Preliminary Program

We present Pocket6, a smartphone application for 6DoF user input. We present its implementation, performance study and demonstrate its use in diverse real-world scenarios.

We developed “Haptopus,” which embeds a tactile display in the HMD. Haptopus present high quality VR experience by transporting your fingertip sensation to your face using suction system.

We describe a VR putting simulator uses a real golf club to move the virtual club. Our study finds performance and satisfaction benefits over ordinary controllers.

How well can people trace specific lines on objects in AR? We compared tracing performance between physical and virtual objects as well as convex, concave, and visual guidance types.

Drawing in VR imposes high demands on users’ spatial cognition and motor skills. Multiplanes is a VR drawing system that let users sketch accurate 3D shapes in VR.

IMRCE is a lightweight, flexible, and robust Unity toolkit that allows designers and researchers to rapidly prototype mixed reality mixed presence (MR-MP) environments that connect physical spaces, virtual spaces and devices.

In this paper, we investigate the impact of the personalized hand in VR in terms of virtual object size estimation, virtual bodyownership and spatial presence.

Future social interactions in VR will replicate user behavior with spatial and behavioral tracking. In our paper, we present an approach to modify these behavioral data by injecting nonverbal mimicry.

Our paper describes a study in which pairs of participants collaborate in handheld and project AR conditions. Their engagement, preference, task completion time, and number of actions is presented.

Take a look at the best ways to help users explore scientific visualizations. We evaluate Landmarks, Teleportation and WIMs for navigating VR environments with fusion particle data.

This paper presents three realizations of transition techniques targeting a travel between individual VEs. The metaphors are compared in regard to their effect on presence, IVBO, efficiency, and naturalism.

Simple design elements such as interactive location update and interactive orientation update can help people learn spatial knowledge incidentally while using a navigation interface. Let's find out how it works.

In this work, we report the findings of a target acquisition experiment that investigated the effects of different 6 feedback conditions on how older adults performed point-and-select tasks in mid-air.

Evaluation of four virtual cursor offset techniques on 3D object selection using Razer Hydra and Leap Motion in the Oculus Rift HMD.

We present two studies using the eye for locomotion in VR, using the eye tracker provided in the FOVE HMD.

RobotIST enables robot programmers to program robotic manipulation of the physical environment in the physical space, leveraging tangible programming blocks as user input and providing projected feedback as system output.

In this paper, we evaluate a one-handed thumb-to-ring gesture interface to quickly access information without interfering with physical activity, such as running.

In this paper, as an attempt for objects in virtual reality environment, we show a device that presents haptics sensation of the fingertip on the forearm, not on the fingertip.

We introduce an improved step-counting-algorithm for wrist-worn accelerometers. Our algorithm is capable of recognising steps when pulling/pushing objects, such as a rollator, which is a common assistive device for elderly people.