驾驶员应力检测与感知的生物识别界面

Juan Manuel Madrid, Carlos A. Arce-Lopera, Fabian Lasso
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引用次数: 4

摘要

减轻车辆驾驶员压力的因素之一是意识到压力的存在。该项目提出了一个用于驱动程序中应力检测的生物识别接口,该接口使用开源传感器和硬件构建。在两个系列的实验中,我们通过让测试对象在模拟器中逐步驾驶困难的场景来诱导压力。我们使用C4.5分类算法对受试者的生物特征数据进行分类,以确定受试者是否受到压力。在另一系列实验中,我们测试了两种驾驶员反馈系统的效果,一种是触觉反馈系统,另一种是视觉反馈系统。识别压力情况可以实时反馈给司机,这样他们就可以意识到自己的压力状态,从而能够及时采取纠正措施,避免导致事故的行为。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biometric Interface for Driver's Stress Detection and Awareness
One of the factors for stress reduction among vehicle drivers is to be aware that stress is present. This project presents a biometric interface for stress detection in drivers, built with open source sensors and hardware. In two series of experiments, we induce stress in test subjects by making them drive progressively difficult scenarios in a simulator. Using the C4.5 classification algorithm, we classified the subjects' biometric data in order to determine whether the subject was stressed or not. In another series of experiments, we tested the efficacy of two driver feedback systems, a haptic one and a visual one. Identifying a stressful situation allows real-time feedback to drivers, so they can be aware of their stressed state, thus being able to take corrective actions on time, and avoid behavior leading to an accident.
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