In this work an approach is shown, how to verify embedded system applications written for the operating system Contiki using Model Checking. The used approach models the environment of the embedded system at the level of the operating system drivers. Using this approach it is possible to use a Bounded Model Checking Tool to verify applications without changing the application
We are investigating ways to improve the process of modelling of embedded systems for formal verific...
A formal proof of a system correctness typically holds under a number of assumptions. Leaving them i...
Abstract: Several works emphasize the difficulties of software verification applied to embedded syst...
Verification of embedded systems is a challenge due to the tight combination of hardware and softwar...
A formal proof of a system correctness typically holds under a number of assumptions. Leaving them i...
The result of a model-based requirements verification shows that the model of a system satisfies (or...
Computer-aided verification of embedded systems hinges on the availability of good verification mode...
As complexity increases in embedded systems design, there is need for more time for verification pur...
In this work we present a verification framework for applications for the embedded system operating ...
Embedded systems are finding widespread application including communication systems, factory automat...
Abstract—We propose vectors of finite-state machines whose transitions are labeled by formulas of a ...
Abstract. The embedded software industry clearly needs objective and reproducible means for early ev...
Abstract. This paper addresses the process of modelling embedded sys-tems for formal verification. W...
Embedded systems are systems which have ongoing interactions with their environments, accepting requ...
International audienceSeveral works emphasize the difficulties of software verification applied to e...
We are investigating ways to improve the process of modelling of embedded systems for formal verific...
A formal proof of a system correctness typically holds under a number of assumptions. Leaving them i...
Abstract: Several works emphasize the difficulties of software verification applied to embedded syst...
Verification of embedded systems is a challenge due to the tight combination of hardware and softwar...
A formal proof of a system correctness typically holds under a number of assumptions. Leaving them i...
The result of a model-based requirements verification shows that the model of a system satisfies (or...
Computer-aided verification of embedded systems hinges on the availability of good verification mode...
As complexity increases in embedded systems design, there is need for more time for verification pur...
In this work we present a verification framework for applications for the embedded system operating ...
Embedded systems are finding widespread application including communication systems, factory automat...
Abstract—We propose vectors of finite-state machines whose transitions are labeled by formulas of a ...
Abstract. The embedded software industry clearly needs objective and reproducible means for early ev...
Abstract. This paper addresses the process of modelling embedded sys-tems for formal verification. W...
Embedded systems are systems which have ongoing interactions with their environments, accepting requ...
International audienceSeveral works emphasize the difficulties of software verification applied to e...
We are investigating ways to improve the process of modelling of embedded systems for formal verific...
A formal proof of a system correctness typically holds under a number of assumptions. Leaving them i...
Abstract: Several works emphasize the difficulties of software verification applied to embedded syst...