The main cost of this approach will probably be extra complexity in the
compiler: The paths (state) data can take become very non-trivial, and it
-is probably hard to properly analyze these paths and produce the intended VHDL
-description.
+is probably hard to properly analyze these paths and produce the
+intended \VHDL description.
\section{Multiple cycle descriptions}
In the current Cλash prototype, every description is a single-cycle
These options should be explored further to see if they provide feasible
methods for describing don't care conditions. Possibly there are completely
other methods which work better.
+
+\section{Correctness proofs of the normalization system}
+As stated in \in{section}[sec:normalization:properties], there are a
+number of properties we would like to see verified about the
+normalization system. In particular, the \emph{termination} and
+\emph{completeness} of the system would be a good candidate for future
+research. Specifying formal semantics for the Core language in
+order to verify the \emph{soundness} of the system would be an even more
+challenging task.
+% vim: set sw=2 sts=2 expandtab: