International audienceThis paper gives an account of an ongoing attempt to prove the safety properties, of a hand-coded safety critical embedded software of industrial size. The method used is based on annotating the C source files with assertions that encode the safety-related functional properties to be satisfied by the software, and then generating proof obligations to be discharged by some theorem provers. We discuss what has been achieved and what difficulties were encountered, from which we derive requirements regarding the evolution of the verification tools involved in that experiment
This work presents a formal verification process based on the Systerel Smart Solver (S3) toolset for...
In this thesis the design of an environment for the formal verification of functional properties of ...
I attended my first software conference in 1968; it was organised by NATO with the title “The Softwa...
In principle, formal methods offer many advantages for aerospace software development: they can help...
In this thesis the design of an environment for the formal verification of functional properties of ...
Software is an increasingly integral and sophisticated part of safety- and mission-critical systems....
In a context of heightened requirements for safety-critical embedded systems and ever-increasing cos...
<p>Embedded software today is pervasive: they can be found everywhere, from coffee makers and medica...
International audienceVerification activities mandated for critical software are essential to achiev...
International audienceThe formal verification of programs have progressed tremendously in the last d...
Formal methods can in principle provide the highest levels of assurance of code safety by providing ...
Formal methods can in principle provide the highest levels of assurance of code safety by providing ...
Control and command softwares play a key role in safety-critical embedded systems used for human rel...
Due to the growing importance of the role that software plays in critical systems, software verifica...
Large systems in modern development consist of many concurrent processes. To prove safety properties...
This work presents a formal verification process based on the Systerel Smart Solver (S3) toolset for...
In this thesis the design of an environment for the formal verification of functional properties of ...
I attended my first software conference in 1968; it was organised by NATO with the title “The Softwa...
In principle, formal methods offer many advantages for aerospace software development: they can help...
In this thesis the design of an environment for the formal verification of functional properties of ...
Software is an increasingly integral and sophisticated part of safety- and mission-critical systems....
In a context of heightened requirements for safety-critical embedded systems and ever-increasing cos...
<p>Embedded software today is pervasive: they can be found everywhere, from coffee makers and medica...
International audienceVerification activities mandated for critical software are essential to achiev...
International audienceThe formal verification of programs have progressed tremendously in the last d...
Formal methods can in principle provide the highest levels of assurance of code safety by providing ...
Formal methods can in principle provide the highest levels of assurance of code safety by providing ...
Control and command softwares play a key role in safety-critical embedded systems used for human rel...
Due to the growing importance of the role that software plays in critical systems, software verifica...
Large systems in modern development consist of many concurrent processes. To prove safety properties...
This work presents a formal verification process based on the Systerel Smart Solver (S3) toolset for...
In this thesis the design of an environment for the formal verification of functional properties of ...
I attended my first software conference in 1968; it was organised by NATO with the title “The Softwa...