Towards Model-Checking Probabilistic Timed Automata against Probabilistic Duration Properties
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Abstract
In this paper, we consider a subclass of Probabilistic Duration
 Calculus formula called Simple Probabilistic Duration Calculus
 (SPDC) as a language for specifying dependability requirements for
 real-time systems, and address the two problems: to decide if a
 probabilistic timed automaton satisfies a SPDC formula, and to
 decide if there exists a strategy of a probabilistic timed automaton
 satisfies a SPDC formula. We prove that the both problems are
 decidable for a class of SPDC called probabilistic linear duration
 invariants, and provide model checking algorithms for solving these
 problems.
 Calculus formula called Simple Probabilistic Duration Calculus
 (SPDC) as a language for specifying dependability requirements for
 real-time systems, and address the two problems: to decide if a
 probabilistic timed automaton satisfies a SPDC formula, and to
 decide if there exists a strategy of a probabilistic timed automaton
 satisfies a SPDC formula. We prove that the both problems are
 decidable for a class of SPDC called probabilistic linear duration
 invariants, and provide model checking algorithms for solving these
 problems.