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Detection of Spatiotemporal Interferences of Road Traffic with IoT-Connected Sensor Beacons

机译:用IOT连接传感器的公路流量的时空干扰检测

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Efficient collection and real-time provision of information on roadworks with impact on traffic flow are essential to reliable and effective traffic and transport management for urban and regional road networks. In order to enable road operators to impose efficient traffic management measures, comprehensive amounts of data on both traffic demand and interferences of the road infrastructure are required. Roadworks management systems are used for planning of construction work zones, whereas exact real-time information on opening, spatial-timely progress and completion of roadworks are only to obtain by connected sensors to be deployed directly in the work zone. To that end, an innovative sensor-based construction barricade light - in the following denoted as sensor beacon - has been developed which allows the geo-referencing of road works in real time with sub-meter accuracy. The combined use of multiple connected sensor lights allows the extent of the work site to be exactly mapped. The construction site related information is provided to an urban data platform for further processing with software systems for roadworks information and coordination.
机译:高效的收集和实时提供有关对交通流量影响的道路工程信息对城市和区域道路网络的可靠和有效的交通和运输管理至关重要。为了使道路运营商能够施加有效的交通管理措施,需要全面的有关道路基础设施的交通需求和干扰的数据。 Roadworks管理系统用于规划建筑工作区,而有关开放的确切实时信息,则仅通过连接的传感器进行的空间及时进展和完成轨道工程,以便直接在工作区中部署。为此,在下面的基于传感器的施工路障光 - 已经开发出了以下称为传感器信标的,这允许使用亚米的准确度实时地参考道路。多个连接传感器灯的组合使用允许工作现场的范围完全映射。施工现场相关信息被提供给城市数据平台,以便使用用于道路工程信息和协调的软件系统进行进一步处理。

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