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@gd{gnu,
word = {GNU},
definition = {classic recursive acronym, ``GNU's Not Unix''}
}
@gd{losa,
word = {LOSA},
definition = {List of Symbols or Abbreviations}
}
@gd{losahang,
word = {losahang},
definition = {The Graduate Office prefers that the symbol
descriptions are rigidly separated from the symbols themselves,
as you see in this list. Sometimes, if you have very long
symbols/abbreviations, you may need to make \texttt{\bs{}losahang}
bigger than its default value of 2cm. In this example,
thanks to the very long `neuromorphic engineering' ``symbol'', I
extended \texttt{\bs{}losahang} to 5cm using the command:
\texttt{\bs{}setlength\{\bs{}losahang\}\{5cm\}}. That is why this
``list of symbols'' facility should be limited to \textbf{symbols}
and \textbf{abbreviations}, which are short; use
\programname{gatech-thesis-gloss} for true glossaries. The
Graduate Office does not mention glossaries, but does mention the
List of Symbols or Abbreviations. However, this is not to imply
that you may not create a glossary if you wish; the \emph{old}
OGS style manual did mention a glossary or `List of Nomenclature'
along with the List of Symbols or Abbreviations.}
}
@gd{morphgrow,
word = {\oplus},
definition = {morphological growth operator}
}
@gd{PE,
word = {PE},
definition = {processing element}
}
@gd{neuroeng,
word = {neuromorphic engineering},
definition = {reverse engineering the information representation
used by neurobiology, and developing artificial systems that employ
these representations in their operation. The presence of this ``symbol''
in the list of symbols also demonstrates why you should use the
\programname{gatech-thesis-gloss} style for glossaries, and that long words
like ``neuromorphic engineering'' should appear \emph{there}, and not
\emph{here}. \emph{Here} is for \textbf{symbols} and \textbf{abbreviations}}
}
@gd{VLSI,
word = {VLSI},
definition = {Very Large Scale Integration or Integrated}
}
@gd{aVLSI,
word = {aVLSI},
definition = {analog VLSI}
}
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