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Higher Level Drivers for Networked Systems in Cars
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English
Abstract
The overall complexity of future cars requires new design methods for effective and high quality results. A new VLSA-approach (VLSA = Virtual Leveled Systems Architecture) for modelling networked systems is proposed. As a support for the application design engineers a set of so-called Virtual Memory network drivers is described encapsulating the implementation details of the actual network protocol resulting in more economic and higher quality solutions. In the first step a software network driver set for VMO-level (VMO = Virtual Memory driver level O) is proposed for CAN networks based on 96- and 51-family controllers. As a complement to the design phase support a set of network development tools is mentioned helping the engineers in the test phases of networked systems.
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Authors
Citation
Lawrenz, W., "Higher Level Drivers for Networked Systems in Cars," SAE Technical Paper 910467, 1991, https://doi.org/10.4271/910467.Also In
References
- 82C200 Philips Stand-alone-CAN-Controller (PSCC)
- 82526 Serial Communications Controller Architectural Overview Intel 1989
- “SAE J1850” Adendum in Multiplexing in Automobiles SP-773 SAE International Congress and Exhibition Feb. 27 March 3 1989
- Januar 1990
- Lawrenz W. September 1990 Baden-Baden
- Lawrenz W. “System Design Tools for Networked Systems in Cars” Feb. 1990 SAE Technical Paper Series No. 900698
- Lawrenz W. E. “Test Tools for CAN-Networks” SAE Truck & Bus Oct. Detroit
- “Tools Overview” i+ME Electronic Systems, Inc. 29655 Eastfield Drive, Farmington Hills, MI 48018-4401, Tel: (313) 932 1059, Fax: (313) 932 2169