Abstract. This paper describes a loop invariant generator implemented in the theorem prover Vampire. It is based on the symbol elimination method proposed by two authors of this paper. The generator accepts a program written in a subset of C, finds loops in it, analyses the loops, generates and outputs invariants. It also uses a special consequence removal mode added to Vampire to remove invariants implied by other invariants. The generator is implemented as a standalone tool, thus no knowledge of theorem proving is required from its users.
Abstract. A general framework is presented for automating the discov-ery of loop invariants for impe...
Abstract. Most of the properties established during program verification are either invariants or de...
Abstract—Acceleration is a technique for summarising loops by computing a closed-form representation...
We describe symbol elimination and consequence finding in the first-order theorem prover Vampire for...
Abstract. It has recently been shown that proofs in which some symbols are colored (e.g. local or sp...
Abstract. Most of the properties established during program verification are either invariants or de...
In this paper we give a short introduction in first-order theorem provingand the use of the theorem ...
This paper describes a sound technique that combines the precision of theorem proving with the loop-...
AbstractWhereas the analysis of loops in imperative programs is, justifiably, dominated by the conce...
This paper aims to do two things. Firstly, it discusses how the VAMPIRE automatic theorem prover bot...
International audienceBy combining algorithmic learning, decision procedures, and predicate abstract...
AbstractEver since their introduction by Hoare in 1969, invariant assertions have, justifiably, play...
International audienceWe describe a system to prove properties of programs. The key feature of this ...
We present a framework for automating the discovery of loop invariants based upon failed proof atte...
Acceleration is a technique for summarising loops by computing a closed-form representation of the l...
Abstract. A general framework is presented for automating the discov-ery of loop invariants for impe...
Abstract. Most of the properties established during program verification are either invariants or de...
Abstract—Acceleration is a technique for summarising loops by computing a closed-form representation...
We describe symbol elimination and consequence finding in the first-order theorem prover Vampire for...
Abstract. It has recently been shown that proofs in which some symbols are colored (e.g. local or sp...
Abstract. Most of the properties established during program verification are either invariants or de...
In this paper we give a short introduction in first-order theorem provingand the use of the theorem ...
This paper describes a sound technique that combines the precision of theorem proving with the loop-...
AbstractWhereas the analysis of loops in imperative programs is, justifiably, dominated by the conce...
This paper aims to do two things. Firstly, it discusses how the VAMPIRE automatic theorem prover bot...
International audienceBy combining algorithmic learning, decision procedures, and predicate abstract...
AbstractEver since their introduction by Hoare in 1969, invariant assertions have, justifiably, play...
International audienceWe describe a system to prove properties of programs. The key feature of this ...
We present a framework for automating the discovery of loop invariants based upon failed proof atte...
Acceleration is a technique for summarising loops by computing a closed-form representation of the l...
Abstract. A general framework is presented for automating the discov-ery of loop invariants for impe...
Abstract. Most of the properties established during program verification are either invariants or de...
Abstract—Acceleration is a technique for summarising loops by computing a closed-form representation...