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ITS forecast: GIS Integration with Active Sensory System

机译:其预测:GIS集成与活动感官系统

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In the context of Intelligent Transport Systems (ITS) the monitoring and forecast of transportation systems is a common and recurrent necessity. As long as transport networks increment constantly their size and complexity there are new requirement for traffic prediction, routing calculation and congestion/accident avoidance. We propose in this paper an approach to integrate a Geographic Information System (GIS) with an active sensory system in order to provide timely and accurate ITS forecast. Our approach contemplates the inclusion of a constant feed of real-traces into our traffic model analysis for a close simulation of real-world comportment. In order to manage the complexities of the topological layout we utilize a GIS; a well known and specialized tool for geographic information database. This approach is based on the definition of a global framework to deal with the capture, collection, diffusion and utilization of traffic information.
机译:在智能运输系统(其)的背景下,运输系统的监测和预测是一种常见和经常性的必要性。只要运输网络递增不断增量它们的大小和复杂性,有关流量预测,路由计算和拥塞/事故避免都有新要求。我们提出了一种与活动感官系统集成了地理信息系统(GIS)的方法,以便提供及时和准确的预测。我们的方法考虑将实际迹线的恒定饲料归入到我们的交通模型分析中,以密切模拟真实世界的展示。为了管理我们利用GIS的拓扑布局的复杂性;地理信息数据库的众所周知和专业工具。这种方法基于全局框架的定义来处理交通信息的捕获,集合,扩散和利用。

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