Added reference to PyGTK and added daemon implementation to conclusions.

docs/report.bib

@@ -252,3 +252,9 @@
 	title = "{Hash map}"
 }
 
+@misc{PyGTK,
+	author = "{The PyGTK Team}",
+	note = "\url{http://www.pygtk.org/}",
+	title = "{PyGTK}"
+}
+

docs/report.tex

@@ -821,9 +821,10 @@ the entire touch surface. The output of the application can be seen in figure
 \label{sec:testapp}
 
 The second test application uses the GIMP toolkit (GTK+) \cite{GTK} to create
-its user interface. Since GTK+ defines a main event loop that is started in
-order to use the interface, the architecture implementation runs in a separate
-thread.
+its user interface. The PyGTK library \cite{PyGTK} is used to address GTK+
+functions in the Python application. Since GTK+ defines a main event loop that
+is started in order to use the interface, the architecture implementation runs
+in a separate thread.
 
 The application creates a main window, whose size and position are synchronized
 with the root event area of the architecture. The synchronization is handled
@@ -997,9 +998,11 @@ use explicit detection. Also, the modularity of this design allows extension of
 the set of supported gestures. Section \ref{sec:testapp} demonstrates this
 extendability.
 
-% TODO: Daemon implementatie
-
-% TODO: terugkomen op resultaten uit testimplementatie
+A true generic architecture should provide a communication interface that
+provides support for multiple programming languages. A daemon implementation as
+described by section \ref{sec:daemon} is an example of such in interface. With
+this feature, the architecture can be used in combination with a wide range of
+application frameworks.
 
 \chapter{Suggestions for future work}
 \label{chapter:futurework}