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An Optimal Route Vehicle Assignment Fleet Management System with Real-Time Monitoring

机译:具有实时监控的最佳路线和车辆分配车队管理系统

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This paper presents a GIS based fleet management system with optimal vehicle assignment. The system is designed on top of a mesh based communication infrastructure for the mobile nodes to communicate. Communication network comprises of multiple networks i.e. VHF gateways, GSM and GPRS network to ensure reliability. The mesh based communication approach enables easy deployment of the system in real world. OLSR routing protocol is used for establishing an ad hoc network for peer-to-peer communication which is best suited for the applications where the number of hosts is too large for normal network infrastructure to handle, like in transportation industry. The paper involves research in the fields of mobile communication and tracking in collaboration with state of the art technologies like GPS and GIS.GPS and GIS technologies are used for fleet tracking, monitoring and display of vehicle on the map.
机译:本文介绍了一个基于GIS的车队管理系统,具有最佳的车辆分配。该系统设计在基于网格的通信基础架构之上,用于移动节点以进行通信。通信网络包括多个网络,即VHF网关,GSM和GPRS网络,以确保可靠性。基于网格的通信方法可以轻松地部署现实世界中的系统。 OLSR路由协议用于建立用于对等通信的AD Hoc网络,该网络最适合于对于运输行业进行正常网络基础架构的主机数量过大的应用程序。本文涉及在与GPS和GIS.GPS和GIS.GPS和GIS技术等领域的移动通信和跟踪领域的研究,并且GIS技术用于地图上车辆的车队跟踪,监控和显示。

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