基于集群的VANET多通道MAC协议

Tae-Oh Kim, SungDae Jung, Sangsun Lee
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引用次数: 35

摘要

在VANET中,基于无线局域网的研究正在进行,基于802.11a的方法正在IEEE 802.11p WAVE(车载环境无线接入)中进行改编。然而,在竞争中使用单一通道的无线局域网,由于频繁的碰撞和使用CSMA/CA(载波感知多址/避碰)VANET(车辆自组织网络)需要快速访问,可能会导致传输延迟。本文设计了适合于VANET的基于集群的多通道MAC(媒体访问控制)协议,并在此协议的基础上确定了V2V(车对车)通信中合适的信道条件。仿真结果表明,通过簇头对每个信道进行分配和管理,利用现有的基于争用的单信道产生的数据包冲突和传输延迟降低了60%以上。
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CMMP: Clustering-Based Multi-channel MAC Protocol in VANET
In VANET, the researches based on the wireless LAN are conducting and the method based on 802.11a is being adapted in IEEE 802.11p WAVE (Wireless Access in Vehicular Environments). However, wireless LAN which uses a single channel in a competition can cause transmission delays because of a frequent collision and a use of CSMA/CA(Carrier Sense Multiple Access/Collision Avoidance) VANET(Vehicle Ad hoc Network) requiring a fast access. In this paper, we designed Clustering-based Multi-channel MAC(Media Access Control) protocol adequate to VANET and then confirmed the appropriate channel conditions in a V2V(Vehicle to Vehicle) communication on the basis of this protocol. The simulation results showed that a packet collision and a transmission delay by the use of an existing single channel based on the contention decreased more than 60% by making cluster head assign and manage each channel.
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