智慧城市事故管理的多层次、基于刀片的改进方法

Yan V. Brandão, Lucas M. De Souza, Thiago S. Gomides, R. E. Grande, F. S. Souza, D. Guidoni
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引用次数: 3

摘要

交通事故数量的增长已经引起了城市中心的关注。由于大城市人口和车辆数量的增加,考虑到对经济、环境和人们生活质量的影响,事故和拥堵的后果可能会更加严重。因此,为了最大限度地减少这些影响,我们提出了ALIVE,这是一种基于vanet的分布式解决方案,可以减少不同来源造成的拥堵,特别是事故来源造成的拥堵,有助于在智能城市中实现高效的城市交通。该解决方案在多个跳中执行事故检测和警告消息的传播。此外,该系统还可以与附近的街道共享道路交通信息,提高交通效率。我们用PANDORA和NRR交通管理解决方案评估了提出的解决方案。仿真结果表明,该方案减少了平均传输时间、时间损失和发送消息数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Multi-layer and Vanet-based Approach to Improve Accident Management in Smart Cities
The growth in the number of traffic accidents has become a cause for concern in urban centers. As a result of the increase in population in large cities and the number of vehicles, the consequences of accidents and congestion can be even more significant, considering the impacts on the economy, environment and people’s quality of life. Therefore, aiming to minimize these impacts, we present ALIVE, a distributed and Vanet-based solution that reduces congestion caused by different sources and, especially, from accident sources, contributing to efficient urban mobility in smart cities. The solution performs the detection of accidents and the dissemination of warning messages in multiple hops. Besides, the system can share the road traffic information with the nearby streets to improve traffic efficiency. We evaluated the proposed solution with PANDORA and NRR Traffic Management solutions. Simulation results indicate that the proposed solution reduces the average travel time, time lost, and the number of transmitted messages.
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