Verification of Branch-Time Property Based on Dynamic Description Logic

The dynamic description logic DDL provides formalism for describing dynamic system in the semantic Web environment Model checking is a formal verification method based on state transition system. In this paper, we bring dynamic description logic into model checking. Firstly, state transition systems considered in model checking are modeled as complex actions in dynamic description logic. Secondly, a kind of temporal description logic DL-CTL is introduced to specify temporal properties on state transition systems, where DL-CTL is a DL-based extension of propositional branch-time temporal logic CTL. Finally, verification algorithm is presented with the help of reasoning mechanisms provided by description logic.

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Verification of Branch-Time Property Based on Dynamic Description Logic

Semantic Scholar · Computer Science · 2014

Abstract

The dynamic description logic DDL provides formalism for describing dynamic system in the semantic Web environment Model checking is a formal verification method based on state transition system. In this paper, we bring dynamic description logic into model checking. Firstly, state transition systems considered in model checking are modeled as complex actions in dynamic description logic. Secondly, a kind of temporal description logic DL-CTL is introduced to specify temporal properties on state transition systems, where DL-CTL is a DL-based extension of propositional branch-time temporal logic CTL. Finally, verification algorithm is presented with the help of reasoning mechanisms provided by description logic.

References (14)

11Intergrate Action Formalisms into Linear Temporal Description Logic. LTCS-Report 09-032009 · TU Dresden, Germany,
12EX rule: If (  EX ϕ 1 ) (i) and (AX  ϕ 1 ) (i)  ,let (AX  ϕ 1 ) (i) , and let (  ϕ 1 ) (i+1) in all possible branches at the next time point ,then remove (A X  ϕ 1 ) (i) , (  E Xϕ 1 ) (i)

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