The development and verification of safety-critical systems increasingly relies on the use of tools which automate/replace/supplement complex verification and/or development tasks. The safety of such systems risks to be compromised, if the tools fail. To mitigate this risk, safety standards (e.g. DO-178C/DO330, IEC 61508) define prescriptive tool qualification processes. Compliance with these processes can be required for (re-)certification purposes. To enable reuse and thus reduce time and cost related to certification, cross-domain tool manufacturers need to understand what varies and what remains in common when transiting from one domain to another. To ease reuse, in this paper we focus on verification tools and model a cross-domain tool...
Abstract. It has been recognized that a framework based on proofcarrying code (also called semantic-...
Safety-critical software-dependent systems such as those found in the avionics, automotive, maritime...
International audienceHow different are the approaches to combining formal methods (FM) and testing ...
The development and verification of safety-critical systems increasingly relies on the use of tools ...
International audienceThis paper provides a global perspective on qualification of tools used for de...
Reuse of systems and subsystem is a common practice in safety-critical systems engineering. Reuse ca...
Formal methods tools have been shown to be effective at finding defects in and verifying the correct...
Abstract. Modern safety standards designed to ensure safety in embedded system products often take a...
A system is safety-critical if its malfunctioning could have catastrophic consequences for people, p...
Safety-critical systems are often designed using development support tools which perform translation...
Part 2: Testing in PracticeInternational audienceThe application of test automation tools in a safet...
Contracts are envisaged to support compositional verification of a system as well as reuse and indep...
AbstractFormal methods can effectively support the model driven develoment and analysis of IT applic...
As more and more complex software is deployed in safety-critical embedded systems, the challenge of ...
Abstract. It has been recognized that a framework based on proofcarrying code (also called semantic-...
Safety-critical software-dependent systems such as those found in the avionics, automotive, maritime...
International audienceHow different are the approaches to combining formal methods (FM) and testing ...
The development and verification of safety-critical systems increasingly relies on the use of tools ...
International audienceThis paper provides a global perspective on qualification of tools used for de...
Reuse of systems and subsystem is a common practice in safety-critical systems engineering. Reuse ca...
Formal methods tools have been shown to be effective at finding defects in and verifying the correct...
Abstract. Modern safety standards designed to ensure safety in embedded system products often take a...
A system is safety-critical if its malfunctioning could have catastrophic consequences for people, p...
Safety-critical systems are often designed using development support tools which perform translation...
Part 2: Testing in PracticeInternational audienceThe application of test automation tools in a safet...
Contracts are envisaged to support compositional verification of a system as well as reuse and indep...
AbstractFormal methods can effectively support the model driven develoment and analysis of IT applic...
As more and more complex software is deployed in safety-critical embedded systems, the challenge of ...
Abstract. It has been recognized that a framework based on proofcarrying code (also called semantic-...
Safety-critical software-dependent systems such as those found in the avionics, automotive, maritime...
International audienceHow different are the approaches to combining formal methods (FM) and testing ...