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Design and deployment of Vehicle Tracking System in VANETs using Xbee Pro: Prototype model

机译:使用Xbee Pro:原型模型在VANET中设计和部署车辆跟踪系统

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Cooperative and Communication applications place an vital role in vehicular adhoc network(VANET)s for safety messages, warning messages, weather information, Traffic congestion information and road conditions information etc can be communicated from one vehicle node to another vehicle node and vehicle node to road side unit (RSU) within the ITS (Intelligent Transportation Systems). In this paper, we conducted an experimental study to establish a simple network among five vehicle nodes. Design of each vehicle node composed of communication module, Processing module, GPS module and energy source. Each vehicle node transmits its position information along with speed of the vehicle to RSU in which we can trace the movements of vehicle that mean we can monitor the travel path of vehicle in Google map using latitude and longitude transmitted by GPS Receiver. Experiment results proved that the degradation of network performance using zigbee module in dynamic and high speed environment.
机译:协作和通信应用在车载自组织网络(VANET)中起着至关重要的作用,因为安全消息,警告消息,天气信息,交通拥堵信息和路况信息等可以从一个车辆节点传递到另一个车辆节点,并从车辆节点传递到道路ITS(智能交通系统)中的副驾驶室(RSU)。在本文中,我们进行了一项实验研究,以在五个车辆节点之间建立一个简单的网络。每个车辆节点的设计由通讯模块,处理模块,GPS模块和能源组成。每个车辆节点将其位置信息以及车辆速度传输到RSU,在RSU中,我们可以跟踪车辆的运动,这意味着我们可以使用GPS接收器发送的经度和纬度在Google地图中监控车辆的行驶路径。实验结果证明,在动态和高速环境下使用zigbee模块会降低网络性能。

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