Title :
Automotive system design - challenges and potential
Author :
Heinecke, Harald
Abstract :
Increasing functional and non-functional requirements in automotive electric/electronic vehicle development will significantly enhance the integration of novel functions in the embedded networks. Major driving forces are the demand for driver assistance function, active and passive safety systems and the fulfillment of environmental and legal requirements. The paper demonstrates that this task in system design can only be managed if the noncompetitive elements are developed together in automotive industry leading to an infrastructure standard like AUTOSAR, FlexRay and LIN. Working on such a basis the OEM can have a dedicated system design environment for the competitive implementations of functions already starting in early phases for feasibility studies. This basis is consequently a fix point through serial development and even in the maintenance phase and enables shared functional development and exploitation as well as in project adaptations of non-automotive industry driven hardware developments.
Keywords :
automobile industry; automotive electronics; embedded systems; standards; AUTOSAR; FlexRay; LIN; automotive industry; automotive system design; driver assistance function; electric/electronic vehicle development; embedded networks; environmental requirements; infrastructure standard; legal requirements; safety systems; Automotive engineering; Computer architecture; Hardware; Law; Legal factors; Packaging; Software maintenance; Software standards; Spatial databases; Technological innovation;
Conference_Titel :
Design, Automation and Test in Europe, 2005. Proceedings
Print_ISBN :
0-7695-2288-2
DOI :
10.1109/DATE.2005.79