In comparison with the high level of knowledge about vehicle dynamics which exists
nowadays, the role of the driver in the driver–vehicle system is still relatively poorly …

In this manuscript, we comprehensively review both the human and animal literature
regarding vestibular and multi-sensory contributions to self-motion perception. This covers …

The occurrence of visually induced motion sickness has been frequently linked to the
sensation of illusory self-motion (vection), however, the precise nature of this relationship is …

Virtual Reality (VR) experienced through head-mounted displays often leads to vection,
discomfort and sway in the user. This study investigated the effect of motion direction and …

The brain infers our spatial orientation and properties of the world from ambiguous and
noisy sensory cues. Judging self-motion (heading) in the presence of independently moving …

The thalamus contains third-order relay neurons of the trigeminal system, and animal
models as well as preliminary imaging studies in small cohorts of migraine patients have …

Falls are a common cause of injury in older adults (OAs), and age-related declines across
the sensory systems are associated with increased falls risk. The vestibular system is …

Accurate self-motion perception, which is critical for organisms to survive, is a process
involving multiple sensory cues. The two most powerful cues are visual (optic flow) and …

Younger adults integrate visual and vestibular cues to self-motion in a manner consistent
with optimal integration; however, little is currently known about whether this process …

Humans and animals are fairly accurate in judging their direction of self-motion (ie, heading)
from optic flow when moving through a stationary environment. However, an object moving …