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author | Carlo Zancanaro <carlo@carlo-laptop> | 2012-11-28 11:09:10 +1100 |
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committer | Carlo Zancanaro <carlo@carlo-laptop> | 2012-11-28 11:09:10 +1100 |
commit | 62d8d7011c339f9b192099b2fc6a6d2f567f0a4d (patch) | |
tree | 13dae8f7e7de727677450535288f90b4a30ba70d /tex/thesis/conclusion | |
parent | 839764bd955d2bddedb4a38ab1d4d92c797c56b9 (diff) |
Ahhh! Lots of things.
Diffstat (limited to 'tex/thesis/conclusion')
-rw-r--r-- | tex/thesis/conclusion/conclusion.tex | 32 |
1 files changed, 31 insertions, 1 deletions
diff --git a/tex/thesis/conclusion/conclusion.tex b/tex/thesis/conclusion/conclusion.tex index d28a84b..1f6c803 100644 --- a/tex/thesis/conclusion/conclusion.tex +++ b/tex/thesis/conclusion/conclusion.tex @@ -1,4 +1,34 @@ \chapter{Conclusion} \label{chap:conclusion} -The conclusion goes here. +In this thesis we have presented an enhancement on a game-theoretic +algorithm for efficiently solving systems of monotonic, expansive +equations for their least fixpoints. We implemented this algorithm in +C++ and evaluated its performance relative to the existing approach, +finding it to be significantly faster for practical instances of +equation systems. +We further have integrated our solver into the LLVM/Clang static +analysis framework to perform static analysis of C programs. We +implemented a translation from C programs into monotonic, expansive +equation systems to analyse C programs with abstract interpretation, +in the domain of zones. We have evaluated the results of this analysis +on a number of test cases to evaluate its precision. + +\section{Further work} + +There are still several areas in which the work of this thesis could +be improved upon: + +\begin{itemize} +\item + {\bf Refine variable dependencies} The enhanced DSI algorithm still + over approximates dependencies between variables to a slight + degree. Reducing this over approximation could result in a slight + improvement in the running time of the algorithm. +\item + {\bf Complete the implementation} The provided LLVM/Clang + integration is currently only at a proof-of-concept stage. Only a + subset of the C semantics are currently considered in the analysis + pass. There is significant work to be done to ensure that analysis + can be performed for all, or at least most, C code. +\end{itemize} |