The perception of motion and movement has been studied for a long time, often under very controlled conditions, in dark rooms, with the head stabilised. However, human perception mostly occurs under conditions that are far above perceptual threshold and in particular under conditions observers are not stationary. Our goal of this project is to look at motion sensitivity under conditions where observers are moving, or being moved, using a state of the art 7 degrees-of-freedom motion simulator (see also Hogendoorn, Alais et al, Vis Res 2017) and use head-mounted displays to present motion stimuli.
Masters/PHD
The perception of motion and movement has been studied for a long time, often under very controlled conditions, in dark rooms, with the head stabilised. This has given science a clear insight into how sensitive the human motion system is, typically represented by easy to reproduce sensitivity and tuning curves (See work by Fredericksen, Verstraten & Van de Grind, mostly in Vision Research in the mid ‘90s). However, human perception mostly occurs under conditions that are far above perceptual threshold and in particular under conditions observers are not stationary. That means that other senses are active, in particular the vestibular system, and our goal of this project is to look at motion sensitivity under conditions where observers are moving, or being moved. For this we use a state of the art 7 degrees-of-freedom motion simulator (see also Hogendoorn, Alais et al, Vis Res 2017) and use head-mounted displays to present motion stimuli.
HDR Inherent Requirements
In addition to the academic requirements set out in the Science Postgraduate Handbook, you may be required to satisfy a number of inherent requirements to complete this degree. Example of inherent requirement may include:
The opportunity ID for this research opportunity is 2951