FRANCESCHINI L.

No description

Runtime verification (RV) is an effective technique for dynamically monitoring, even after deployment, properties that could be hardly verified statically. To this aim, specification formalims for RV have to reconcile expressive power and monitoring efficiency. We present an event calculus which provides a basis for the semantics and the...

Recently, robotic applications have been seeing widespread use across industry, often tackling safety-critical scenarios where software reliability is paramount. These scenarios often have unpredictable environments and, therefore, it is crucial to be able to provide assurances about the system at runtime. In this paper, we introduce...