Latency is a key characteristic inherent to any computer system. Motion-to-Photon (MTP)
latency describes the time between the movement of a tracked object and its corresponding …

We contribute a novel user-and activity-independent kinematics-based regressive model for
continuously predicting ballistic hand movements in virtual reality (VR). Compared to prior …

Jitter and lag severely impact the smoothness and responsiveness of user experience on
vision-based human-display interactive systems such as phones, TVs, and VR/AR. Current …

When using a see-through augmented reality head-mounted display system (AR HMD), a
user's perception of virtual content may be degraded by a variety of perceptual artifacts …

This paper presents a new technique to predict the ray pointer landing position for selection
movements in virtual reality (VR) environments. The technique adapts and extends a prior …

Latency is present in all interactive systems and decreases user experience and
performance. Previous work developed approaches that predict user actions and show …

Touch surfaces are widely utilized for smartphones, tablet PCs, and laptops (touchpad), and
single and double taps are the most basic and common operations on them. The detection …

In current graphical user interfaces, there exists a (typically unavoidable) end-to-end latency
from each pointing-device movement to its corresponding cursor response on the screen …

This paper presents the results of a 36 participant empirical comparison of touch mode-
switching. Six techniques are evaluated, spanning current and future techniques: long press …

End-to-end latency in interactive systems is detrimental to performance and usability, and
comes from a combination of hardware and software delays. While these delays are steadily …