Axiomatising the logic of computer programming

From MaRDI portal
Publication:1158956

zbMath0474.68045MaRDI QIDQ1158956

Robert Goldblatt

Publication date: 1982

Published in: Lecture Notes in Computer Science (Search for Journal in Brave)




Related Items (39)

A case study in the mechanical verification of fault toleranceA model existence theorem in infinitary propositional modal logicHyperboolean Algebras and Hyperboolean Modal LogicA dynamic logic of actionThe Countable Henkin PrincipleLogic of transition systemsInfinitary propositional normal modal logicLogics with group announcements and distributed knowledge: completeness and expressive powerA logical framework for evolving software systemsDynamic extensions of arrow logicNotes on logics of metric spacesPropositional quantification in logics of contingencyTo be announcedLogics for actor networks: a two-stage constrained-hybridisation approachDynamic modal logic with counting: when reduction axioms work and failBranching versus linear logics yet againSemantical analysis of specification logicUnnamed ItemUnnamed ItemDeterminism and non-determinism in PDLCoalition and relativised group announcement logicAxiomatizing fixpoint logicsGetting started: Beginnings in the logic of actionAction incompletenessLocal properties in modal logic‘KNOWABLE’ AS ‘KNOWN AFTER AN ANNOUNCEMENT’Group announcement logicMonadic bounded algebrasStrong completeness and limited canonicity for PDLTemporal Logics with Reference Pointers and Computation Tree LogicsErratum to: ``Strong completeness and limited canonicity for PDLAnnouncement as effort on topological spacesPDL with intersection of programs: a complete axiomatizationQuantifier-free epistemic term-modal logic with assignment operatorIs ``Some-other-time sometimes better than ``Sometime for proving partial correctness of programs?Modal logic with namesA Hybridization of Irreflexive Modal LogicsComplete Axiomatization of a Relative Modal Logic with Composition and IntersectionAn essay in combinatory dynamic logic




This page was built for publication: Axiomatising the logic of computer programming