As automation transforms drivers into passengers, the deployment of automated vehicles
(AVs) has the potential to greatly increase the incidence of motion sickness. A study was …

Autonomous vehicles (AVs) are expected to have a great impact on mobility by decreasing
commute time and vehicle fuel consumption and increasing safety significantly. However …

To mitigate motion sickness in self-driving cars and virtual reality, one should be able to
quantify its progression unambiguously. Self-report rating scales either focus on general …

Motion sickness in automated vehicles (AVs) represents a key Human Factors concern that
will negatively impact the passenger experience and, ultimately, public acceptance …

Motion Sickness (MS) is the result of uneasy feelings that occurs when travelling. In MS
mitigation studies, it is necessary to investigate and measure the occupant's Motion …

Motion sickness in road vehicles may become an increasingly important problem as
automation transforms drivers into passengers. The University of Michigan Transportation …

Background Motion platforms and driving simulators have been shown to contribute to
motion sickness and a short-term increase in standing postural sway. However, no studies to …

Performing non-driving-related tasks as car passenger reduces visual perception of
surroundings, which may cause a conflict with the human vestibular system and thus lead to …

• Until SAE Level 5 driving automation, locking alcohol and other drug impaired drivers from
driving may be the only appropriate solution. At lower levels, the vehicle can detect and …

Motion sickness when traveling in a vehicle is a common condition that afflicts one in three
adults in the US. Moreover, passengers who are not driving the vehicle experience such …