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A MAC layer protocol for real-time inter-vehicle communication

Pal, A. / Dogan, A. / Ozguner, F. / Ozguner, U.

Inter-vehicle communication systems may be required to support real-time communication for a network of vehicles in the absence of a base station. Based on this premise, the paper presents the design of a distributed MAC layer protocol, namely the elimination by sieving (ES-DCF) protocol, that incorporates explicit support for real-time traffic in an ad-hoc wireless network. ES-DCF uses the mechanisms of prioritized collision avoidance and deterministic collision resolution in order to provide timely delivery guarantees to different classes of real-time data traffic. The simulation studies performed confirmed that ES-DCF performs well in minimizing the number of hard-real time packets dropped.

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A MAC layer protocol for real-time inter-vehicle communication

Pal, A. / Dogan, A. / Ozguner, F. / Ozguner, U.

Inter-vehicle communication systems may be required to support real-time communication for a network of vehicles in the absence of a base station. Based on this premise, the paper presents the design of a distributed MAC layer protocol, namely the elimination by sieving (ES-DCF) protocol, that incorporates explicit support for real-time traffic in an ad-hoc wireless network. ES-DCF uses the mechanisms of prioritized collision avoidance and deterministic collision resolution in order to provide timely delivery guarantees to different classes of real-time data traffic. The simulation studies performed confirmed that ES-DCF performs well in minimizing the number of hard-real time packets dropped.

A MAC layer protocol for real-time inter-vehicle communication

Pal, A. / Dogan, A. / Ozguner, F. / Ozguner, U.

Inter-vehicle communication systems may be required to support real-time communication for a network of vehicles in the absence of a base station. Based on this premise, the paper presents the design of a distributed MAC layer protocol, namely the elimination by sieving (ES-DCF) protocol, that incorporates explicit support for real-time traffic in an ad-hoc wireless network. ES-DCF uses the mechanisms of prioritized collision avoidance and deterministic collision resolution in order to provide timely delivery guarantees to different classes of real-time data traffic. The simulation studies performed confirmed that ES-DCF performs well in minimizing the number of hard-real time packets dropped.

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Title:

A MAC layer protocol for real-time inter-vehicle communication

Contributors:

Pal, A. (author) / Dogan, A. (author) / Ozguner, F. (author) / Ozguner, U. (author)

Published in:

Proceedings. The IEEE 5th International Conference on Intelligent Transportation Systems ; 353-358

Publication date:

2002-01-01

Size:

431160 byte

ISBN:

DOI:

https://doi.org/10.1109/ITSC.2002.1041242

Type of media:

Conference paper

Type of material:

Electronic Resource

Language:

English

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