Changeset 6542


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Timestamp:
02/16/05 17:54:51 (20 years ago)
Author:
gaug
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*** empty log message ***
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1 edited

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  • trunk/MagicSoft/TDAS-Extractor/MAGIC_signal_reco.tex

    r6471 r6542  
    3535%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
    3636\title{Comparison of Signal Reconstruction Algorithms for the MAGIC Telescope}
    37 \author{H. Bartko, O. Blanch, M. Gaug, A. Moralejo, \\
     37\author{H. Bartko, M. Gaug, A. Moralejo, \\
    3838N. Sidro, W. Wittek}
    3939\date{Month dd, 2004\\}
     
    4646%% abstract %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
    4747\begin{abstract}
    48 Presently MAGIC uses a 300~MHz FADC system to sample the Cherenkov signals.
    49 In this note different algorithms to reconstruct the signal from the read out samples
     48Presently, the MAGIC telescope uses a 300~MHz FADC system to sample the transmitted and shaped signals from
     49the captured Cherenkov light of air showers.
     50In this note. different algorithms to reconstruct the signal from the read out samples
    5051are described and compared. Criteria for comparison are defined and used to judge the
    5152different extractors applied to calibration signals, cosmics and pedestals. At the end,
    52 a best extractor is proposed. The question
    53 of pedestal calculation for the different extractors is adressed.
     53a digital filter fitting the signal over four FADC slices is proposed as the best extractor.
     54The question of pedestal calculation for the different extractors is adressed. The digital filter
     55is used to extract and fit single photo-electron pulses from the night sky background.
    5456\end{abstract}
    5557
    5658%% contents %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
    57 \thetableofcontents
    5859\newpage
     60\tableofcontents
    5961
    6062%% body %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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