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Automatic Identification of Accidents and to Improve Notification using Emerging Technologies

机译:使用新兴技术自动识别事故并改善通知

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New communication technologies integrated into modern vehicles offer a better assistance to people injured in traffic accidents. Recent studies show how hybrid communication capabilities should be supported and improve overall rescue process. There are a variety of areas, where in a need exists for a system capable of identifying and characterize the severity of the accidents using KDD process. In this system considers the most relevant variables that can be characterize the severity of the accidents (variables such as vehicle speed, vehicle location, accelerometer condition) by using embedded systems. This system consists of several wireless network devices such as Global Positioning System (GPS) and ZigBee. GPS determine the location of the vehicle. Proposed system contains single-board embedded system that is equipped with GPS and ZigBee, along with microcontroller that is installed in the OBU vehicle. Based on vehicle motion, report is generated and to be taken by emergency services. If small accident has occurred or if there is no serious danger to anyone's life, then there is the option for alert message can be terminated by the driver or any other near peoples by a switch in order to avoid sends the message to control and save the valuable time of the medical rescue team. To improve the overall rescue process, a fast and accurate estimation of the severity of the accident system offered perfect facts to emergency services as soon as possible and saves precious life of peoples.
机译:集成在现代车辆中的新通信技术为交通事故中受伤的人提供了更好的帮助。最近的研究表明应如何支持混合通信功能并改善总体救援过程。在许多领域,需要一种能够使用KDD流程识别和表征事故严重性的系统。在该系统中,考虑了可以通过使用嵌入式系统来表征事故严重程度的最相关变量(变量,例如车速,车辆位置,加速度计状况)。该系统由多个无线网络设备组成,例如全球定位系统(GPS)和ZigBee。 GPS确定车辆的位置。拟议的系统包含配备GPS和ZigBee的单板嵌入式系统,以及安装在OBU车辆中的微控制器。基于车辆的运动,将生成报告并由紧急服务部门进行报告。如果发生了小事故或对任何人的生命没有严重危险,则可以通过驾驶员或驾驶员通过开关终止警报消息,以免将消息发送给控制和保存。医疗救援队的宝贵时间。为了改善整个救援过程,快速,准确地估计事故系统的严重程度,可以尽快为应急服务提供完美的事实,并挽救了人们的宝贵生命。

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