A Virtual Platform for Architecture Integration and Optimization in Automotive Communication Networks

Razvan Racu; Rolf Ernst; Kai Richter; Marek Jersak

doi:10.4271/2007-01-1276

2007-04-16

A Virtual Platform for Architecture Integration and Optimization in Automotive Communication Networks 2007-01-1276

Systems and network integration is a major challenge, and systematic analysis of the complex dynamic timing effects becomes key to building reliable systems. Very often, however, systematic analysis techniques are (considered) too restrictive with respect to established design practice. In this paper we present lessons learned from real-world case studies, in which OEMs have used the new SymTA/S scheduling analysis technology to evaluate different network choices with minimum effort. Thanks to its flexibility and supplier independence, SymTA/S can be applied in non-ideal situations, where other, more restricted technologies are inherently limited. Finally, we put the technology into relation with ongoing standardization activities.

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A Virtual Platform for Architecture Integration and Optimization in Automotive Communication Networks 2007-01-1276

SAE MOBILUS