We study μHML (a branching-time logic with least and greatest fixpoints) from a runtime verification perspective. We establish which subset of the logic can be verified at runtime and define correct monitor-synthesis algorithms for this subset. We also prove completeness results wrt. these logical subsets that show that no other properties apart from those identified can be verified at runtime.peer-reviewe
This work is focused on the design of an algorithm for run-time verification over requirements given...
Ahstract:We give an cfticicnt procedure for verifying that a t%ute state concurrent systcm meets a s...
We propose a local proof system for LTL formalising deductions within the constraints of Runtime Ver...
Abstract. We study µHML (a branching-time logic with least and greatest fixpoints) from a runtime ve...
Runtime Verification is a quickly growing technique for providing many of the guarantees of formal v...
This article studies runtime verification of properties expressed either in lineartime temporal logi...
This paper studies runtime verification of properties expressed either in lineartime temporal logic ...
This article studies runtime verification of properties expressed either in lineartime temporal logi...
When monitoring a system w.r.t. a property defined in a temporal logic such as LTL, a major concern ...
Abstract. When monitoring a system wrt. a property defined in a temporal logic such as LTL, a major ...
In this talk we will present a study on how runtime verification (RV) algorithms can be given one co...
We propose a combined approach that permits automated formal verification to be spread across the pr...
In this paper, a uniform approach for synthesizing monitors checking correctness properties specifie...
Abstract. This tutorial presents an overview of the field referred as to runtime ver-ification. Runt...
We propose a combined approach that permits automated formal verification to be spread across the pr...
This work is focused on the design of an algorithm for run-time verification over requirements given...
Ahstract:We give an cfticicnt procedure for verifying that a t%ute state concurrent systcm meets a s...
We propose a local proof system for LTL formalising deductions within the constraints of Runtime Ver...
Abstract. We study µHML (a branching-time logic with least and greatest fixpoints) from a runtime ve...
Runtime Verification is a quickly growing technique for providing many of the guarantees of formal v...
This article studies runtime verification of properties expressed either in lineartime temporal logi...
This paper studies runtime verification of properties expressed either in lineartime temporal logic ...
This article studies runtime verification of properties expressed either in lineartime temporal logi...
When monitoring a system w.r.t. a property defined in a temporal logic such as LTL, a major concern ...
Abstract. When monitoring a system wrt. a property defined in a temporal logic such as LTL, a major ...
In this talk we will present a study on how runtime verification (RV) algorithms can be given one co...
We propose a combined approach that permits automated formal verification to be spread across the pr...
In this paper, a uniform approach for synthesizing monitors checking correctness properties specifie...
Abstract. This tutorial presents an overview of the field referred as to runtime ver-ification. Runt...
We propose a combined approach that permits automated formal verification to be spread across the pr...
This work is focused on the design of an algorithm for run-time verification over requirements given...
Ahstract:We give an cfticicnt procedure for verifying that a t%ute state concurrent systcm meets a s...
We propose a local proof system for LTL formalising deductions within the constraints of Runtime Ver...