International audienceTESL addresses the specification of the temporal aspects of an architectural composition language that allows the composition of timed subsystems. TESL specifies the synchronization points between events and time scales. Methodologically, subsystems having potentially different models of execution are abstracted to their interfaces expressed in terms of timed events. In this paper, we present an operational semantics of TESL for constructing symbolic traces that can be used in an online-test scenario: the symbolic trace containing a set of constraints over time-stamps and occurrences of events is matched against concrete runs of the system. We present the operational rules for building symbolic traces and illustrate th...
The Symbolic Analysis Laboratory (SAL) is a set of tools for the specification, exploration, and ver...
Abstract. The fast growth in complexity of embedded and software en-abled systems requires for autom...
We introduce Symbolic Timed Automata, an amalgamation of symbolic transition systems and timed autom...
International audienceTESL addresses the specification of the temporal aspects of an architectural c...
International audienceVarious formalisms deal with time, and each of them has its own notion of time...
Abstract—We propose an extension of symbolic execution of distributed systems to test software parts...
International audienceMost relevant industrial modeling problems depict hetero-geneity issues when c...
Test synthesis (or test generation) can be described as follows: from a formal specification of an i...
Integrating components into systems turns out to be difficult when these components were designed ac...
International audienceEnsuring systems behave as they are expected is unavoidable in the context of ...
International audienceIn this paper, we study the semantics of a specification language for the coor...
International audienceReal-time and distributed systems are increasingly finding their way into crit...
International audienceRefining high-level system scenarios into executable models is often not autom...
International audienceWe propose an approach to test whether a system conforms to its specification ...
The Symbolic Analysis Laboratory (SAL) is a set of tools for the specification, exploration, and ver...
Abstract. The fast growth in complexity of embedded and software en-abled systems requires for autom...
We introduce Symbolic Timed Automata, an amalgamation of symbolic transition systems and timed autom...
International audienceTESL addresses the specification of the temporal aspects of an architectural c...
International audienceVarious formalisms deal with time, and each of them has its own notion of time...
Abstract—We propose an extension of symbolic execution of distributed systems to test software parts...
International audienceMost relevant industrial modeling problems depict hetero-geneity issues when c...
Test synthesis (or test generation) can be described as follows: from a formal specification of an i...
Integrating components into systems turns out to be difficult when these components were designed ac...
International audienceEnsuring systems behave as they are expected is unavoidable in the context of ...
International audienceIn this paper, we study the semantics of a specification language for the coor...
International audienceReal-time and distributed systems are increasingly finding their way into crit...
International audienceRefining high-level system scenarios into executable models is often not autom...
International audienceWe propose an approach to test whether a system conforms to its specification ...
The Symbolic Analysis Laboratory (SAL) is a set of tools for the specification, exploration, and ver...
Abstract. The fast growth in complexity of embedded and software en-abled systems requires for autom...
We introduce Symbolic Timed Automata, an amalgamation of symbolic transition systems and timed autom...