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Abstract
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In recent years, the importance of in-vehicle multimedia and infotainment systems has grown rapidly. Nowadays, the Media Oriented Systems Transport (MOST) network technology is predominantly used to deploy such systems. Recently, researchers started to investigate whether Ethernet-based systems can also fulfill the requirements of an in-vehicle multimedia network technology. However, cabling an Ethernet network has more degree of freedom than a ring network such as MOST since the use of additional switches can lead to different network topologies such as a star or a tree. In this paper, we introduce and investigate different approaches to minimize the total cable length and the number of switches of different Ethernet topologies within an in-vehicle multimedia communication system. In order to compare both Ethernet and MOST technology, we develop exact and heuristic methods to optimize the total length of the cables required to connect all the electronic devices. Finally, we discuss the results for various scenarios and topologies. Our results indicate that the total cable length is not a limitation for use of Ethernet.
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Reference entry
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Sommer, J.; Doumith, E.A.
Topology Optimization of In-vehicle Multimedia Communication Systems
Proceedings of the First Annual International Symposium on Vehicular Computing Systems (ISVCS 2008), Dublin, July 2008
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