TeMP: A temporal monodic prover. First-Order Temporal Logic, FOTL, is an extension of classical first-order logic by temporal operators for a discrete linear model of time (isomorphic to ℕ, that is, the most commonly used model of time). Formulae of this logic are interpreted over structures that associate with each element n of ℕ, representing a moment in time, a first-order structure (D n ,I n ) with its own non-empty domain D n . In this paper we make the expanding domain assumption, that is, D n ⊆D m if n<m. The set of valid formulae of this logic is not recursively enumerable. However, the set of valid monodic formulae is known to be finitely axiomatisable.
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References in zbMATH (referenced in 11 articles )
Showing results 1 to 11 of 11.
- Song, Fu; Wu, Zhilin: On temporal logics with data variable quantifications: decidability and complexity (2016)
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- Fisher, Michael; Konev, Boris; Lisitsa, Alexei: Temporal verification of fault-tolerant protocols (2009)
- Ludwig, Michel; Hustadt, Ullrich: Fair derivations in monodic temporal reasoning (2009)
- Dixon, Clare: Using temporal logics of knowledge for specification and verification -- a case study (2006)
- Fisher, Michael: Implementing temporal logics: tools for execution and proof (2006)
- Horrocks, Ian; Voronkov, Andrei: Reasoning support for expressive ontology languages using a theorem prover (2006)
- Fernández-Gago, M.C.; Hustadt, U.; Dixon, C.; Fisher, M.; Konev, B.: First-order temporal verification in practice (2005)
- Konev, Boris; Degtyarev, Anatoli; Dixon, Clare; Fisher, Michael; Hustadt, Ullrich: Mechanising first-order temporal resolution (2005)
- Hustadt, Ullrich; Konev, Boris; Riazanov, Alexandre; Voronkov, Andrei: TeMP: A temporal monodic prover (2004)