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Description:
With the rapid increasing speed of electronic devices systems with highercomplexity, interconnectedness and heterogeneity can be developed. The developmentof such systems can only be done by teams of specialists. Atthe same time the development needs to happen in parallel to ensure anearly time to market. Therefore in the traditional design process the designis described in form of a written specification of the common system andpartitioned to several teams. This takes place in early design stages at highproduct uncertainty. Sub system development assumptions and decisions aremade without being able to evaluate the effect on the common system. Thusmany critical errors, especially those, caused by coupling effects, are discoveredduring system integration at the end of the design process. Furthermorean optimization of the common system is not possible, because of the lack ofa common system model. Hence the traditional design process is a high riskdevelopment process. In the Mission Level Design approach, an executable specification of thecommon system instead of a written specification is developed after conceptdevelopment. These is validated and optimized against the requirements ofthe common system. The such validated specification of the coupled systemis then passed on to specialist teams for sub system development. The subsystems are then integrated. In this manner integration problems can besolved in the early design stages. Development time and risk can be reducedsignificantly. To increase the specification quality and speed while developing common systemmodels, in the present work, standardized methods for specification andperformance evaluation of distributed systems and methods for automatedmapping of function into architecture are developed. This allows architectureoptimization of the common system in the early design stages. In addition,methods for transformation of the abstract design into implementations aredeveloped. ; Mit der rapide steigenden Geschwindigkeit elektronischer Bauelemente könnenSysteme ...