Mobility Prediction Progressive Routing (MP2R), a Cross-Layer Design for Inter-Vehicle Communication
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概要
- 論文の詳細を見る
In this paper we analyze the characteristics of vehicle mobility and propose a novel Mobility Prediction Progressive Routing (MP2R) protocol for Inter-Vehicle Communication (IVC) that is based on crosslayer design. MP2R utilizes the additional gain provided by the directional antennas to improve link quality and connectivity; interference is reduced by the directional transmission. Each node learns its own position and speed and that of other nodes, and performs position prediction. (i) With the predicted progress and link quality, the forwarding decision of a packet is locally made, just before the packet is actually transmitted. In addition the load at the forwarder is considered in order to avoid congestion. (ii) The predicted geographic direction is used to control the beam of the directional antenna. The proposed MP2R protocol is especially suitable for forwarding burst traffic in highly mobile environments. Simulation results show that MP2R effectively reduces Packet Error Ratio (PER) compared with both topology-based routing (AODV [1], FSR [2]) and normal progressive routing (NADV [18]) in the IVC scenarios.
- (社)電子情報通信学会の論文
- 2008-01-01
著者
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TANG Suhua
ATR Adaptive Communications Research Laboratories
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OBANA Sadao
ATR Adaptive Communications Research Laboratories
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Tang Suhua
Atr Adaptive Communications Res. Lab. Keihanna Sci. City Jpn
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Obana Sadao
Atr Adaptive Communications Res. Lab. Keihanna Sci. City Jpn
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KADOWAKI Naoto
Strategic Planning Department, NICT
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KADOWAKI Naoto
ATR Adaptive Communications Research Laboratories
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TANAKA Shinsuke
ATR Adaptive Communications Research Laboratories
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Kadowaki Naoto
Atr Adaptive Communication Research Laboratories
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Obana Sadao
Atr Adaptive Communications Research Labs
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Obana Sadao
Atr Adaptive Communication Labs.
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Kadowaki Naoto
Strategic Planning Department Nict
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