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Prevention method of traffic accident using inter-vehicle communication: head-on collision, rear-end collision, and so on

机译:使用车辆间通信的交通事故预防方法:正面碰撞,追尾碰撞等

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摘要

78000 a year Japanese traffic accident occer, and, as for the economic loss, as for the not less than a trillion yen and the study to prevent a traffic accident greatly, there is emergency. Most things come, and, by a head-on collision (27%), next is a rear-end collision (24%). As for this head-on collision, road width breeds at the crossing that there is not of a the same signal, and there is such a crossing innumerably, and it is necessary for the traffic accident prevention method that is not relid on infrastructure such as a sensor or warning of a crossing. We suggest the FDM-CMSK system that used diffraction of an electric wave of VHF zone already. I define the equation applied traffic accident prevention in this study and show computing sample of warning position, and so on.
机译:日本的交通事故每年发生78000起,经济损失不少于一万亿日元,并且为防止交通事故大幅度进行研究,有紧急情况。大多数事情都来了,正面碰撞(27%)紧随其后,是后端碰撞(24%)。对于这种正面碰撞,在没有相同信号的交叉路口处产生道路宽度,并且存在无数个交叉路口,因此对于不依赖于诸如传感器或有交叉警告。我们建议已经使用VHF区电波衍射的FDM-CMSK系统。我在这项研究中定义了适用于交通事故预防的方程式,并显示了警告位置的计算示例,依此类推。

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