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Model Checking Games for CTL

Martin Lange

Open publisher page 6 citations

Abstract

We define model checking games for the temporal logic CTL ∗ and prove their correctness. They provide a technique for using model checking interactively in a ver-ification/specification process. Their main feature is to construct paths in a transition system stepwise. That enables them to be the basis for a local model checking algo-rithm with a natural notion of justification. However, this requires configurations of a game to contain sets of formulas. Moreover, an additional structure on these sets, called focus, has to be used to guarantee correctness. 1

About this research paper

What this paper is about

We define model checking games for the temporal logic CTL ∗ and prove their correctness. They provide a technique for using model checking interactively in a ver-ification/specification process. Their main feature is to construct paths in a transition system stepwise. That enables them to be the basis for a local model checking algo-rithm with a natural notion of justification. However, this requires configurations of a game to contain sets of formulas. Moreover, an additional structure on these sets, called focus, has to be used to guarantee correctness. 1

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OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

We define model checking games for the temporal logic CTL ∗ and prove their correctness. They provide a technique for using model checking interactively in a ver-ification/specification process. Their main feature is to construct paths in a transition system stepwise. That enables them to be the basis for a local model checking algo-rithm with a natural notion of justification. However, this requires configurations of a game to contain sets of formulas. Moreover, an additional structure on these sets, called focus, has to be used to guarantee correctness. 1

Key concepts: Correctness, Model checking, Construct (python library), Computer science, Temporal logic, CTL*, Theoretical computer science, Focus (optics)

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