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Modeling and Performance Analysis of IEEE 1609.4 Multi-Channel Operation in Vehicular Networks

机译:IEEE 1609.4车辆网络中多通道操作的建模与性能分析

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Vehicular Adhoc Network supports numerous applications over the limited bandwidth resource available. To efficiently utilize this available resources, multi-channel operation supported by IEEE 1609.4 protocol is incorporated within vehicular network. Taking into consideration this fact, the paper presents a MAC model supporting multi-channel operation to efficiently utilize the limited bandwidth resource. The proposed model prioritizes safety messages over non-safety messages alongwith an added feature that each non-safety messages are disseminated only when the preceding safety message dissemination is completed, thus supporting multichannel operation. The simulation is performed using MATLAB’15 Simulink. The obtained simulation result provides evidence that the delay experienced by safety messages are negligible as compared to non-safety messages. Also, for the proposed model, a multi-channel utilization of 1 is attained throughout the simulation run.
机译:车辆adhoc网络支持有限的带宽资源上的许多应用程序。为了有效地利用该可用资源,IEEE 1609.4协议支持的多通道操作结合在车辆网络中。考虑到这一事实,本文介绍了支持多通道操作的MAC模型,以有效利用有限的带宽资源。所提出的模型允许在非安全消息上优先考虑安全消息,该附加功能仅在完成前面的安全消息传播时才能传播,从而支持多通道操作。使用Matlab'15 Simulink执行模拟。获得的仿真结果提供了证据表明,与非安全消息相比,安全消息所经历的延迟可以忽略不计。此外,对于所提出的模型,在整个仿真运行过程中实现了1的多通道利用率。

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