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Efficient Gateway Discovery Algorithms for Delay-Tolerant and Delay-Constrained Data Traffic in Vehicular Ad-hoc Networks

机译:车载Ad-hoc网络中延迟容忍和延迟受限数据流量的高效网关发现算法

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We focus on the problem of efficient dissemination of available gateways information throughout a Vehicular Ad-hoc Network (VANET). Contrary to previous works, we also consider how the gateway discovery protocol affects user data flows that are routed to the infrastructure network. The cases of both delay-tolerant and delay-constrained user traffic are studied. We propose two schemes targeted at reliable, efficient and timely dissemination of gateway advertisement messages that are suitable for each of the aforementioned traffic types. By means of a thorough and realistic simulation study, we compare our approaches with different configurations of the only multi-hop solution focused on VANET that we found in the literature. Results corroborate that each of our approaches is appropriate for a given traffic type, and that both outperform previous work.
机译:我们专注于在整个车辆ad-hoc网络(VANET)中有效地传播可用网关信息的问题。与以前的作品相反,我们还考虑网关发现协议如何影响路由到基础架构网络的用户数据流。研究了延迟宽容和延迟约束的用户流量的情况。我们提出了两个针对适用于每个上述交通类型的网关广告消息的可靠,高效和及时地传播的两个方案。通过彻底和逼真的仿真研究,我们将我们的方法与不同的多跳解决方案的不同配置进行比较,这些方法集中在文献中发现的Vanet。结果证实了我们的每种方法都适用于给定的交通类型,并且均优于以前的工作。

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