Program verification has seen a lot of progress, but its still unable to automatically find proofs for industry programs. This paper builds on data-driven approaches from previous work [11] to provide a more robust automatic prover for programs with non-linear loop invariants. It does so by attempting to find the correct kernel for the relation that makes the invariant linear. This is an easy addition to existing systems and can be used with any data-driven approach, allowing it to be easily implemented on top of them. By finding a suitable kernel, many difficult non-linear invariants are easily found.Undergraduat
Picture a world where you can ask questions about a piece of code and have tools that automatically ...
Acceleration is a technique for summarising loops by computing a closed-form representation of the l...
Abstract—Loop invariants play a major role in program verifi-cation. Though various techniques have ...
10 pagesLoop invariants play a major role in program verification and drastically speed up processes...
Provably correct software is one of the key challenges in our software-driven society. Program verif...
Verifiers that can prove programs correct against their full functional specification require, for p...
Formal program verification faces two problems. The first problem is related to the necessity of hav...
We consider the problem of automatically verifying programs that manipulate a dynamic heap, maintain...
From Springer Nature via Jisc Publications RouterHistory: registration 2020-04-23, online 2020-05-18...
Abstract—Acceleration is a technique for summarising loops by computing a closed-form representation...
We present a framework for automating the discovery of loop invariants based upon failed proof atte...
The verification of programs offers great advantages for developers and users, because we can rely o...
Abstract. Most of the properties established during program verification are either invariants or de...
We describe an iterative algorithm for mechanically deriving loop invariants for the purpose of prov...
We describe an iterative algorithm for mechanically deriving loop invariants for the purpose of prov...
Picture a world where you can ask questions about a piece of code and have tools that automatically ...
Acceleration is a technique for summarising loops by computing a closed-form representation of the l...
Abstract—Loop invariants play a major role in program verifi-cation. Though various techniques have ...
10 pagesLoop invariants play a major role in program verification and drastically speed up processes...
Provably correct software is one of the key challenges in our software-driven society. Program verif...
Verifiers that can prove programs correct against their full functional specification require, for p...
Formal program verification faces two problems. The first problem is related to the necessity of hav...
We consider the problem of automatically verifying programs that manipulate a dynamic heap, maintain...
From Springer Nature via Jisc Publications RouterHistory: registration 2020-04-23, online 2020-05-18...
Abstract—Acceleration is a technique for summarising loops by computing a closed-form representation...
We present a framework for automating the discovery of loop invariants based upon failed proof atte...
The verification of programs offers great advantages for developers and users, because we can rely o...
Abstract. Most of the properties established during program verification are either invariants or de...
We describe an iterative algorithm for mechanically deriving loop invariants for the purpose of prov...
We describe an iterative algorithm for mechanically deriving loop invariants for the purpose of prov...
Picture a world where you can ask questions about a piece of code and have tools that automatically ...
Acceleration is a technique for summarising loops by computing a closed-form representation of the l...
Abstract—Loop invariants play a major role in program verifi-cation. Though various techniques have ...