Automated vehicles (AVs) are on the edge of being available on the mass market. Research
often focuses on technical aspects of automation, such as computer vision, sensing, or …

Automation is finding its way into many parts of everyday life. This is manifested by the
increasing opportunities for end users to offload decisions to their home appliances, to hand …

根据智能汽车技术发展特点和趋势提出了人机共驾的概念; 从切换的发起者,
强制性与计划性三方面论述了人机共驾智能汽车控制权切换的分类方法, 分析了广义和狭义2 …

Automated vehicles will eventually operate safely without the need of human supervision
and fallback, nevertheless, scenarios will remain that are managed more efficiently by a …

This paper provides a taxonomy of different forms of autonomous vehicle handover
situations. It covers scheduled, emergency and non-emergency handovers and it …

We release SVIRO, a synthetic dataset for sceneries in the passenger compartment of ten
different vehicles, in order to analyze machine learning-based approaches for their …

Automated driving has many potential benefits, such as improving driving safety and
reducing drivers' workload. However, from a human factors' perspective, one concern is that …

Motion sickness (MS) is known to be a potentially limiting factor for future self-driving
vehicles–specifically in regards to occupant comfort and well-being. With this as a …

The alternative use of travel time is a widely discussed benefits of driverless cars. We
therefore conducted 14 co-design sessions to examine how people manage their time, to …

Designing safe and effective systems for control transitions between human and vehicle is a
difficult task, due to increased reaction times and potentially inattentive drivers. In order to …