
Explore the infrastructure challenges of the Metaverse, focusing on edge computing and networking. Learn about technological approaches and open-source solutions for building the future of immersive experiences.

Explore a .NET developer's journey into Java Spring, comparing frameworks and examining the daily workflow of Java development.

Explore cutting-edge research on virtual humans and agents, covering topics like social interactions, crowd behavior, and user perceptions in virtual reality environments.

Exploring innovative VR applications in healthcare, from emotional stress induction to needle navigation, playful rehabilitation, and perceptual task evaluation for medical training and treatment.

Explore cutting-edge research on perception in virtual and augmented reality, covering topics like field of view, artificial odor synthesis, vibration impact, shadow perception, and skin tone rendering.

Explore cutting-edge rendering techniques for VR, including view synthesis, face reconstruction, mixed reality, foveated rendering, and dynamic projection mapping.

Explore cutting-edge research on mitigating cybersickness and improving balance in virtual reality, featuring innovative techniques and auditory feedback for enhanced user experiences.

Cutting-edge research on VR/AR interaction design, exploring supershapes, digital twins, immersive analytics, safety training, and mobile VR presentations. Insights for developers and researchers.

Explore cutting-edge research on virtual reality locomotion, including redirected walking, virtual jumping, and friction feedback, presented at IEEE VR 2022's Asia-Pacific session.

Explore cutting-edge research on VR questionnaires, virtual rotations, and vestibular stimulation in this IEEE VR 2022 session, addressing potential negative effects in virtual reality.

Explore cutting-edge research on virtual production, immersive dance, and mixed reality for cultural preservation in this IEEE VR 2022 session featuring three innovative papers.

Explore cutting-edge research on VR locomotion techniques, including foldable spaces, desk VR travel, eye tracking prediction, redirected walking, and seated leaning interfaces.

Explore cutting-edge research on virtual reality locomotion techniques, including environment compatibility, navigation performance, teleportation interfaces, and adaptive redirection strategies.

Explore cutting-edge research on emotion and cognition in virtual reality, including studies on cognitive load, emotional sharing, jury understanding, disability simulation, and mood-driven colorization.

Cutting-edge research on AR/VR displays, covering windshield displays, nanophotonic arrays, varifocal holograms, optical see-through wearables, and mixed reality with focus cues.

Explores VR-based tactical planning, virtual workspace positioning, and duplicated reality for co-located AR collaboration. Cutting-edge research on enhancing collaborative experiences in virtual and augmented environments.

Cutting-edge augmented reality research: virtual object insertion, shared gaze visualization, spatial AR cues, distortion-free imaging, visuo-haptic mapping, and multi-user AR scaling.

Cutting-edge UI research for virtual environments, exploring physiological sensing, AR for information access, navigation in mixed reality, tangible interaction, and urban navigation in VR.

Explore cutting-edge research on audio in virtual reality, covering topics like character personality perception, spatial updating, volumetric music videos, and audio quality evaluation methods.

Learn to create embedded, reactive visualizations for augmented reality using RagRug, an open-source toolkit integrating Unity, Node-RED, and JavaScript for seamless situated analytics development.

Experts discuss IEEE VR conference's evolution, virtual meeting challenges, and future possibilities. Breakout sessions encourage audience input on hybrid models, accessibility, and key research questions for optimal conference experiences.