In recent years, virtual reality has experienced notorious technological advances in a quite short time. In an attempt to quickly response to this technical developments, some designs and developments of inmersive environments have caused different symptoms such as dizziness or disorientation. This work aims to analyze different methods of interaction and locomotion used in inmersive environments (Point of Interest, Gamepad, Teleport, and Room-Scale) in three different aspects: presence, cybersickness, and usability. We have designed and developed an experimental environment to carry out an empirical analysis with 48 subjects comparing the results obtained in different perceptual experiments. As a result, we provide a guideline for the use of these methods of interaction and locomotion in virtual reality.
In recent years, virtual reality has experienced notorious technological advances in a quite short time. In an attempt to quickly response to this technical developments, some designs and developments of inmersive environments have caused different symptoms such as dizziness or disorientation. This work aims to analyze different methods of interaction and locomotion used in inmersive environments (Point of Interest, Gamepad, Teleport, and Room-Scale) in three different aspects: presence, cybersickness, and usability. We have designed and developed an experimental environment to carry out an empirical analysis with 48 subjects comparing the results obtained in different perceptual experiments. As a result, we provide a guideline for the use of these methods of interaction and locomotion in virtual reality. Read More
Related posts:
Multi-Technique Redirected Walking Method
A succinct overview of virtual reality technology use in Alzheimer’s disease
Genotype by Environment Interaction Analysis of Agronomic Spring Barley Traits in Iceland Using AMMI, Factorial Regression Model and Linear Mixed Model
Electronic Skin for Virtual Sensation Generation in Immersive Virtual and Augmented Reality
Shell-Model studies of chaos and statistical
properties in nuclei
Aeroelastic analysis using confocal sensors: experimental study and numerical validation with application to a future particle detector