WHEN a large spacecraft fails on orbit, the diagnostic and debugging process is
challenging, time consuming, costly, and possibly dangerous. The ability to visually inspect …

This paper presents a computational study of head motion in human interaction, notably of
its role in conveying interlocutors' behavioral characteristics. Head motion is physically …

Head orientation prediction is one of the solutions to reduce end-to-end latency on Virtual
Reality (VR) systems and is important since it can alleviate negative effects like motion …

Devices with touchscreens have an inherent latency. When a user's finger drags an object
across the screen the object follows with a latency of around 100ms for current devices …

In virtual reality applications, there is an aim to provide real time graphics which run at high
refresh rates. However, there are many situations in which this is not possible due to …

The use of computer vision for spacecraft relative navigation and proximity operations within
an unknown environment is an enabling technology for a number of future commercial and …

Display lag in simulation environments with helmet-mounted displays causes a loss of
immersion that degrades the value of virtual/augmented reality training simulators …

Virtual environments (VEs) have been shown to be beneficial in physical rehabilitation,
increasing motivation and the range of exercises that can be safely performed. However …

Head-mounted displays (HMDs) in room-scale virtual reality are usually tracked using inside-
out visual SLAM algorithms. Alternatively, to track the motion of the HMD with respect to a …

Particle filtering is very reliable in modelling non-Gaussian and non-linear elements of
physical systems, which makes it ideal for tracking and localization applications. However, a …