Two Methods to Bring Drivers Back Better into the Loop after Automated Driving at SAE Level 3

P. Mörtl, N. Ebinger, Cyril Marx, Sandra Trösterer
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Abstract

Vehicles offering conditional automated driving (SAE Level 3 [1]) are now becoming available worldwide. At this automated driving level, it is possible for drivers to engage in non-driving related activities while the vehicle takes over all lateral and longitudinal maneuvers. However, drivers must remain fallback ready to reengage control when requested to do so by the vehicle. Human factors research in automation has for a long time established that it is difficult for drivers, who are out-of-the-loop, to quickly, effectively, and safely re-engage in the driving task. This video submission presents two methods to increase the acceptability and safety of automated driving at SAE level 3. These methods were developed in the EU Horizon 2020 project HADRIAN (Holistic Approach for Driver Role Integration and Automation Allocation for European Mobility Needs; https://hadrianproject.eu/). The first method makes the duration of SAE L3 drives more predictable and expectable to the driver by displaying the duration. Duration information is received by road infrastructure messages that are sent to the vehicle. Also, the amount of time that a driver has to reengage manual control after driving at SAE L3 is predicted and displayed to the driver. The second method provides the driver with various types of learning information and feedback to help improve the driver's skills in handling the automated vehicle. Detailed analyses describing the impact of these methods are currently under investigation and will be reported soon.
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SAE 3级自动驾驶后,两种方法让驾驶员更好地回到循环中
具备条件自动驾驶(SAE Level 3[1])功能的车辆现已在全球范围内上市。在这种自动驾驶水平下,驾驶员可以从事与驾驶无关的活动,而车辆则承担所有横向和纵向机动。然而,驾驶员必须随时准备在车辆要求时重新启动控制。长期以来,自动化领域的人为因素研究已经证明,处于“圈外人”状态的驾驶员很难快速、有效、安全地重新投入到驾驶任务中。本视频提交了两种方法来提高SAE 3级自动驾驶的可接受性和安全性。这些方法是在欧盟地平线2020项目HADRIAN(欧洲移动需求驾驶员角色集成和自动化分配的整体方法)中开发的;https://hadrianproject.eu/)。第一种方法通过显示持续时间,使SAE L3驱动的持续时间对驾驶员来说更可预测和预期。持续时间信息由发送给车辆的道路基础设施信息接收。此外,在SAE L3级别行驶后,驾驶员重新启动手动控制所需的时间也会被预测并显示给驾驶员。第二种方法为驾驶员提供各种类型的学习信息和反馈,以帮助提高驾驶员处理自动车辆的技能。描述这些方法影响的详细分析目前正在调查中,并将很快报告。
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