Fail operational, virtualization and software parallelization are major aspects when designing the software and hardware architecture for future multicore domain control units (DCUs) and E/E architecture in (highly) automated vehicles. In this thesis, two different virtualization mechanisms for safety-related DCUs are developed and evaluated. The implementation results are compared to a model-based simulation. Furthermore, a Markov chain-based reliability analysis shows the appropriateness of a fail operational concept. Another section presents an approach for software parallelization of a close-to-production chassis function.
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Fail operational, virtualization and software parallelization are major aspects when designing the software and hardware architecture for future multicore domain control units (DCUs) and E/E architecture in (highly) automated vehicles. In this thesis, two different virtualization mechanisms for safety-related DCUs are developed and evaluated. The implementation results are compared to a model-based simulation. Furthermore, a Markov chain-based reliability analysis shows the appropriateness of a...
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