Title :
Automotive Software Integration
Author :
Racu, Razvan ; Hamann, Arne ; Ernst, Rolf ; Richter, Kai
Author_Institution :
Tech. Univ. Braunschweig, Braunschweig
Abstract :
A growing number of networked applications is implemented on increasingly complex automotive platforms with several bus standards and gateways. Together, they challenge the automotive design process. Recent automotive software standards, in particular AUTOSAR that defines a network runtime environment on top of the existing automotive standards, are intended to improve portability and interoperability. AUTOSAR shall replace or extend earlier proprietary software architecture solutions, but it does not yet sufficiently address time and platform modeling and specification. The presentation will give some examples for open issues with respect to performance, timing and interoperability. It will show how recent results in compositional performance analysis can be exploited to analyze such networked systems, and how to apply design space exploration in a complex automotive supply chain. The resulting tools and methods can even be used to optimize the robustness of an architecture which is important to handle updates and extend the lifetime of an architecture.
Keywords :
automobile industry; automotive engineering; open systems; production engineering computing; software architecture; software standards; supply chains; AUTOSAR; automotive software integration; automotive software standards; automotive supply chain; bus standards; compositional performance analysis; design space exploration; gateways; interoperability; proprietary software architecture solutions; timing properties; Application software; Automotive engineering; Performance analysis; Process design; Runtime environment; Software architecture; Software standards; Space exploration; Supply chains; Timing; AUTOSAR; Automotive Systems; Design; Formal Analysis; Performance; Reliability; Software Integration; SymTA/S; Timing Model; Verification;
Conference_Titel :
Design Automation Conference, 2007. DAC '07. 44th ACM/IEEE
Conference_Location :
San Diego, CA
Print_ISBN :
978-1-59593-627-1