A Virtualization Layer for Mobile Consumer Devices to Support Demanding Communication Services in Vehicular Ad-hoc Networks

BibTex:
Research areas:	Uncategorized	Year:	2012
Type of Publication:	In Proceedings	Keywords:	Vehicular ad-hoc networks, virtualization
Authors:	17, 7 8

Book title:	International Conference on Consumer Electronics (ICCE) --- Special Merit Award for Outstanding Paper
Series:	International Conference on Consumer Electronics (ICCE) --- Special Merit Award for Outstanding Paper
Address:	Las Vegas, USA
Month:	January


@conference{1720121, author = "17,8,7,13,12", abstract = "The high mobility and variability of road traffic has hampered the design and deployment of automotive en- tertainment and information services through vehicular ad-hoc networks (VANETs). However, a scenario of greater predictability is looming in the near future, thanks to advances in such areas as automated transportation, fleet management and real-time traffic information systems, and also to the promotion of transport sharing policies. Having a priori knowledge about the vehicles’ movements opens unprecedented opportunities for planning com- munication services. Knowing that, we present extensions for consumer devices to support demanding communication services through VANETs technology, relying on the concepts of virtual mobile nodes (VMNs) and virtual virtual circuits (VVCs).", address = "Las Vegas, USA", booktitle = "International Conference on Consumer Electronics (ICCE) --- Special Merit Award for Outstanding Paper", keywords = "Vehicular ad-hoc networks, virtualization", month = "jan", publisher = "IEEE", series = "International Conference on Consumer Electronics (ICCE) --- Special Merit Award for Outstanding Paper", title = "{A} {V}irtualization {L}ayer for {M}obile {C}onsumer {D}evices to {S}upport {D}emanding {C}ommunication {S}ervices in {V}ehicular {A}d-hoc {N}etworks", year = "2012", }
Abstract:	The high mobility and variability of road traffic has hampered the design and deployment of automotive en- tertainment and information services through vehicular ad-hoc networks (VANETs). However, a scenario of greater predictability is looming in the near future, thanks to advances in such areas as automated transportation, fleet management and real-time traffic information systems, and also to the promotion of transport sharing policies. Having a priori knowledge about the vehicles’ movements opens unprecedented opportunities for planning com- munication services. Knowing that, we present extensions for consumer devices to support demanding communication services through VANETs technology, relying on the concepts of virtual mobile nodes (VMNs) and virtual virtual circuits (VVCs).

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