With this visual, thermal, and acoustic floating aerial display based on aerial imaging by retro-reflection, double-layered arrays of rectangular mirrors, and a crossed-mirror array, users can hear sounds from an aerial image and feel warmth when they touch the aerial image.

Head-mounted augmented reality can introduce real-time dose holograms during x-ray interventions to improve awareness and reduce radiation exposure to the patient and staff.

CleaVR provides is an immersive virtual reality system that accurately visualizes a layout plan in three dimensions. Users can freely orbit around the design, change perspective to first-person views, pan the environment with gestures, and pick and place objects by pinching them.

This alternative and effective method uses deformable spheres for high-quality omnistereo panorama video generation. Experiments show that this approach reduces generation time, and the result is smooth in both spatial and temporal domains.

This interactive edutainment framework for science education simulates a predation chain of primitive artificial creatures in a petri dish. Users can interact with the ecosystem via the petri-dish interface, which consists of an LCD module and a pipette-like device.

Unlike fixed systems that provide limited information at a limited position, this portable ambient projection system is designed to recommend optimal placement under all unknown environments and provide information at the optimal place by enabling users to select the place they want.

ReverseCAVE is a system for sharing the experiences of people in VR with others (observers). It can also visually recognize the actual appearance of the person performing motion capture studio and the superimposed character at the same time.

Invited to the First Round of the Student Research Competition

This telepresence system provides remote care by installing functions such as object recognition on a wheelchair.

ThermoReality is a head mounted display embedded with co-located thermal-haptic feedback for providing unique experiences with virtual reality content to enhance the immersive experience of the user.

This poster proposes a visualization system of 3D sound information using video and optical see-through head-mounted displays. Mixed-reality displays enable intuitive understanding of 3D information of a sound field, which is quite difficult to project onto an ordinary 2D display in an easily understandable way.

This novel technique based on visuo-haptic interaction simulates the sensation of walking up and down stairs in a virtual environment, even though users walk on a flat surface in a real space.