Parametric trace expressions are a formalism expressly designed for parametric runtime verification (RV) which has been introduced and successfully employed in the context of runtime monitoring of multiagent systems. Trace expressions are built on the general notion of event type, which allows them to be adopted in different contexts. In this paper we show how trace expressions can be used for conveniently specifying the expected behavior of a Java-like program to be monitored at runtime. Furthermore, we investigate the basic properties of the primitive operators on which trace expressions are coinductively defined in terms of a labeled transition system; this provides a basis for formal reasoning about equivalence of trace expressions and for adopting useful optimization techniques to speed up runtime verification.
Parametric trace expressions for runtime verification of Java-like programs / Ancona, Davide; Ferrando, Angelo; Franceschini, Luca; Mascardi, Viviana. - (2017), pp. 1-6. (Intervento presentato al convegno 19th Workshop on Formal Techniques for Java-Like Programs, FTfJP 2017 tenutosi a Barcellona, Spagna nel 20 giugno 2017) [10.1145/3103111.3104037].
Parametric trace expressions for runtime verification of Java-like programs
FERRANDO, ANGELO;
2017
Abstract
Parametric trace expressions are a formalism expressly designed for parametric runtime verification (RV) which has been introduced and successfully employed in the context of runtime monitoring of multiagent systems. Trace expressions are built on the general notion of event type, which allows them to be adopted in different contexts. In this paper we show how trace expressions can be used for conveniently specifying the expected behavior of a Java-like program to be monitored at runtime. Furthermore, we investigate the basic properties of the primitive operators on which trace expressions are coinductively defined in terms of a labeled transition system; this provides a basis for formal reasoning about equivalence of trace expressions and for adopting useful optimization techniques to speed up runtime verification.File | Dimensione | Formato | |
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