CIRC is a tool for automated inductive and coinductive theorem proving. It includes an engine based on circular coinduction, which makes CIRC particularly well-suited for proving behavioral properties of infinite data-structures. This paper presents the current status of the coinductive features of the CIRC prover, focusing on new features added over the last two years. The presentation is by examples, showing how CIRC can automatically prove behavioral properties.publishe
Coinduction is a proof rule. It is the dual of induction. It allows reasoning about non--well--foun...
Abstract: We argue for an algorithmic approach to behavioral proofs, review the hidden algebra appro...
Coalgebra has in recent years been recognized as the framework of choice for the treatment of reacti...
CIRC is a tool for automated inductive and coinductive theorem proving. It includes an engine based ...
Abstract. CIRC is an automated circular coinductive prover imple-mented as an extension of Maude. Th...
Coinductive proofs of behavioral equivalence often require human ingenuity, in that one is expected ...
Circular coinduction is a new technique for behavioral reasoning that extends coinduction to specif...
AbstractCIRC is an automated circular coinductive prover implemented as an extension of Maude. The m...
Several algorithmic variants of circular coinduction have been proposed and implemented during the l...
AbstractCoinduction (co-induction) is considered to be a standard method for verifications of behavi...
Coinduction is a method for specifying and reasoning about infinite data types and automata with inf...
Coinduction is a method for specifying and reasoning about infinite data types and automata with inf...
Abstract Circular coinductive rewriting is a new method for prov-ing behavioral properties, that com...
Coinduction is a mathematical tool that is used pervasively in computer science: to program and reas...
Theory exploration is a technique for automating the discovery of lemmas in formalizations of mathem...
Coinduction is a proof rule. It is the dual of induction. It allows reasoning about non--well--foun...
Abstract: We argue for an algorithmic approach to behavioral proofs, review the hidden algebra appro...
Coalgebra has in recent years been recognized as the framework of choice for the treatment of reacti...
CIRC is a tool for automated inductive and coinductive theorem proving. It includes an engine based ...
Abstract. CIRC is an automated circular coinductive prover imple-mented as an extension of Maude. Th...
Coinductive proofs of behavioral equivalence often require human ingenuity, in that one is expected ...
Circular coinduction is a new technique for behavioral reasoning that extends coinduction to specif...
AbstractCIRC is an automated circular coinductive prover implemented as an extension of Maude. The m...
Several algorithmic variants of circular coinduction have been proposed and implemented during the l...
AbstractCoinduction (co-induction) is considered to be a standard method for verifications of behavi...
Coinduction is a method for specifying and reasoning about infinite data types and automata with inf...
Coinduction is a method for specifying and reasoning about infinite data types and automata with inf...
Abstract Circular coinductive rewriting is a new method for prov-ing behavioral properties, that com...
Coinduction is a mathematical tool that is used pervasively in computer science: to program and reas...
Theory exploration is a technique for automating the discovery of lemmas in formalizations of mathem...
Coinduction is a proof rule. It is the dual of induction. It allows reasoning about non--well--foun...
Abstract: We argue for an algorithmic approach to behavioral proofs, review the hidden algebra appro...
Coalgebra has in recent years been recognized as the framework of choice for the treatment of reacti...