VIF-TEODACS - Testing, Evaluation and Optimization of Dependable Automotive Communication Systems
Automotive network technologies such as FlexRay present a cost-optimized structure in order to tailor the system to the required functionalities and to the environment. The space exploration for optimization of single components (cable, transceiver, communication controller, middleware, application) as well as the integration of these components (e.g. selection of the topology) are complex activities that can be efficiently supported by means of simulation. The main challenge while simulating communication architectures is to efficiently integrate the heterogeneous models in order to obtain accurate results for a relevant operation time of the system. In this work, a run-time model switching method is introduced for the holistic simulation of FlexRay networks. This cross-domain simulation platform is used within our TEODACS project (Test, Evaluation and Optimization of Dependable Automotive Communication Systems. The focus of this research project is set to the analysis of the communication architecture and the influence of this component to the distributed system. To that aim, we propose a co-simulation platform tightly interfaced to a realistic prototype for the in-depth analysis of FlexRay networks. CarMaker/AVL InMotion simulates a powertrain system (road, driver, control loops for vehicle dynamics) and generates a realistic bus traffic for the network. SyAD provides a co-simulation framework for the seamless modeling and integration of the different microelectronics components (e.g. cable model, bus drivers, middleware, software functions). Based on a Drive-by-Wire use case, we evaluate the benefits of the proposed cross-domain co-simulation approach for the early analysis and verification of the assembled system.
Mitarbeiter
Projektleiter
Christian Steger
Ass.Prof. Dipl.-Ing. Dr.techn.
Teilnehmer / Mitarbeiter
Michael Karner
Dipl.-Ing.
Fördergeber
  • K2 MOBILITY Sustainable Vehicle Technologies
  • Österreichische Forschungsförderungsgesellschaft mbH (FFG) , FFG
Externe Partner
  • FH JOANNEUM Gesellschaft mbH, Studiengang Industrielle Elektronik
Forschungsgebiete
  • Hardware/Software-Codesign
Beginn: 29.02.2008
Ende: 30.01.2011

Ausgewählte Publikationen

2010
Tagungsbeitrag
Martin Krammer, Federico Clazzer, Eric Armengaud, Michael Karner, Christian Steger and Reinhold Weiß Exploration of the FlexRay Signal Integrity using a Combined Prototyping and Simulation Approach Exploration of the FlexRay Signal Integrity using a Combined Prototyping and Simulation Approach 111-116 Publikation in PURE anzeigen
Michael Karner, Eric Armengaud, Christian Steger and Reinhold Weiß Holistic Simulation of FlexRay Networks by Using Run-Time Model Switching Holistic Simulation of FlexRay Networks by Using Run-Time Model Switching 544-549 Publikation in PURE anzeigen
Michael Karner, Eric Armengaud, Christian Steger, Reinhold Weiß, Markus Pistauer and Felix Pfister A Cross Domain Co-Simulation Platform for the Efficient Analysis of Mechatronic Systems A Cross Domain Co-Simulation Platform for the Efficient Analysis of Mechatronic Systems 1-14 Publikation in PURE anzeigen
0
Tagungsbeitrag
Michael Karner, Eric Armengaud, Martin Krammer, Stefan Krug, Christian Steger and Reinhold Weiß Heterogeneous Co-Simulation Platform for the Efficient Analysis of Automotive Distributed Embedded Systems Heterogeneous Co-Simulation Platform for the Efficient Analysis of Automotive Distributed Embedded Systems Publikation in PURE anzeigen