This paper presents a verification framework that is parametric in a (trusted) operational semantics of some programming language. The underlying proof system is language-independent and consists of eight proof rules. The proof system is proved partially correct and relatively complete (with respect to the programming language configuration model). To show its practicality, the generic framework is instantiated with a fragment of C and evaluated with encouraging results.unpublishednot peer reviewe
Formal deductive verification aims at proving the correctness of programs via logical deduction. How...
This paper proposes a logic for programming languages, which is both simple and expressive, to serve...
This paper presents a nine-rule *language-independent* proof system that takes an operational sema...
This paper presents a verification framework that is parametric in a (trusted) operational semantics...
Matching logic reachability has been recently proposed as an alternative program verification appro...
AbstractThis paper presents MatchC, a matching logic reachability verifier using the K framework. K ...
Matching logic allows to specify structural properties about program configurations by means of spe...
We describe a novel approach to program verification and its application to verification of C progra...
Recent years have seen a renewed interest in the area of deductive program verification, with focus ...
International audienceProving programs correct is hard. During the last decades computer scientists ...
Matching logic has been recently proposed as an alternative program verification approach. Unlike ...
Rewriting logic semantics (RLS) is a definitional framework in which a programming language is defi...
International audienceReachability Logic (RL) is a formalism for defining the operational semantics ...
This paper presents a language-independent proof system for reachability properties of programs writ...
We present language-independent formal methods that are parameterized by the operational semantics o...
Formal deductive verification aims at proving the correctness of programs via logical deduction. How...
This paper proposes a logic for programming languages, which is both simple and expressive, to serve...
This paper presents a nine-rule *language-independent* proof system that takes an operational sema...
This paper presents a verification framework that is parametric in a (trusted) operational semantics...
Matching logic reachability has been recently proposed as an alternative program verification appro...
AbstractThis paper presents MatchC, a matching logic reachability verifier using the K framework. K ...
Matching logic allows to specify structural properties about program configurations by means of spe...
We describe a novel approach to program verification and its application to verification of C progra...
Recent years have seen a renewed interest in the area of deductive program verification, with focus ...
International audienceProving programs correct is hard. During the last decades computer scientists ...
Matching logic has been recently proposed as an alternative program verification approach. Unlike ...
Rewriting logic semantics (RLS) is a definitional framework in which a programming language is defi...
International audienceReachability Logic (RL) is a formalism for defining the operational semantics ...
This paper presents a language-independent proof system for reachability properties of programs writ...
We present language-independent formal methods that are parameterized by the operational semantics o...
Formal deductive verification aims at proving the correctness of programs via logical deduction. How...
This paper proposes a logic for programming languages, which is both simple and expressive, to serve...
This paper presents a nine-rule *language-independent* proof system that takes an operational sema...