Add to ORKGIn this Technical Report we provide the proof to Theorem 1 which appears in our forthcoming article "Three-Valued Bounded Model Checking with Cause-Guided Abstraction Refinement", to appear in the journal: Science of Computer Programming. Due to shortage of page-space the proof cannot be printed in the journal article itself. In the forthcoming journal article, wherein Theorem 1 will appear, a literature reference will point the readers to this Technical Report for the proof
Abstract. A method of automatic abstraction is presented that uses proofs of unsatisfiability derive...
Usually, abstract model checking is not strongly preserving: it may well exist a temporal specificat...
Abstraction refinement-based model checking has become a standard approach for efficiently verifying...
We present a technique for verifying concurrent software systems via SAT-based three-valued bounded ...
Three-valued models, in which properties of a system are either true, false or unknown, have recentl...
This article describes the implementation of the rst (to our best knowledge) multi-valued model-chec...
Three-valued model checking has been proposed to support verification when some portions of the mode...
In this article, we revise our constraint-based abstraction refinement technique for checking tempor...
Three-valued abstraction is an established technique in software model checking. It proceeds by gene...
This work extends the abstraction-refinement paradigm based on 3-valued logics to the setting of pro...
Nowadays computer systems have become ubiquitous. Most of the resources in the development of such s...
Abstract We present an abstraction refinement algorithm for model checking of safety properties that...
AbstractThis paper investigates both the precision and the model checking efficiency of abstract mod...
Part 6: Modelling and OptimizationInternational audienceAbstraction in model checking is the most ef...
This paper investigates both the precision and the model checking efficiency of abstract models desi...
Abstract. A method of automatic abstraction is presented that uses proofs of unsatisfiability derive...
Usually, abstract model checking is not strongly preserving: it may well exist a temporal specificat...
Abstraction refinement-based model checking has become a standard approach for efficiently verifying...
We present a technique for verifying concurrent software systems via SAT-based three-valued bounded ...
Three-valued models, in which properties of a system are either true, false or unknown, have recentl...
This article describes the implementation of the rst (to our best knowledge) multi-valued model-chec...
Three-valued model checking has been proposed to support verification when some portions of the mode...
In this article, we revise our constraint-based abstraction refinement technique for checking tempor...
Three-valued abstraction is an established technique in software model checking. It proceeds by gene...
This work extends the abstraction-refinement paradigm based on 3-valued logics to the setting of pro...
Nowadays computer systems have become ubiquitous. Most of the resources in the development of such s...
Abstract We present an abstraction refinement algorithm for model checking of safety properties that...
AbstractThis paper investigates both the precision and the model checking efficiency of abstract mod...
Part 6: Modelling and OptimizationInternational audienceAbstraction in model checking is the most ef...
This paper investigates both the precision and the model checking efficiency of abstract models desi...
Abstract. A method of automatic abstraction is presented that uses proofs of unsatisfiability derive...
Usually, abstract model checking is not strongly preserving: it may well exist a temporal specificat...
Abstraction refinement-based model checking has become a standard approach for efficiently verifying...