Vehicle technology develops towards more advanced on-board systems and functions integration. Several reasons motivates this; synergy effects in better over-all performance can be gained when subsystems co-operate in a feasible fashion, costs and weight can be reduced by increasing the functionality per hardware device. Another trend is the introduction of more electronics and software. In particular this development is promoted by the installation of so called 'smart' subsystems, often in the form of actuators and sensors containing advanced processing capacity and software functionality. Since these needs to communicate with other on-boards units the need to introduce data buses is immediate and leads to distributed on-boards systems based on computer networks. These both trends go very well hand in hand. Integration of distributed systems requires exchange of common and global information, computer networks is one mean to realise this. This paper discusses these development trends in vehicle technology. Future possibilities, but also new questions and challenges are pointed out. As a case study, the Intelligent Cruise Control system, ICC, and its extensions, as developed by Volvo is used.
Distributed on-board systems using computer networks
Verteilte Bordsysteme mittels Rechnernetzen
VTC, IEEE Vehicular Technology Conference, 44 ; 2 ; 1103-1107
1994
5 Seiten, 3 Bilder, 6 Quellen
Aufsatz (Konferenz)
Englisch
7.0903 A High Assurance Space On-board Distributed Computer System
British Library Conference Proceedings | 2003
|Selecting on-board satellite computer systems
Tema Archiv | 1983
|ON-BOARD HETEROGENEOUS INFORMATION COMPUTER NETWORKS OF PERSPECTIVE AIRCRAFT
DOAJ | 2019
|