%0 Book %1 armbruster2006affordable %A Armbruster, M. %A Zimmer, E. %A Lehmann, M. %A Reichel, R. %A Sieglin, E. %A Spiegelberg, G. %A Sulzmann, A. %B IEEE 63rd Vehicular Technology Conference %C Melbourne %D 2006 %K ACTROS_heavy-goods_vehicle Accidents Application_software Automotive_engineering Drive-by-Wire E/E_platform-concept Electronic_components Electronics_industry Fault_tolerance Guidelines InProceedings Intelligent_vehicles SMART_passenger_car Safety Technological_innovation X-by-Wire X-by-wire_technology X-by-wire_vehicle automotive_electronics fault-detection fault-localization fault_diagnosis ils mechanical_engineering_computing platform platform-reconfiguration platform_redundancy-management redundancy redundancy-management simplex-minded_designed %P 3016–3020 %R 10.1109/VETECS.2006.1683422 %T Affordable X-by-Wire Technology Based on an Innovative, Scalable E/E Platform-Concept %U https://ieeexplore.ieee.org/document/1683422 %V 6 %X This paper gives an overview of a system concept approach of an intelligent accident avoiding X-by-wire vehicle. The concept has been realized within the EC-funded project SPARC with DaimlerChrysler as consortium leader. Based on fly-by-wire experience a highly scalable fault tolerant X-by-wire platform has been developed. For validation purposes the X-by-wire platform is applied to a SMART passenger car and to an ACTROS heavy-goods vehicle. In this article the main requirements (OEM- and Governmental-requirements) with major impact on the platform design are summarized first. In a second step the structure and function of the X-by-wire platform are described. Third, focus will be paid to the overall platform redundancy-management basically realized by software. This comprises fault-detection, fault-localization and platform-reconfiguration. Finally, a concept is shown how "simplex-minded designed" high-level coordination functions are integrated as äpplications" onto the core of the X-by-wire platform

@book{armbruster2006affordable, abstract = {This paper gives an overview of a system concept approach of an intelligent accident avoiding X-by-wire vehicle. The concept has been realized within the EC-funded project SPARC with DaimlerChrysler as consortium leader. Based on fly-by-wire experience a highly scalable fault tolerant X-by-wire platform has been developed. For validation purposes the X-by-wire platform is applied to a SMART passenger car and to an ACTROS heavy-goods vehicle. In this article the main requirements (OEM- and Governmental-requirements) with major impact on the platform design are summarized first. In a second step the structure and function of the X-by-wire platform are described. Third, focus will be paid to the overall platform redundancy-management basically realized by software. This comprises fault-detection, fault-localization and platform-reconfiguration. Finally, a concept is shown how "simplex-minded designed" high-level coordination functions are integrated as "applications" onto the core of the X-by-wire platform}, added-at = {2020-01-20T14:40:15.000+0100}, address = {Melbourne}, author = {{Armbruster}, M. and {Zimmer}, E. and {Lehmann}, M. and {Reichel}, R. and {Sieglin}, E. and {Spiegelberg}, G. and {Sulzmann}, A.}, biburl = {https://puma.ub.uni-stuttgart.de/bibtex/2ad5c018bad0ac1b0994c73fd9aa49b0d/bastianluettig}, booktitle = {IEEE 63rd Vehicular Technology Conference}, doi = {10.1109/VETECS.2006.1683422}, groups = {InProceedings}, interhash = {f548b46ec5989064a57fc10055347b7d}, intrahash = {ad5c018bad0ac1b0994c73fd9aa49b0d}, keywords = {ACTROS_heavy-goods_vehicle Accidents Application_software Automotive_engineering Drive-by-Wire E/E_platform-concept Electronic_components Electronics_industry Fault_tolerance Guidelines InProceedings Intelligent_vehicles SMART_passenger_car Safety Technological_innovation X-by-Wire X-by-wire_technology X-by-wire_vehicle automotive_electronics fault-detection fault-localization fault_diagnosis ils mechanical_engineering_computing platform platform-reconfiguration platform_redundancy-management redundancy redundancy-management simplex-minded_designed}, month = May, pages = {3016–3020}, timestamp = {2020-01-20T14:18:43.000+0100}, title = {Affordable X-by-Wire Technology Based on an Innovative, Scalable E/E Platform-Concept}, url = {https://ieeexplore.ieee.org/document/1683422}, volume = 6, year = 2006 }