RSAR: a layered software archıtecture for cyber-physıcal systems /

Date

2015

Author

Akagündüz, Erhan

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Cyber-physical systems integrate the computation and physical processes. Embedded computing systems are used to control and monitor physical processes. Development of software for cyber-physical systems requires deep knowledge on different engineering areas and physics. Embedded software for a cyber-physical system requires software architectures to separate works done by software developers and dynamic model developers. AUTOSAR is a layered software architecture to develop automotive systems. Main purpose of the AUTOSAR layered software architecture is to separate software development process from hardware details. FMI, on the other hand, is a tool-independent dynamic model interface standard. In this thesis, a layered software architecture RSAR is proposed for cyber-physical systems development. RSAR adheres to the layered software architecture concept of AUTOSAR and supports dynamic model usage with FMI standard.

Subject Keywords

Functional Mockup Interface., Software architecture., Software engineering.

URI

http://etd.lib.metu.edu.tr/upload/12618583/index.pdf
https://hdl.handle.net/11511/24500

Collections

Graduate School of Natural and Applied Sciences, Thesis