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Integrating GIS, GPS and GSM Technologies for the Effective Control of Logistics Distribution Vehicle Monitoring and Dispatching

机译:集成GIS,GPS和GSM技术,以有效控制物流配送车辆监测和调度

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In this paper we present an intelligent monitoring and scheduling system for vehicle delivery service. In order to manage pick-up and delivery operations more effectively, geographical information system (GIS), global positioning system (GPS) and wireless communication technologies are integrated in the system. The system consists of two subsystems, namely delivery monitoring centre and vehicle terminals system. Delivery monitoring centre is responsible for two operations, one of which is to generate routes and schedules of vehicles by using GIS and optimization techniques, and the other is to monitor current positions of vehicles and compare actual delivery results with planned sequences, routes and visiting time. It should be noted specially that the subsystem contains the model of emergency response decision support, which reduces the cost substantially facing unforeseen events. And the subsystem of vehicle terminals transmits information of vehicle positions and actual delivery results to the monitoring centre using GPS and wireless communication technologies.
机译:在本文中,我们提供了一种用于车辆送货服务的智能监控和调度系统。为了更有效地管理接送和交付操作,在系统中集成了地理信息系统(GIS),全球定位系统(GPS)和无线通信技术。该系统包括两个子系统,即交​​付监控中心和车辆终端系统。交付监控中心负责两个操作,其中一个是通过使用GIS和优化技术来生成车辆的路线和计划,另一个是监控车辆的当前位置并将实际递送结果与计划序列,路线和访问时间进行比较。应特别注意,子系统包含应急响应决策支持的模型,这减少了基本面临的不可预见的事件的成本。并且,车辆终端的子系统使用GPS和无线通信技术将车辆位置和实际递送结果的信息发送到监控中心。

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