Tracking a head-mounted display in a room-sized environment with head-mounted cameras Jih-fang Wang, Ronald Azuma, Gary Bishop Vernon Chi, John Eyles, Henry Fuchs Department of Computer Science University of North Caroli

Source URL: www.ronaldazuma.com

Multisensory Integration With a Head-Mounted Display: Sound Delivery and Self-Motion Matthew B. Thompson and Penelope M. Sanderson, The University of Queensland, St Lucia, Australia Objective: We tested whether the metho

Source URL: mbthompson.com

How Immersive is Enough?: A Foundation for a Meta-analysis of the Effect of Immersive Technology on Measured Presence James J. Cummings, Jeremy N. Bailenson and Mailyn J. Fidler Stanford University {

Source URL: astro.temple.edu

• Human–computer interaction
• Reality
• Technology
• User interface techniques
• American art
• Immersion
• Telepresence
• Head-mounted display
• Presence
• Virtual reality
• Emerging technologies
• Mixed reality

The Best of Two Worlds: Merging Virtual and Real for Face to Face Collaboration Desney S Tan*, School of Computer Science, Carnegie Mellon University Ivan Poupyrev, MIC Research Labs, ATR Mark Billinghurst, HITlab, Unive

Source URL: www.ivanpoupyrev.com

• Reality
• Multimodal interaction
• Mixed reality
• Augmented reality
• Virtual world
• Head-mounted display
• Collaborative software
• Projection augmented model
• 3D interaction
• Human–computer interaction
• Virtual reality
• User interface techniques

Virtual Object Manipulation on a Table-Top AR Environment H. Kato1, M. Billinghurst2, I. Poupyrev3, K. Imamoto1, K. Tachibana1 1 Faculty of Information Sciences, Hiroshima City University

Source URL: www.ivanpoupyrev.com

• Reality
• Software
• Mixed reality
• Surface computing
• Multimodal interaction
• Augmented reality
• Tangible user interface
• User interface
• Head-mounted display
• User interface techniques
• Human–computer interaction
• Virtual reality

The Past and the Future of Virtual Reality Presented by Alexandra Seger, mt121094

Source URL: www.marshallplan.at

• Nature
• Virtual world
• Simulation
• Virtuality
• Second Life
• The Sword of Damocles
• Head-mounted display
• Augmented reality
• Virtual reality
• Human–computer interaction
• Reality

Input and Output Devices Joseph J. LaViola Jr. Brown University Compter Graphics Lab Joseph J. LaViola Jr.

Source URL: people.cs.vt.edu

• Reality
• Mixed reality
• Display technology
• Emerging technologies
• Head-mounted display
• 3D interaction
• Input device
• Augmented reality
• User interface
• Human–computer interaction
• Virtual reality
• User interface techniques

A Framework and Testbed for Studying Manipulation Techniques for Immersive VR Ivan Poupyrev 1,2, Suzanne Weghorst 2, Mark Billinghurst 2, Tadao Ichikawa 1 1 IS Lab, Faculty of Engineering,

Source URL: www.ivanpoupyrev.com

• 3D interaction
• User interface
• Gesture recognition
• Direct manipulation interface
• Usability
• Immersion
• Human–computer interaction
• Head-mounted display
• Virtual world
• User interface techniques
• Virtual reality
• Human–computer interaction

HIT Lab NZ Interface 2008-Sep_final

Source URL: hitlabnz.org

• User interface techniques
• Mixed reality
• Multimodal interaction
• Nature
• Augmented reality
• International Symposium on Mixed and Augmented Reality
• .nz
• Head-mounted display
• Teleconference
• Human–computer interaction
• Reality
• Virtual reality

Seeing the world through a depth-sensing camera Copyright © 2014 All rights reserved. In this project we attach a depth-sensing camera to a head-mounted stereoscopic display (think: Kinect + Google Cardboa

Source URL: www.pabr.org

• Human–computer interaction
• Kinect
• USB On-The-Go
• Universal Serial Bus
• Samsung Galaxy Note
• USB 3.0
• Head-mounted display
• USB flash drive
• Stereoscopy
• Computer hardware
• Computing
• Smartphones