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A multidisciplinary design methodology for cyber-physical systems (2011)
| Venue: | In 11th IEEE Symposium on Object Oriented Real-Time Distributed Computing (ISORC |
| Citations: | 2 - 1 self |
BibTeX
@INPROCEEDINGS{Slomka11amultidisciplinary,
author = {Frank Slomka and Steffen Kollmann and Steffen Moser and Kilian Kempf},
title = {A multidisciplinary design methodology for cyber-physical systems},
booktitle = {In 11th IEEE Symposium on Object Oriented Real-Time Distributed Computing (ISORC},
year = {2011}
}
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Abstract
Abstract. Designing cyber-physical systems is a challenge originating from the multidisciplinary and mixed-signal requirements. In order to handle this challenge, many design languages have been developed, but none is able to connect different application domains adequately. This paper proposes a new system based view for cyber-physical system de-sign which can be easily adapted by MARTE or SysML, as it uses a model based design technique. Instead of defining another UML profile, we present an intuitive idea for the development of cyber-physical sys-tems by refinement and introduce new abstraction layers that help to describe operating system and mixed-signal issues. Using new abstrac-tion layers, it is now possible to support all views of the platform based design by using one consistent language. The approach explicitly dis-tinguishes between the physical system and the computational system. The benefit of this new approach is presented in a case study where a cyber-physical system is designed. 1
Keyphrases
cyber-physical system multidisciplinary design methodology new abstraction layer computational system intuitive idea different application many design language mixed-signal issue uml profile mixed-signal requirement case study new approach operating system new abstrac-tion layer cyber-physical sys-tems design technique new system consistent language physical system
