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In this dissertation, concepts of the electronic architecture of automotive Integrated Safety System are developed as a cooperative approach of engineering process, dependable hardware architecture and software platform. The development process covers distributed rapid prototyping with virtual front-loading and correct-by-construction. Concepts of fault tolerant hardware architecture and dependability software services are discussed with design guidelines.
dependable software platform --- Agreement --- dependability software services --- E/E-Architecture --- Integrated Safety System --- SW-Watchdog --- fault-tolerant hardware
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Currently, dynamically reconfigurable systems are not used in automotive and there is no process model for their development. The focus of this dissertation is to explore methods and approaches for the development of such systems. One major architectural driver is autonomous driving, another is functional high integration on central computing platforms. Taking these into account, dynamic reconfiguration is classified and explored.
Electrical engineering --- fail-operational --- functional safety --- functional integration --- automotive --- E/E-architecture --- Fehlertoleranz --- Funktionale Sicherheit --- Funktionale Hochintegration --- Automotive --- E/E-Architektur
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