The Definitive Version can be found in the ACM Digital Library here: http://dx.doi.org/10.1145/2693208.2693240issue_date: January 2015 numpages: 5 acmid: 2693240 keywords: Bounded Model Checking, Concurrency, Symbolic Executionissue_date: January 2015 numpages: 5 acmid: 2693240 keywords: Bounded Model Checking, Concurrency, Symbolic Executionissue_date: January 2015 numpages: 5 acmid: 2693240 keywords: Bounded Model Checking, Concurrency, Symbolic Executio
technical reportThe need to formally verify hardware and software systems before they are deployed t...
We review our progress in high-performance model checking. Our multi-core model checker is based on ...
Many multithreaded programs employ concurrent data types to safely share data among threads. However...
Complex hardware systems become more and more ubiquitous in mission critical applications such as mi...
Design errors in software systems consisting of concurrent components are potentially disastrous, ye...
This paper proposes a novel optimization of bounded model checking (BMC) for better run-time efficie...
Model checking large concurrent systems is a difficult task, due to the infamous state space explosi...
Model checking large concurrent systems is a difficult task, due to the infamous state space explosi...
Model checking is an automatic formal verification technique for establishing correctness of systems...
The design of concurrent algorithms tends to be a long and difficult process. Increasing the number ...
In order to achieve greater computational power, processors now contain several cores that work in p...
To improve automated verification techniques for ANSI-C software, I examine temporal logics for desc...
We describe and evaluate three approaches to model check multi-threaded software with shared variabl...
Model checking is an automatic formal verification technique for establishing correctness of systems...
Abstract. We propose a SAT-based bounded verification technique, called TCBMC, for threaded C progra...
technical reportThe need to formally verify hardware and software systems before they are deployed t...
We review our progress in high-performance model checking. Our multi-core model checker is based on ...
Many multithreaded programs employ concurrent data types to safely share data among threads. However...
Complex hardware systems become more and more ubiquitous in mission critical applications such as mi...
Design errors in software systems consisting of concurrent components are potentially disastrous, ye...
This paper proposes a novel optimization of bounded model checking (BMC) for better run-time efficie...
Model checking large concurrent systems is a difficult task, due to the infamous state space explosi...
Model checking large concurrent systems is a difficult task, due to the infamous state space explosi...
Model checking is an automatic formal verification technique for establishing correctness of systems...
The design of concurrent algorithms tends to be a long and difficult process. Increasing the number ...
In order to achieve greater computational power, processors now contain several cores that work in p...
To improve automated verification techniques for ANSI-C software, I examine temporal logics for desc...
We describe and evaluate three approaches to model check multi-threaded software with shared variabl...
Model checking is an automatic formal verification technique for establishing correctness of systems...
Abstract. We propose a SAT-based bounded verification technique, called TCBMC, for threaded C progra...
technical reportThe need to formally verify hardware and software systems before they are deployed t...
We review our progress in high-performance model checking. Our multi-core model checker is based on ...
Many multithreaded programs employ concurrent data types to safely share data among threads. However...