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12/22/04 23:53:01 (20 years ago)
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gaug
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  • trunk/MagicSoft/TDAS-Extractor/Criteria.tex

    r5244 r5689  
    22
    33\subsection{Resolution (amplitude and time)}
    4 \ldots {\it In this section, the jitter to exactly identical input pulses is measured, for times, amplitudes,
    5 high-gain and low-gain pulses
     4\ldots {\textit In this section, the jitter to exactly identical input pulses is measured, for times, amplitudes,
     5high-gain and low-gain pulses }
    66\begin{itemize}
    77\item Jitter to pulpo pulses  \ldots Hendrik
    … …  
    1111\item Derive the time jitter to calibration pulses \ldots Maxim ???
    1212\end{itemize}
    13 }
    1413
    1514\subsection{Bias}
    16 \ldots {\it In this section, the bias of the extractor for low and high intensities is defined and measured
     15\ldots {\textit In this section, the bias of the extractor for low and high intensities is defined and measured }
    1716\begin{itemize}
    1817\item Bias to pedestals (of different intensity) \ldots Hendrik
    1918\item Comparing MC signal with and w/o noise of different intensity \ldots Nuria
    2019\end{itemize}
    21 }
    2220
    2321\subsection{Signal to Noise}
    24 \ldots {\it In this section, the signal to noise of an extractor is determined, for times and amplitudes
    25 \newline \ldots Maxim ???, Thomas ???
    26 }
     22\ldots {\textit In this section, the signal to noise of an extractor is determined, for times and amplitudes
     23\newline \ldots Maxim ???, Thomas ???}
    2724
    2825\subsection{Stability}
    29 \ldots {\it In this section, the stability of an extractor to slightly varying pulse shapes is examined.
     26\ldots {\textit In this section, the stability of an extractor to slightly varying pulse shapes is examined. }
    3027\begin{itemize}
    3128\item Stability w.r.t. different weights files \ldots Hendrik
    … …  
    3431\item Stability w.r.t. the calibration secondary pulses \ldots Hendrik ???
    3532\end{itemize}
    36 }
    3733
    3834\subsection{Linearity}
    39 \ldots {\it In this section, the Nuria plots are examined \newline \ldots Nuria
     35\ldots {\textit In this section, the Nuria plots are examined \newline \ldots Nuria}
    4036
    4137\subsection{Treatment of calibration pulses}
    42 \ldots {\it In this section, the question of the different pulse shapes between calibration pulses, its
     38\ldots {\textit In this section, the question of the different pulse shapes between calibration pulses, its
    4339secondary pulses, possible secondary pulses from hadronic showers and the typical Cherenkov
    4440pulses are extracted by the different extractors and typical dependencies examined, like the
    … …  
    4743
    4844\subsection{Low gain extraction}
    49 \ldots {\it In this section, the stability of the low-gain extraction w.r.t. the high-gain extraction is
     45\ldots {\textit In this section, the stability of the low-gain extraction w.r.t. the high-gain extraction is
    5046examined. Useful plots are still to be defined.
    5147\newline \ldots Arnau ????}
    5248
    5349\subsection{Applicability for different sampling speeds / no pulse shaping.}
    54 \ldots {\it In this section, some comments of Hendrik will be made}
     50\ldots {\textit In this section, some comments of Hendrik will be made}
    5551
    5652\subsection{CPU requirements}
    57 \ldots {\it In this section, the needed CPU time is measured for each extractor independently
    58 \newline \ldots ALL (after all)}
     53\ldots {\textit In this section, the needed CPU time is measured for each extractor independently }
     54\newline \ldots {\textit ALL (after all)}
    5955
    6056
    … …  
    6258%%% mode: latex
    6359%%% TeX-master: "MAGIC_signal_reco"
    64 %%% TeX-master: "MAGIC_signal_reco"
    6560%%% End:
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