnini | A. Grasso | A. Lanaro | A. Maggiora | D. Panzieri | G. Piragino | L. Santi | F. Tosello | G. Zosi | A. Lanaro | A. Grasso | G. Piragino | A. Maggiora | L. Bussa | F. Balestra | R. Garfagnini | L. Santi | F. Balestra | A. Lanaro | G. Zosi | F. Tosello | L. Fava | L. Ferrero | D. Panzieri | L. Fava | L. Ferrero | G. Piragino | G. Zosi | L. Santi | S. Bossolasco | M.P. Bussa | A. Grasso | M. Bussa | R. Garfagnini | A. Maggiora | S. Bossolasco | L. Bussa
[1] L. O. Hertzberger,et al. Computing in high energy physics , 1986 .
[2] G. Maron,et al. The VME based OBELIX TOF on-line system , 1990 .
[3] F. Goozen,et al. The central tracking detectors for D , 1989 .
[4] Alberto Negro,et al. A VME multiprocessor system for online data analysis of nuclear physics experiments , 1990 .
[5] G. Maron,et al. Data acquisition system for intermediate energy nuclear experiments , 1989 .
[6] Dorothee Schaile,et al. A simultaneous hit finding and timing method for pulse shape analysis of drift chamber signals , 1986 .