Update date in MATPOWER software citation.

docs/src/MOST-manual/MOST-manual.tex

@@ -1532,7 +1532,7 @@ \subsubsection{{\tt sd} -- Storage Data ({\tt StorageData})}
 \subsubsection{{\tt contab} -- Contingency Table}
 \label{sec:contab}
 
-The optional \code{contab} argument is a contingency table with a master set of contingencies used for security throughout entire horizon. It is a matrix in the form of a \emph{change table} recognized by \code{apply\_changes}, described in Section~\ref{MUM-sec:apply_changes} in the \mum{}. The probabilities defined in this contingency table correspond to the conditional probabilities $\psi_0^{tjk}$ of contingency~$k$ occuring conditioned on being in base scenario~$j$. While the \md{} (\code{md}) itself allows for contingencies to be defined independently for all scenarios and time periods, \code{loadmd} applies a single set of contingencies and conditional probabilities (single \code{contab}) to all.
+The optional \code{contab} argument is a contingency table with a master set of contingencies used for security throughout the entire horizon. It is a matrix in the form of a \emph{change table} recognized by \code{apply\_changes}, described in Section~\ref{MUM-sec:apply_changes} in the \mum{}. The probabilities defined in this contingency table correspond to the conditional probabilities $\psi_0^{tjk}$ of contingency~$k$ occuring conditioned on being in base scenario~$j$. While the \md{} (\code{md}) itself allows for contingencies to be defined independently for all scenarios and time periods, \code{loadmd} applies a single set of contingencies and conditional probabilities (single \code{contab}) to all.
 
 \clearpage
 
@@ -3495,7 +3495,7 @@ \subsubsection*{Incompatible Changes}
 \doi{10.1109/TPWRS.2010.2051168}
 
 \bibitem{matpower}
-R.~D. Zimmerman, C.~E. Murillo-S{\'a}nchez (2022). \matpower{}\\~
+R.~D. Zimmerman, C.~E. Murillo-S{\'a}nchez (2024). \matpower{}\\~
 [Software]. Available: \url{https://matpower.org}\\
 \doi{10.5281/zenodo.3236535}