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Integration of smart parking in distributed ITS architecture

机译:将智能停车场集成到分布式ITS架构中

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In this paper, a new architecture has been proposed to enable distributed sensing in intelligent transportation system (ITS) and to facilitate the transition of legacy systems by the use of gateways (GW) which provide the existing systems with their native interface while also implementing the new functions for local communication and intelligence. The prompt detection of smart parking events are reported by the pervasive wireless sensor network and coordinated by the deployed gateways, drivers are informed in real-time about the situation available services on their route to destination. This contributes to reduce destination time as well as the fuel consumption of each driver and therefore CO2 emissions. In addition, the provision of real-time information on parking availability will help drivers to park their vehicles in less time, thus relieving traffic congestion, reducing CO2 emissions and improving urban mobility. The smart parking sensors are deployed and results are obtained to validate the proposed architecture.
机译:在本文中,已经提出了一种新的体系结构,以实现智能交通系统(ITS)中的分布式传感,并通过使用网关(GW)促进传统系统的过渡,网关为现有系统提供其本机接口,同时还实现了本地通讯和情报的新功能。智能泊车事件的及时检测由普及的无线传感器网络报告,并由已部署的网关进行协调,可实时告知驾驶员其到达目的地的可用服务的情况。这有助于减少目的地时间以及每个驾驶员的燃料消耗,从而减少CO2排放。此外,提供有关停车位实时信息的信息将有助于驾驶员在更短的时间内停车,从而缓解交通拥堵,减少二氧化碳排放并改善城市交通。部署了智能停车传感器,并获得了结果以验证所提出的体系结构。

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