自行车VANET安全应用的可靠性研究

M. Baqer, A. Krings
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引用次数: 2

摘要

在车联网的背景下,安全应用的重点主要集中在机动车的事故避免上,而对自行车的安全关注较少。本研究提出网联车辆的自行车安全应用。该安全应用程序旨在减少所谓的右钩冲突,这是一种常见的事故场景,即右转的车辆与相邻的自行车相撞。在车辆正常信标信息期间交换的信息被应用程序用于警告驾驶员与自行车的潜在碰撞,而不会引入额外的信息开销或偏离当前标准。采用商用设备,安装在车辆和自行车上,实施了拟议的安全应用,并根据实际现场实验评估了有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On the Reliability of VANET Safety Applications for Bicycles
In the context of connected vehicles, the focus of safety applications has mainly been on accident avoidance of motor vehicles, and little attention has been given to bicycle safety. This research presents a bicycle safety application for connected vehicles. The safety application aims to reduce the so-called right hook conflict, a common accident scenario where a right-turning vehicle causes a crash with an adjacent bicycle. The information exchanged during normal beacon messages of vehicles is used by the application to alert drivers of potential collisions with bicycles, without introducing addition message overhead or deviating from current standards. The proposed safety application was implemented using commercial equipment, installed in the vehicle and bicycle, and the effectiveness was evaluated based on real-world field experiments.
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