Category: Research projects

Currently, all of the off-the-shelf light field displays are only able to provide motion parallax horizontally but not vertically. Although a lot of people think vertical parallax is not as important as horizontal parallax,...

The Collaborative Virtual Environments (CVEs) created by Mixed Reality (MR) technologies have been classified as symmetric and asymmetric CVEs, where the latter aim to provide different authorities for different collaborator roles utilizing heterogeneous techniques...

Augmented Reality and Virtual Reality have become increasingly popular in scientific visualization especially for education where they can support collaborative scientific visualization experiences in the classroom. However, the inherent limitations of head-mounted AR and...

As a promising alternative to VR head-mounted displays, current autostereoscopic displays and light field displays require high GPU consumption for multiple-view rendering and do not display different scenes for multiple viewers with motion parallax....

Most people will think of head-mounted goggles when Virtual Reality (VR) is mentioned. But there are some other VR techniques that don’t require any device wearing on the viewer’s head. Fish Tank VR is...

This project is a variation of my webcam-based Fish Tank VR system. Instead of tracking users’ heads through a web camera, this project is equipped with two HTC Vive controllers as trackers. One of...

Future auto-stereoscopic displays offer us an amazing possibility of virtual reality without the need for head-mounted displays. Since fundamentally though we only need to generate viewpoints for known observers, the classical approach to render...