The ability to collect complete trace data from safety-critical avionics software on intended final hardware is crucial, enabling verification of software behavior on-target to meet DO-178C objectives.
In this technical webinar, Lauterbach and Rapita Systems explore how TRACE32 and RVS can be used to support requirements-based testing, code coverage analysis and timing analysis including WCET for DO-178C projects.
Join us to see how trace data can be collected during on-target PIL and HIL testing and used to produce test, coverage and timing evidence efficiently using a workflow qualified for DO-178C.
What will you learn?
- How to set up data capture for instrumentation-based verification using TRACE32 and RVS
- How to achieve code coverage and timing analysis with no instrumentation or target overheads using TRACE32 and RVS
- How a fully qualifiable integrated workflow reduces certification effort for DO-178C and DO-330
Presenters
Matt Hudghton - FAE Team Lead @ Rapita Systems
Matthew joined Rapita Systems in 2014 and is currently the Field Application Engineer Team Lead. He coordinates customer support and evaluations and develops embedded integration libraries and tooling. Matthew has supported numerous customer projects through on‑site training, consultancy and integration of RVS into diverse build systems and hardware environments, while also contributing to tools that simplify and enhance the RVS integration process.
Nicolas Delamerre - FAE @ Lauterbach
Nicolas joined Lauterbach in 2018 and serves as both Field Application Engineer and Technical Manager for the French subsidiary.
With a degree in Embedded Systems, Nicolas oversees all customer technical support, training, and services. During his six years at Lauterbach, he has assisted hundreds of clients across various platforms and developed several custom OS awareness packages for French customers.