This study presents ErgoPulse, a system that integrates biomechanical simulation with
electrical muscle stimulation (EMS) to provide kinesthetic force feedback to the lower-body …

This study explored bone-conduction vibration (BCV) in redirected walking (RDW), a
technology for seamless walking in large virtual spaces within confined physical areas …

This study examines the feasibility of user-applied active locomotion in In-Car Virtual Reality
(VR), overcoming the passivity in mobility of previous In-Car VR experiences where the …

To increase the flexibility of haptic feedback in virtual reality (VR), hand redirection (HR) has
been proposed to shift the hand's virtual position from its actual position. To expand the …

This study introduces" Flip-Pelt," a motor-driven peltier device designed to provide rapid
thermal stimulation and congruent pressure feedback in virtual reality (VR) environments …

In VR environments, user's sense of presence is enhanced through natural locomotion.
Redirected Walking (RDW) technology can provide a wider walking area by manipulating …

This study aimed to develop an effective VR locomotion technique for walking through virtual
environments with sloped ground. Thus, this paper presents a novel method for inducing the …

This paper introduces a motor-driven Peltier device designed to deliver immediate thermal
sensations within extended reality (XR) environments. The system incorporates eight motor …

Teleoperation, the remote manual control of robots, is primarily used in high-precision and
safety-critical environments such as surgery, space exploration, and deep-sea exploration …

Providing convincing proprioceptive cues is essential for immersive virtual reality (VR)
navigation. However, this is challenging for seated users with restricted mobility. To address …