In this paper, we present an extension of the synchronous language Quartz by new kinds of variables, actions and statements for modeling the interaction of synchronous systems with their continuous environment. We present an operational semantics of the obtained hybrid modeling language and moreover show how compilation algorithms that have been originally developed for synchronous languages can be extended to these hybrid programs. Thus, we can automatically translate the hybrid programs to compact symbolic representations of hybrid transition systems that can be immediately used for simulation and formal verification.
['Kerstin Bauer', 'Klaus Schneider']
From synchronous programs to symbolic representations of hybrid systems