receiving side, the sets of all cells are combined and possible duplicates
are removed. This information is enough to construct a new triangulation.
For sending/receiving, we apply consensus-based algorithms~\cite{hoefler2010scalable}, which
-we introduced into the library in release 9.2~\cite{dealII92}. Consensus-based
+we introduced into the library in release 9.2~\cite{dealII92} -- see
+also Section~\ref{sec:CA}. Consensus-based
algorithms are used also in \cite{ibanez2016pumi} for repartitioning.
In future releases, we plan to add support for repartitioning based on distributed graph
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\subsection{Improvements to unstructured communication}
+\label{sec:CA}
\todo[inline]{Wolfgang to write something about the CA algorithms (and to give
credit to the previous implementation by Peter).}
+Also reference Section~\ref{sec:repartitioning}.
+
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\subsection{Topic 7}