With the development of intelligent cabins and the popularity of smart devices, motion
sickness has become an increasing concern. A number of theories have been proposed to …

This paper examines the feasibility of incorporating visual cueing systems within vehicles to
mitigate the risk of experiencing motion sickness. The objective is to enhance passenger …

Autonomous vehicles (AVs) offer the opportunity to achieve safe, efficient, accessible,
affordable and productive transportation, while also enhancing the mobility of vulnerable …

The design of the traditional vehicle human-machine interfaces (HMIs) is undergoing major
change as we move towards fully connected and automated vehicles (CAVs). Given the …

The paper presents a study on motion sickness mitigation while driving with a fully
automated vehicle on a test track. 31 participants who were susceptible to motion sickness …

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 …

Motion sickness in self-driving cars is a key human factor that aggravates the passengers'
health in autonomous vehicles and is investigated in the following pages. As drivers turn into …

To make the rise of automated vehicles possible and to allow for their mass adoption, one
major problem still needs to be solved: Motion sickness. Automated vehicles lead to …

With the development of highly automated driving functions, drivers will no longer be in full
charge of the driving task and can instead engage in a variety of non-driving related tasks …

Currently, the expectations for autonomous vehicles (AVs) are increasing. However, it is
expected to take at least a decade to develop a fully AV, where human intervention is …