AbstractPath reduction is a well-known technique to alleviate the state-explosion problem incurred by explicit-state model checking, its key idea being to store states only at predetermined breaking points. This paper presents an adaptation of this technique which detects breaking points on-the-fly during state-space generation. This method is especially suitable for the detection of breaking points in systems where static analyses yield coarse over-approximations. We evaluate the effectiveness of this technique by applying it to binary code verification
We present an iterative technique in which model checking and static analysis are combined to verify...
It is essential to ensure the correctness of software systems, especially for large and safety-criti...
. An on-the-fly algorithm for model checking under fairness is presented. The algorithm utilizes sym...
AbstractThis paper describes the application of two abstraction techniques, namely dead variable red...
Explicit-state model checking is a formal software verification technique that differs from peer rev...
Model checking is a technique for finding errors in systems and algorithms. The tech nique requires ...
We reduce the state explosion problem in automatic verification of finite-state systems by automatic...
AbstractOn-the-fly verification consists in analysing the correctness of a finite-state concurrent s...
AbstractThe sweep-line method exploits intrinsic progress in concurrent systems to alleviate the sta...
The success of software verification depends on the ability to find a suitable abstraction of a pro...
Abstract. State explosion in model checking continues to be the primary obstacle to widespread use o...
Abstraction refinement-based model checking has become a standard approach for efficiently verifying...
Model checking has been successfully applied to verify nite-state systems albeit ones with small s...
Formal verification methods are becoming increasingly popular in the verification of digital systems...
Abstract. The state space explosion problem is the most burning problem of formal verification metho...
We present an iterative technique in which model checking and static analysis are combined to verify...
It is essential to ensure the correctness of software systems, especially for large and safety-criti...
. An on-the-fly algorithm for model checking under fairness is presented. The algorithm utilizes sym...
AbstractThis paper describes the application of two abstraction techniques, namely dead variable red...
Explicit-state model checking is a formal software verification technique that differs from peer rev...
Model checking is a technique for finding errors in systems and algorithms. The tech nique requires ...
We reduce the state explosion problem in automatic verification of finite-state systems by automatic...
AbstractOn-the-fly verification consists in analysing the correctness of a finite-state concurrent s...
AbstractThe sweep-line method exploits intrinsic progress in concurrent systems to alleviate the sta...
The success of software verification depends on the ability to find a suitable abstraction of a pro...
Abstract. State explosion in model checking continues to be the primary obstacle to widespread use o...
Abstraction refinement-based model checking has become a standard approach for efficiently verifying...
Model checking has been successfully applied to verify nite-state systems albeit ones with small s...
Formal verification methods are becoming increasingly popular in the verification of digital systems...
Abstract. The state space explosion problem is the most burning problem of formal verification metho...
We present an iterative technique in which model checking and static analysis are combined to verify...
It is essential to ensure the correctness of software systems, especially for large and safety-criti...
. An on-the-fly algorithm for model checking under fairness is presented. The algorithm utilizes sym...