-The question whether this novel approach to programming tiered systems also reduces the develop grief is answered in \cref{prt:tvt}.
-This episode presents a four-way qualitatively and quantitatively comparison of the following systems:
-\begin{enumerate*}
- \item \gls{PRS}, a tiered system based on resource-rich edge devices powered by \gls{PYTHON};
- \item \gls{PWS}, a tiered system based on resource-constrained edge devices by \gls{MICROPYTHON};
- \item \gls{CRS}, a tierless system based on resource-rich edge devices powered by \gls{ITASK};
- \item \gls{CWS}, a tierless system based on resource-constrained edge devices powered by \imtask{}.
-\end{enumerate*}
+The \gls{MTASK} system show that it is possible to program edge devices of a \gls{IOT} systems using \gls{TOP}.
+Furthermore, when used together with \gls{ITASK}, entire \gls{IOT} systems can be programmed tierlessly.
+The question whether this novel approach to programming tiered systems also reduces the \gls{IOT} develop grief is answered in \cref{prt:tvt}.
+This episode presents a four-way qualitative and quantitative comparison of the following systems:
+\gls{PRS}, a tiered system based on resource-rich edge devices powered by \gls{PYTHON};
+\gls{PWS}, a tiered system based on resource-constrained edge devices by \gls{MICROPYTHON};
+\gls{CRS}, a tierless system based on resource-rich edge devices powered by \gls{ITASK};
+\gls{CWS}, a tierless system based on resource-constrained edge devices powered by \gls{MTASK}.