Recent technological developments have finally brought virtual reality (VR) out of the
laboratory and into the hands of developers and consumers. However, a number of …

Immersive maps in augmented reality (AR) are virtual maps that plausibly blend with the
physical environment, such that the user perceives them as a part of the real world. While …

This work explores the use of foot gestures for locomotion in virtual environments. Foot
gestures are represented as the distribution of plantar pressure and detected by three …

Body-centric locomotion allows users to navigate virtual environments with body parts (eg
head tilt, arm swing or torso lean). Transfer functions are an important determinant of the …

In this paper, we introduce a novel Virtual Reality (VR) navigation method using gaze ray
and hand, named RayHand navigation. It supports controlling navigation speed and …

Body-centric locomotion allows users to control both movement speed and direction with
body parts (eg, head tilt, arm swing or torso lean) to navigate in virtual reality (VR). However …

We present an efficient locomotion technique that can reduce cybersickness through
aligning the visual and vestibular induced self-motion illusion. Our locomotion technique …

For many virtual reality applications, a pre-calculated fly-through path is the de facto
standard navigation method. Such a path is convenient for users and ensures coverage of …

Body-centric locomotion in Virtual Reality (VR) involves multiple factors, including the point
of view, avatar representations, tracked body parts for locomotion control and transfer …

Locomotion gesture classification in virtual reality (VR) is the process of analyzing and
identifying specific user movements in the real world to navigate virtual environments …