International audienceThis article proposes a temporal and parametric specification language (ParTraP) developed for the verification of execution traces. The language extends specification patterns with nested scopes, real-time and first-order quantification over the data inside a JSON trace, while remaining pragmatic. Its design was directed by a case study in the medical field (computer aided surgery). The paper briefly presents the case study and details the design rationale, syntax and semantics of the language. The language has been implemented and several properties have been successfully evaluated over a corpus of 100 surgery traces
Runtime verification is a lightweight verification technique that checks whether an execution of a s...
Parametric trace expressions are a formalism expressly designed for parametric runtime verification ...
Efficient monitoring of parametric properties, in spite of increasingly growing interest thanks to a...
La vérification à l'exécution est une technique prometteuse pour améliorer la sûreté des systèmes co...
Runtime verification is a promising technique to improve the safety of complex systems. These system...
International audienceWe present ParTraP and its associated toolset, supporting a lightweight approa...
Abstract—This paper presents a technique for using execution traces to mine parametric temporal spec...
Abstract. This paper presents a technique for mining parametric temporal specifications from executi...
Abstract. Analysis of execution traces plays a fundamental role in many program analysis approaches....
From Springer Nature via Jisc Publications RouterHistory: accepted 2021-01-12, registration 2021-01-...
Mining formal specifications from program executions has numerous applications in software analysis,...
Mining formal specifications from program executions has numerous applications in software analysis,...
International audienceVerification is decisive for embedded software. The goal of this work is to ve...
AbstractA temporal verification method which is based upon partial order semantics of traces (Mazurk...
We propose a real-time extension to the patterns specification language of Dwyer et al. Our contribu...
Runtime verification is a lightweight verification technique that checks whether an execution of a s...
Parametric trace expressions are a formalism expressly designed for parametric runtime verification ...
Efficient monitoring of parametric properties, in spite of increasingly growing interest thanks to a...
La vérification à l'exécution est une technique prometteuse pour améliorer la sûreté des systèmes co...
Runtime verification is a promising technique to improve the safety of complex systems. These system...
International audienceWe present ParTraP and its associated toolset, supporting a lightweight approa...
Abstract—This paper presents a technique for using execution traces to mine parametric temporal spec...
Abstract. This paper presents a technique for mining parametric temporal specifications from executi...
Abstract. Analysis of execution traces plays a fundamental role in many program analysis approaches....
From Springer Nature via Jisc Publications RouterHistory: accepted 2021-01-12, registration 2021-01-...
Mining formal specifications from program executions has numerous applications in software analysis,...
Mining formal specifications from program executions has numerous applications in software analysis,...
International audienceVerification is decisive for embedded software. The goal of this work is to ve...
AbstractA temporal verification method which is based upon partial order semantics of traces (Mazurk...
We propose a real-time extension to the patterns specification language of Dwyer et al. Our contribu...
Runtime verification is a lightweight verification technique that checks whether an execution of a s...
Parametric trace expressions are a formalism expressly designed for parametric runtime verification ...
Efficient monitoring of parametric properties, in spite of increasingly growing interest thanks to a...