We developed a prototype offers users the ability to interactively browse social media in a 3D virtual space, built from a physical real space, with a motion-sensing interactive displaying.

We propose a new foot model that mimics the human foot to control various motions such as locomotion, tiptoe and static balance. We show that it is easy to plug our foot model into the existing...

We propose a new fractal pattern for precise camera calibration against different zoom levels and partial visibility, which leads to flexible 3D measurement and AR applications about zoom settings....

We propose a wearable device made with cloth and multiple cloth switches, each having a different function. A user can configure functions by simply attaching or removing switches from the proposed...

This work explores the notion of direct view manipulation, which is embodied with a multi-touch user interface to facilitate drone photography. Designed based on typical photo manipulation gestures,...

We present a collaborative design system, Dollhouse VR. By using our system, users can discuss the design of the space from two viewpoints simultaneously. This system also supports a set of...

A new approach for ordinary people to take selfies with camera-equipped drones. Positioning state is to give commands to the drone and Framing state is to refine the composition. Users can place a...

We propose “BITAIKA system” as a self-posture adjustment system while sitting in order to correct a posture. In order to evaluate our proposed system is effective, we made a prototype system which...

We proposed an intuitive modeling system designed for elementary school students. Users can sketch a rough 2D contour, and then the system enables them to generate the thickness and shape of a 3D...

Classification of volume data is challenging. We use bionic algorithms mapping the number of visits of particles for transfer function design. For a given voxel, its opacity is determined by both...

We demonstrate real-time reconstruction of floating 3D motion pictures by electro-holography, which can display natural 3D images without special glasses, with a pair of parabolic mirrors. We...

We propose a novel method for file exchange between personal handheld devices. Proposed system enables to visualize public data selectively as virtual objects arranged in the real world using AR....

This paper proposes a remote instruction system using augmented reality on optical see-through head-mounted displays, which is capable of on-the-fly annotation.

We propose smart curtain as a novel interactive display. It has sensors, variable sized screen, and network connectivity. Smart curtain is effective to display information in living space; amount of...

We present a visualization system for searching and reading a time-ordered series of documents (such as an email corpus) that highlights semantic connections.

We create a highly customizable visualization tool that incorporates the Unity 3D game engine with scientific layers of information about natural hazards.

We developed a video see-through augmented reality stereomicroscope and proposed a solution includes hardware design and software algorithms to shorten the working distance under a microscopic level...

In most of motion capture systems by multi-view cameras, fixed cameras have been used. The range of observation is narrow in general. We propose a novel approach of a wide-range motion capture...

An aging simulation technique that estimate an aged facial image is required for a long-term criminals or missing person investigations. We introduce a novel aging simulation method using...