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Van - The Optimized Industrial Solution for Vehicle Multiplexing (Vehicle Area Network)
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English
Abstract
This paper presents the following VAN concept led by a vehicle analysis:
- electrical architecture must not be basically changed in order to be cost effective;
- efficiency, interoperability and safety aspects must be rigorously respected to avoid lack of quality.
As a consequence VAN solutions meet the requirement set concerning wiring, transceivers, protocol controllers and software services. Each of these solutions is optimized to assure safety and easy use.
VAN transceivers support multiplexed applications - even high speed application - with conventional wiring. VAN controllers offer a large diversity of services, so allow the minimization of network load, of CPU load, with a high Real Time efficiency. Moreover their structure is very open to diagnosis requirements. VAN softwares provide simple, reliable, reusable mechanisms of sharing, exchange and synchronization. Such mechanisms minimize cost development and guarantee safety proofs in the liability context.
Looking at the VAN partnerships, the relevance of VAN solutions is proved by the growth of the industrial offer.
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Topic
Citation
Ortis, M., Lacrouts-Cazenave, I., and Herbault, P., "Van - The Optimized Industrial Solution for Vehicle Multiplexing (Vehicle Area Network)," SAE Technical Paper 920223, 1992, https://doi.org/10.4271/920223.Also In
References
- VAN Normalization: Draft proposal of ISO/TC22/SC3/WG1 - Road Vehicle Serial Data Communication for Automotive Application Part2 Vehicule Aera Network September
- HERBAULT P. “Contribution To Vehicle Networking”
- ORTIS M. “Quality Function Deployment For VAN”
- 1987 Information Processing Systems - Open Systems Interconnection Conventions of Services
- 1984 Information Processing Systems - Open Systems Interconnection - Basic Reference Model
- BOCHMANN G.v. DASSOULI R. ZHARO J.R. “Trace Analysis For Comformance and Arbitration Testing” 1989
- Information Processing Systems - Open Systems Interconnection - Conformance Testing Methodology and Framework
- MAUREL G. “Texas Instruments Network Microcontrollers”
- JEAN-BART G. “Standardization Of Communication Services For Automotive Diagnosis”
- DESGARDINS P. “Non Specialist Environment For Communication Tool”