Add to ORKGA method is described for proving “always possibly ” properties of specifications in formalisms with linear-time trace semantics. It is shown to be relatively complete for TLA (Temporal Logic of Actions) specifications. Key words: Branching time, linear time, temporal logic
The aim of the present paper was to go deeper into the logics of time. By the formula of the classic...
Formal verification techniques such as theorem proving, runtime verification, and model checking hav...
We investigate extensions of CTL allowing to express quantitative requirements about an abstract not...
AbstractA method is described for proving “always possibly” properties of specifications in formalis...
Many temporal logics were suggested as branching time specification formalisms during the last 20 ye...
Temporal logic has developed over the last 30 years into a powerful formal setting for the specifica...
Two main areas of temporal logics are those of linear time and of branching time. Linear orders, tho...
In this paper we present a theory for reasoning about actions which is based on Dynamic Linear Time ...
This paper introduces (general) temporalized logic (similar to [6]) and discusses answers on these q...
We investigate the expressive power of linear-time and branching-time temporal logics as fragments o...
AbstractAn assumption/guarantee specification of a system consists of an assumption part, which spec...
Udgivelsesdato: MAYLinear Temporal Logic (LTL) has been widely used for specification and verificati...
AbstractMany temporal logics have been suggested as branching time specification formalisms during t...
AbstractWe investigate extensions of CTL allowing to express quantitative requirements about an abst...
In this paper, we investigate the power of extending first-order quantification over states to branc...
The aim of the present paper was to go deeper into the logics of time. By the formula of the classic...
Formal verification techniques such as theorem proving, runtime verification, and model checking hav...
We investigate extensions of CTL allowing to express quantitative requirements about an abstract not...
AbstractA method is described for proving “always possibly” properties of specifications in formalis...
Many temporal logics were suggested as branching time specification formalisms during the last 20 ye...
Temporal logic has developed over the last 30 years into a powerful formal setting for the specifica...
Two main areas of temporal logics are those of linear time and of branching time. Linear orders, tho...
In this paper we present a theory for reasoning about actions which is based on Dynamic Linear Time ...
This paper introduces (general) temporalized logic (similar to [6]) and discusses answers on these q...
We investigate the expressive power of linear-time and branching-time temporal logics as fragments o...
AbstractAn assumption/guarantee specification of a system consists of an assumption part, which spec...
Udgivelsesdato: MAYLinear Temporal Logic (LTL) has been widely used for specification and verificati...
AbstractMany temporal logics have been suggested as branching time specification formalisms during t...
AbstractWe investigate extensions of CTL allowing to express quantitative requirements about an abst...
In this paper, we investigate the power of extending first-order quantification over states to branc...
The aim of the present paper was to go deeper into the logics of time. By the formula of the classic...
Formal verification techniques such as theorem proving, runtime verification, and model checking hav...
We investigate extensions of CTL allowing to express quantitative requirements about an abstract not...