Evidence-based automated traffic hazard zone mapping using wearable sensors

Masahiro Tada, H. Noma, K. Renge
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引用次数: 2

Abstract

Recently, underestimating traffic condition risk is considered one of the biggest reasons for traffic accidents. In this paper, we proposed evidence-based automatic hazard zone mapping method using wearable sensors. Here, we measure driver's behavior using three-axis gyro sensors. Analyzing the measured motion data, proposed method can label characteristic motion that is observed at hazard zone. We gathered motion data sets form two types of driver, i.e., an instructor of driving school and an ordinary driver, then, tried to generate traffic hazard zone map focused on difference of the motions. Through the experiment in public road, we confirmed our method allows to extract hazard zone.
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使用可穿戴传感器的基于证据的自动交通危险区域地图
近年来,低估交通状况风险被认为是造成交通事故的最大原因之一。本文提出了基于可穿戴传感器的基于证据的自动危险区测绘方法。在这里,我们使用三轴陀螺仪传感器测量驾驶员的行为。通过对实测运动数据的分析,该方法可以对危险区域观测到的特征运动进行标记。我们收集驾校教师和普通驾驶员两类驾驶员的运动数据集,然后尝试生成针对运动差异的交通危险区地图。通过在公共道路上的实验,我们证实了我们的方法可以提取危险区。
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