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Light-Based External Human Machine Interface: Color Evaluation for Self-Driving Vehicle and Pedestrian Interaction

机译:基于轻型的外部人机界面:自动驾驶车辆和行人互动的颜色评估

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摘要

In today's road traffic pedestrians seek eye contact with drivers to move along safely. Such communication is no longer possible with self-driving vehicles. Previous research shows that an external Human-Machine-Interface (eHMI) provides an interface between self-driving vehicles and pedestrians. However, recommendations for standardization are still being developed. The study compares the colors white and turquoise for eHMI lamps indicating that the automated driving system is engaged. The colors are evaluated in a street-crossing scenario and a parking lot scenario with a Wizard-of-Oz vehicle equipped with eHMI lamps mounted on top of the vehicle. We conducted questionnaires and structured interviews with N=59 participants to identify eHMI design guidelines. Our research provides evidence that turquoise facilitates pedestrians' factors like visibility, discriminability, sense of safety and trust higher than white. The results are consistent among traffic scenarios. This paper contributes in formulating research-based design guidelines to improve pedestrian safety.
机译:在今天的道路交通行人中寻求与司机的目光接触,安全地移动。自行车车辆不再可能使用这种通信。以前的研究表明,外部人机界面(EHMI)在自动驾驶车辆和行人之间提供了界面。但是,仍在制定标准化建议。该研究将白色和绿松石的颜色与EHMI灯进行比较,指示自动化驱动系统已啮合。颜色在街道交叉方案和停车场方案中评估,带有欧洲典范的欧洲典可的车辆,配备了安装在车辆顶部的EHMI灯。我们对N = 59名参与者进行了调查问卷和结构化访谈,以确定EHMI设计指南。我们的研究提供了有证据表明绿松石促进了人行力,如能见度,可怜的,安全感和高于白色的信任。结果在交通方案中是一致的。本文有助于制定基于研究的设计指南,以提高行人安全性。

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