This study aimed to characterize the biomechanical stresses in the neck and shoulder, self-
reported discomfort, and usability by different target distance or size during augmented …

Augmented reality (AR) interactions have been associated with increased biomechanical
loads on the neck and shoulders. To provide a better understanding of the factors that may …

The objective of this study was to evaluate the effect of different target locations on
musculoskeletal loading and task performance during virtual reality (VR) interactions. A …

The digital world has recently experienced a swift rise in worldwide popularity due to Virtual
(VR) and Augmented Reality (AR) devices. However, concrete evidence about the effects of …

While using their smartphone, users tend to adopt awkward neck and shoulder postures for
an extended duration. Such postures impose the risk of MSDs on those body parts …

Augmented reality glasses are unlike regular glasses, its built-in camera, sensors and
modules make it a small computing device capable of independent data processing …

This study investigated the effects of target size and error rate on cognitive demand during
augmented reality (AR) interactions. In a repeated-measures laboratory study, twenty …

With the development of technology, the virtual reality (VR) headsets are widely accepted
and used for leisure activities and training. However, research about the comfort of the VR …

This study aimed to determine gravitational and dynamic torques and muscle activity of the
neck across a series of design parameters of head mounted displays (mass, center of mass …

Ergonomics issues while using virtual reality (VR) headsets for text-intensive applications
have not been studied. Measures of neck and shoulder discomfort and simulator sickness …