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Vehicle Safety Monitoring System with Next Generation Satellite Navigation: Part 2 Excessive Acceleration Detection

机译:具有下一代卫星导航的车辆安全监控系统:第2部分过度加速度检测

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The road accident is major concern around the world, so do Thailand. It is caused by three main factors: man, vehicle and infrastructure. The most important part that accounts the safety of vehicle is human. With experiences and careful driver, the accident could be diminished. So that the vehicle monitoring systems are the vital tools to screen out the inexperience or aggressive driver. In this paper, we state the problem about the dangerous driving behavior by monitoring lateral and longitudinal acceleration. For this purpose, the inertial measurement unit should be applied but it is inconvenient to install in the vehicle. Consequently, the vehicle monitoring system were developed based on novel consumer grade multi-satellite navigation receivers and were compared to Racelogic Video V-Box system in controlled condition tested track. The incidents were virtually detected and reviewed. The incident detection algorithm were proposed and tested alongside with receivers. As results, the vehicle lateral and longitudinal acceleration from all receivers were correlated with virtually count. With incident detection algorithm that cut off at 0.25g in both directions were detected and the number of incidents were same as references.
机译:道路事故是世界各地的主要问题,泰国也是如此。它是由三个主要因素引起的:人,车辆和基础设施。账户的最重要部分是人类的安全性。有经验和仔细的司机,事故可能会减少。因此,车辆监控系统是筛选缺乏经验或侵略性驾驶员的重要工具。在本文中,我们通过监测横向和纵向加速来说明危险驾驶行为的问题。为此目的,应应用惯性测量单元,但在车辆中安装不方便。因此,基于新型消费级多卫星导航接收机开发了车辆监测系统,并与受控条件测试轨道的racelogic视频V字幕系统进行了比较。事件几乎检测到并审查。提出了事件检测算法和与接收器一起测试。结果,从所有接收器的车辆横向和纵向加速度与几乎计数相关。通过入射检测算法检测到在两个方向上在0.25g下切断,并且事件的数量与参考相同。

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