Verification of embedded systems is a challenge due to the tight combination of hardware and software. We present an approach on the automatic verification of embedded system applications for the operating system Contiki using a standard bounded model checking tool for software. By using an operating system a higher abstraction level to hardware is possible. Our approach is therefore easily applicable for the verification of different hardware platforms
Abstract—Conventional manual testing often misses corner case bugs in complex embedded software, whi...
A formal proof of a system correctness typically holds under a number of assumptions. Leaving them i...
Embedded systems are finding widespread application including communication systems, factory automat...
In this work an approach is shown, how to verify embedded system applications written for the operat...
In this work we present a verification framework for applications for the embedded system operating ...
The main building blocks for the internet of things are connected embedded systems. Often these syst...
Program analysis is on the brink of mainstream usage in embedded systems development. Formal verific...
Computer-aided verification of embedded systems hinges on the availability of good verification mode...
The complexity of software in embedded systems has in-creased significantly over the last years so t...
Our reliance on the correct functioning of embedded systems is growing rapidly. Such systems are use...
With increasing design complexity, verification becomes a more and more important aspect of the desi...
Program analysis is on the brink of mainstream usage in embedded systems development. Formal verific...
The complexity of software in embedded systems has increased significantly over the last years so th...
Abstract. Program analysis is on the brink of mainstream usage in embedded systems development. Form...
As complexity increases in embedded systems design, there is need for more time for verification pur...
Abstract—Conventional manual testing often misses corner case bugs in complex embedded software, whi...
A formal proof of a system correctness typically holds under a number of assumptions. Leaving them i...
Embedded systems are finding widespread application including communication systems, factory automat...
In this work an approach is shown, how to verify embedded system applications written for the operat...
In this work we present a verification framework for applications for the embedded system operating ...
The main building blocks for the internet of things are connected embedded systems. Often these syst...
Program analysis is on the brink of mainstream usage in embedded systems development. Formal verific...
Computer-aided verification of embedded systems hinges on the availability of good verification mode...
The complexity of software in embedded systems has in-creased significantly over the last years so t...
Our reliance on the correct functioning of embedded systems is growing rapidly. Such systems are use...
With increasing design complexity, verification becomes a more and more important aspect of the desi...
Program analysis is on the brink of mainstream usage in embedded systems development. Formal verific...
The complexity of software in embedded systems has increased significantly over the last years so th...
Abstract. Program analysis is on the brink of mainstream usage in embedded systems development. Form...
As complexity increases in embedded systems design, there is need for more time for verification pur...
Abstract—Conventional manual testing often misses corner case bugs in complex embedded software, whi...
A formal proof of a system correctness typically holds under a number of assumptions. Leaving them i...
Embedded systems are finding widespread application including communication systems, factory automat...