\begin{frame}[allowframebreaks]{group42}

\begin{enumerate}

     \item \textbf{Calculation Performance} \\
	Analyze the comparison algorithm based on different uses: different modelling, polling based on time, calculation on each action.
    \item \textbf{User Interface Study} \\
	Build several gesture based UIs and traditional point and click UIs and conduct a user study.  As patients may have injuries 
	imparing regular movement a major part of the UI will be to navigate the system in all cases.
    \item \textbf{Fitness for future} \\
	How well does the modelling and comparison algorithms scale with more complex exercises.  Examine level of accuracy vs. performance 
	for exercises requiring full and non linear body movement

    \item \textbf{unschool: Competition Mode} \\
    Allow two users who are doing the same set of exercises to compete against each other; the one performing the exercise more correctly win (not necessarily the one recovering better, since it may be subject to uncontrollable factors).
    Since it's known that winning in competition usually motivates the participants, it might help the users on their progresses.

    \item \textbf{gethomesafe: Verify correctness of exercise models} \\
        If we are not mistaken, during the in class demo, you mentioned that mathematical models would be used to describe each exercise. An idea would be to use Alloy to verify that each mathematical model generated for each exercise is correct.
\end{enumerate}

\end{frame}
