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Performance analysis of DS/SS inter-vehicle communication assisted by road-vehicle communication

Kuge, Takamasa / Itami, Makoto

In this paper, improving DS/SS inter-vehicle communication using p-persistent CSMA MAC protocol is studied. It is possible for p-persistent CSMA to adapt optimally to current packet traffic situation by setting p to an appropriate value. Therefore, improvement of IVC performance is expected if optimal p value can be set according to the traffic of vehicles. In order to perform this, the scheme where the traffic monitor on the road side informs the appropriate p value to each vehicle in the area using road-vehicle communication is proposed and its performance is analyzed by simulations.

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Performance analysis of DS/SS inter-vehicle communication assisted by road-vehicle communication

Kuge, Takamasa / Itami, Makoto

In this paper, improving DS/SS inter-vehicle communication using p-persistent CSMA MAC protocol is studied. It is possible for p-persistent CSMA to adapt optimally to current packet traffic situation by setting p to an appropriate value. Therefore, improvement of IVC performance is expected if optimal p value can be set according to the traffic of vehicles. In order to perform this, the scheme where the traffic monitor on the road side informs the appropriate p value to each vehicle in the area using road-vehicle communication is proposed and its performance is analyzed by simulations.

Performance analysis of DS/SS inter-vehicle communication assisted by road-vehicle communication

Kuge, Takamasa / Itami, Makoto

In this paper, improving DS/SS inter-vehicle communication using p-persistent CSMA MAC protocol is studied. It is possible for p-persistent CSMA to adapt optimally to current packet traffic situation by setting p to an appropriate value. Therefore, improvement of IVC performance is expected if optimal p value can be set according to the traffic of vehicles. In order to perform this, the scheme where the traffic monitor on the road side informs the appropriate p value to each vehicle in the area using road-vehicle communication is proposed and its performance is analyzed by simulations.

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Title:

Performance analysis of DS/SS inter-vehicle communication assisted by road-vehicle communication

Contributors:

Kuge, Takamasa (author) / Itami, Makoto (author)

Published in:

2008 8th International Conference on ITS Telecommunications ; 424-427

Publication date:

2008-10-01

Size:

594960 byte

ISBN:

978-1-4244-2858-8 , 978-1-4244-2857-1

DOI:

https://doi.org/10.1109/ITST.2008.4740299

Type of media:

Conference paper

Type of material:

Electronic Resource

Language:

English

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